V|1985:1||Bibliography of seismology. 1985 January-June|ISC:21:1:1985
J|0001|Bache,T.C.|Seismic noise and a test ban||Nature, Lond.:313:5997:1985:14|Detection+Underground nuclear explosion
J|0002|Ince,M.|Review of `The atom and the fault' by R.L. Meehan||New Scient.::1440:1985:61|Nuclear power plant+Hazard+California+Earthquake
A|0003|Meehan,R.L.|The atom and the fault||1984:Cambridge, Massachusetts:MIT Press|Nuclear power plant+Hazard+Earthquake+California|161p
J|0004|Jobert,N.+Journet,B.+Jobert,G.+|Deep structure of southern Tibet inferred from the dispersion of Rayleigh waves through a long-period seismic network||Nature, Lond.:313:6001:1984:386-388
J|0005|White,R.|What puts the oil in the North Sea?||New Scient.::1442:1985:23|Sedimentary basin+Subsidence
J|0006|a-Shipboard Scientific Staff of the Kaiko Project|Japanese deep-sea trench survey||Nature, Lond.:313:6002:1985:432-433|Kaiko Project+OBS System+Topography+Tectonics
J|0007|Hager,B.H.+Clayton,R.W.+Richards,M.A.+|Lower mantle heterogeneity, dynamic topography and the geoid||Nature, Lond.:313:6003:1985:541-545|Density+Velocity
J|0008|Hall,J.|Geophysical constraints on crustal structure in the Dalradian region of Scotland||J. geol. Soc. Lond.:142:1:1985:149-155|LISPB+WISE+WINCH+Survey+United Kingdom
J|0009|Chadwick,R.A.|Seismic reflection investigations into the stratigraphy and structural evolution of the Worcester Basin||J. geol. Soc. Lond.:142:1:1985:187-202|Severn Basin+England+United Kingdom+Reflexion study
A|0010||Current topics in Chinese science. Earth science||1984:London:Gordon and Breach|Earth sciences+China|781p
J|0011|Gough,D.|Beginnings of asteroseismology||Nature, Lond.:314:6006:1985:14-15|Star+Seismology
J|0012|Seilacher,A.|Sedimentary structures tentatively attributed to seismic events||Mar. Geol.:55:1-2:1984:1-12|Seismicity+Tsunami
J|0013|Kastens,K.A.|Earthquakes as a triggering mechanism for debris flows and turbidites on the Calabrian Ridge||Mar. Geol.:55:1-2:1984:13-33|Triggering agent+Seismicity+Sediment
J|0014|Perissoratis,C.+Mitropoulos,D.+Angelopoulos,I.|The role of earthquakes in inducing sediment mass movements in the eastern Korinthiakos Gulf. An example from the February 24-March 4, 1981 activity||Mar. Geol.:55:1-2:1984:35-45|Seismicity+Triggering agent+Corinth, G. of||#*ALKION|#*ALKION2|#*ALKION3
J|0015|Mutti,E.+Ricci Lucchi,F.+Seguret,M.+|Seismoturbidites: a new group of resedimented deposits||Mar. Geol.:55:1-2:1984:103-116|Seismicity
J|0016|Seguret,M.+Labaume,P.+Madariaga,R.|Eocene seismicity in the Pyrenees from megaturbidites of the south Pyrenean basin (Spain)||Mar. Geol.:55:1-2:1984:117-131|Pyrenees+Sediment
J|0017|Spalletta,C.+Vai,G.B.|Upper Devonian intraclast parabreccias interpreted as seismites||Mar. Geol.:55:1-2:1984:133-144|Seismicity+Sediment
J|0018|Forti,P.+Postpischl,D.|Seismotectonic and palaeoseismic analyses using karst sediments||Mar. Geol.:55:1-2:1984:145-161|Seismicity+Seismotectonics+Italy
J|0019|Solomon,S.C.|Review of `Planetary interiors' by W.B. Hubbard||Nature, Lond.:314:6007:1985:203
J|0020|Sah,S.L.+Ganapathy,M.A.|Marine geophysical survey for oil exploration in India||Geosci. J.:6:1:1985:31-36|Instrument+Marine seismic investigation
J|0021||Sensor network to predict earthquakes||New Scient.::1448:1985:17|Hydrogen+Prediction
J|0022|Cooper,P.A.+Taylor,B.|Polarity reversal in the Solomon Islands arc||Nature, Lond.:314:6010:1985:428-430|Island arc
J|0023|White,R.|The deepest hole in the world||New Scient.::1452:1985:23|Kola Peninsula+Well+Drilling
J|0024||Charleston earthquake|News item|EOS. Trans. Am. geophys. Un.:66:9:1985:91|1886+South Carolina+Sand
J|0025|Galson,D.A.+Mueller,S.+Munsch,B.|First Workshop on the European Geotraverse|Meeting Report|EOS. Trans. Am. geophys. Un.:66:10:1985:112-113|1983
A|0026|Carenzo,G.+Cattaneo,M.+Merlanti,F.+|Seismic activity in Piemonte 1983-1984|In Italian|1985:Turin:Institute of Geophysics, University of Genoa|Seismicity+Italy|33p
A|0027||Seismological observations. Seismicity of France in 1978 and 1979|In French|1984:Strasbourg:Bureau Central Sismologique Francais||79p
J|0028|Stein,R.S.+King,G.C.P.|Seismic potential revealed by surface folding: the 1983 Coalinga, California, earthquake||Science, N.Y.:224::1984:869-872|Energy||#*COALINGA
A|0029|e*Hurtig,E.+Stiller,H.|Earthquakes and earthquake risk|In German|1984:Berlin:Akademie-Verlag||328p
J|0030|Bott,M.H.P.+Long,R.E.+Green,A.S.P.+|Crustal structure south of the Iapetus suture beneath northern England||Nature, Lond.:314:6013:1985:724-727|United Kingdom+Explosion seismology
J|0031|Hager,B.H.+Clayton,R.W.+Richards,M.A.+|Erratum to `Lower mantle heterogeneity, dynamic topography and the geoid'||Nature, Lond.:314:6013:1985:752|Errata+Density+Velocity
J|0032|Gadomska,B.+Teisseyre,R.|Density anomalies, geoid shape and stresses|With Polish abstract|Acta geophys. pol.:32:1:1984:1-24|Himalayas
J|0033|Guterch,A.+Grad,M.+Materzok,R.+|Deep structure of the earth's crust in the contact zone of the Palaeozoic and Precambrian platforms and the Carpathian Mts in Poland|With Polish abstract|Acta geophys. pol.:32:1:1984:25-41|Carpathians
J|0034|Kostecki,A.|Seismic field extension into a medium with vertical velocity gradient|With Polish abstract|Acta geophys. pol.:32:1:1984:43-49|Migration+Mathematical method
J|0035|Qaisar,M.|Attenuation of seismic waves by spherical inclusions in an elastic medium|With Polish abstract|Acta geophys. pol.:32:1:1984:51-67|Sphere+Q
J|0036|Chakraborty,S.K.+Chandra,A.|Reflection and refraction of plane SH-waves at the boundary of a dry sandy layer and an anisotropic elastic medium|With Polish abstract|Acta geophys. pol.:32:1:1984:69-79|Reflexion
J|0037|Dey,S.+Mukherjee,S.P.|Rayleigh waves in an initially stressed layer over a half-space under gravity|With Polish abstract|Acta geophys. pol.:32:1:1984:81-90|Layered medium
J|0038|Kijko,A.|Location of earthquakes by a microcomputer|With Polish abstract|Acta geophys. pol.:32:1:1984:91-94|Algorithm
J|0039|Hanyga,A.|Dynamic ray tracing in the presence of caustics. 1. Basic geometry of the Lagrangian manifold|With Polish abstract|Acta geophys. pol.:32:2:1984:123-139|Theoretical seismogram+Lagrange equation
J|0040|Chiaruttini,C.+Qaisar,M.|Attenuation properties of the Friuli seismic area|With Polish abstract|Acta geophys. pol.:32:2:1984:141-151|Italy+Q+1976
J|0041|Dey,S.+De,R.K.|Rayleigh waves in an anisotropic medium with curved boundary|With Polish abstract|Acta geophys. pol.:32:2:1984:154-159|Anisotropy+Half-space
J|0042|Dey,S.+Chandra,A.|Edge waves under biaxial initial stresses in a sandy layer|With Polish abstract|Acta geophys. pol.:32:2:1984:161-168|Rayleigh wave+Layered medium
J|0043|Albert,R.N.H.+Gibowicz,S.J.+Ibrahim,E.M.|Seismic noise survey along the Red Sea coast and in the Bahariya oasis area in Egypt|With Polish abstract|Acta geophys. pol.:32:2:1984:169-178
J|0044|Liu,C-Q.+Yang,J.+Li,H-D.+|Re-interpretation of the deep sounding data for the Baigezhuang-Fengnan-Fengnong profile in T'ang-shan region|Supplement|Acta geophys. sin.:26::1983:628-640|Deep seismic sounding
J|0045|Li,Y-M.+Zhu,P-D.+Liang,S-H.+|On the computation of P-SV wave generalized transmission coefficients for layered media|Supplement|Acta geophys. sin.:26::1983:661-667|P-wave+SV-wave+Layered medium
J|0046|Zhuang,K-Y.+Shen,J-W.|Creep fracture and instantaneous fracture|Supplement|Acta geophys. sin.:26::1983:668-677
J|0047|Huang,F-M.+Wang,T-Y.|Characteristics of stress distribution caused by slippage on a multisegment fault|Supplement|Acta geophys. sin.:26::1983:678-692
J|0048|Pan,Q-L.+Feng,D-Y.|A study of pre-propagation (substable propagation) of the fault of earthquake preparation and premonitory long-period waves|Supplement|Acta geophys. sin.:26::1983:693-700|Precursor
J|0049|Yan,Z-D.+Guo,L-C.|A study of the causes of the later-strong aftershocks|Supplement|Acta geophys. sin.:26::1983:774-782
J|0050|Liu,S-H.|Abnormal variation of earth current caused by a resistivity anomaly and its application to earthquake prediction|Supplement|Acta geophys. sin.:26::1983:793-802|Electrical resistivity
J|0051|Xiong,G-C.|The distortion-residual compensation filter|Supplement|Acta geophys. sin.:26::1983:814-826|Signal+Filtering
J|0052|Rebollar,C.J.|Source parameters of the Ensenada Bay earthquake swarm, Baja California, Mexico|With French abstract|Can. J. Earth Sci.:22:1:1985:126-132|1981||#*ENSENADA
J|0053|Takemura,M.+Koyama,J.|A scaling model for low-frequency earthquakes. Relation of source spectra between tsunami earthquakes and small low-frequency earthquakes|In Japanese with English abstract|Zisin:36:3:1983:323-336
J|0054|Motoya,Y.+Suzuki,S.+Takanami,T.+|Study of Hakodate earthquake swarm 1. Hypocentre location with relation to seismic activity|In Japanese with English abstract|Zisin:36:3:1983:337-350|Japan+Seismicity
J|0055|Sakabe,K.+Iida,K.|The turning of the Fukozu Fault associated with the Mikawa earthquake in 1945|In Japanese with English abstract|Zisin:36:3:1983:351-358|Japan
J|0056|Terashima,T.|Induced seismicity and dam reservoirs. 1. The case of main dams in Japan|In Japanese with English abstract|Zisin:36:3:1983:373-382|Barrage
J|0057|Nishimura,K.+Morii,W.|An observed effect of topography on seismic ground motions|In Japanese with English abstract|Zisin:36:3:1983:383-392
J|0058|Yamazaki,K.+Suzuki,H.|Spatio-temporal variation of seismicity for small events in the Shikoku District, Japan, with reference to seismic gap, time-varying b-values and rate of occurrence|In Japanese with English abstract|Zisin:36:3:1983:393-405|Spatial variation+b-Value
J|0059|Suzuki,S.+Motoya,Y.+Umino,N.+|Hypocentral distribution and composite focal mechanisms of shallow earthquakes near the junction between the Kuril and the northeastern Japan arcs|In Japanese with English abstract|Zisin:36:3:1983:407-421|Hypocentre+Kuril-Kamchatka arc+Shallow-focus earthquake
J|0060|Okano,K.+Kumura,S.|The ratio of compressional to shear wave velocities and its relation to the seismic activity in central Shikoku, Japan|In Japanese with English abstract|Zisin:36:3:1983:431-437|Seismicity+Velocity+Compressional wave
J|0061|Takano,K.|On the velocity distribution in a seismic dipping zone in Hokkaido and Tohoku regions|In Japanese with English abstract|Zisin:36:3:1983:439-448
J|0062|Hamada,N.|Observation of ocean bottom seismograph (TKOBS) off the coast of Tokai area|In Japanese with English abstract|Zisin:36:3:1983:449-462|Instrument+OBS System
J|0063|Ohta,Y.+Goto,N.+Ohashi,H.|An empirical construction of equations for estimating the number of victims of an earthquake|In Japanese|Zisin:36:3:1983:463-466|Casualties+Statistical method+Prediction
J|0064|Sakajiri,N.|Observation of 1-5 sec. microearthquakes and their application to earthquake engineering. 7. Predominant period and underground structure along the observation line (52km)|In Japanese|Zisin:36:3:1983:466-469|Prediction
J|0065|Takemoto,H.+Kawasaki,I.|Seismic coupling between the Philippine Sea and the Eurasian plates in the Kinugawa area, the southwestern part of Ibaraki Prefecture, central Japan|In Japanese with English abstract|Zisin:36:4:1983:531-539
J|0066|Miyashita,K.|Surface displacement patterns associated with asthenospheric stress relaxation following major underthrust earthquakes|In Japanese with English abstract|Zisin:36:4:1983:541-550
J|0067|Tsukahara,H.+Ikeda,R.+Takahashi,H.|Hydraulic fracturing stress measurements: results at Okabe town, Shuzenji town and Shimoda city in Shizuoka Prefecture and Yokosuka city in Kanagawa Prefecture|In Japanese with English abstract|Zisin:36:4:1983:551-569|Hydraulics+Fracture+Prediction+Japan
J|0068|Tsukahara,H.+Ikeda,R.|State of stress in the Kanto-Tokai area|In Japanese with English abstract|Zisin:36:4:1983:571-586
J|0069|Ota,Y.+Ishibashi,K.+Moriwaki,H.|Late Holocene uplift of Shikine Island on the northern tip of the Philippine Sea plate|In Japanese with English abstract|Zisin:36:4:1983:587-595|Shikine I.
J|0070|Ohtake,M.+Asada,T.|Recent crustal movement in the Tokai area, Japan, as inferred from levelling data corrected for the seasonal effect|In Japanese with English abstract|Zisin:36:4:1983:597-608|Seasonal variation+Risk
J|0071|Kagami,H.+Horita,J.+Ohta,Y.+|Observation of 1-5 sec. microearthquakes and their application to earthquake engineering. 8. Simultaneous observation with sea waves|In Japanese with English abstract|Zisin:36:4:1983:609-617|Japan+Harmonic analysis
J|0072|Noguchi,S.|Space-time patterns of seismicity and some features of recent seismic activity off Ibaraki Prefecture, eastern Japan, and adjacent regions|In Japanese with English abstract|Zisin:36:4:1983:619-634
J|0073|Eguchi,T.+Fujinawa,Y.+Ishihara,N.|Clock correction system for the pop-up type ocean bottom seismometer|In Japanese with English abstract|Zisin:36:4:1983:635-642|Seismograph+Instrument+OBS System
J|0074|Ohtake,M.+Kasahara,K.|Paired earthquakes in the Ibaraki region, central Japan|In Japanese with English abstract|Zisin:36:4:1983:643-653|Correlation
J|0075|Koyama,J.|Seismic directivity from coherent and incoherent rupture on a fault|In Japanese with English abstract|Zisin:36:4:1983:655-662|Japan+Seismicity+Rupturing
A|0076|e*Kirsov,D.P.+Melamud,A.Ya.+Aranovich,Z.I.|Automatic collection and processing of seismological information|In Russian with English abstracts|1983:Moscow:Radio i Svyaz'|Data processing+Instrument|88p
A|0077|e*Vvedenskaya,A.V.+Solov'eva,O.N.|Interpretation of seismic observations|In Russian with English abstract|1983:Moscow:Academy of Sciences of the USSR, Soviet Geophysical Committee|Magnitude+Hypocentre+Kinematics|136p
A|0078|e*Solov'ev,S.L.+Kaistrenko,V.M.|Tsunami wave generation and run-up|In Russian with English abstract|1984:Moscow:Radio i Svyaz'||104p
A|0079|e*Sergeyeva,N.A.+Tyupkin,Yu.S.|Data banks in geophysics|In Russian with English abstract|1984:Moscow:Academy of Sciences of the USSR, Soviet Geophysical Committee|Data processing|160p
J|0080|Zeng,R-S.+Hu,H-X.+Gao,S-Y.|On the velocity structure of the lower lithosphere|In Chinese with English abstract|Acta geophys. sin.:27:1:1984:31-41|China+Saudi Arabia+Deep seismic sounding
J|0081|Tie,A.+Li,Y-M.|Two approximate computations of the generalized reflectivity of P-SV waves in the transition layer|In Chinese with English abstract|Acta geophys. sin.:27:1:1984:42-52|Transition zone+P-wave+SV-wave
J|0082|Fu,Z-X.|Distribution of shallow earthquakes in the island arc-trench zones and the earth's rotation|In Chinese with English abstract|Acta geophys. sin.:27:1:1984:53-63|Shallow-focus earthquake
J|0083|Men,F-L.|Dissipation and dispersion of seismic waves in water-saturated strata|In Chinese with English abstract|Acta geophys. sin.:27:1:1984:64-73|Saturation
J|0084|Xue,H-Y.+Yan,J-Q.|The contemporary crustal stress field around the Ordos block|In Chinese with English abstract|Acta geophys. sin.:27:2:1984:144-152|China+Focal mechanism
J|0085|Liu,F-T.|Simultaneous inversion of earthquake hypocentres and velocity structure. 1. Theory and method|In Chinese with English abstract|Acta geophys. sin.:27:2:1984:167-175
A|0086|a-Undro+a-Unesco|Proceedings. Seminar on earthquake prediction case histories, Geneva, October 12-15, 1982||1983:Geneva:UNDRO|Case history|207p
J|0087|Andrews,D.J.|Dynamic plane-strain shear rupture with a slip-weakening friction law calculated by a boundary integral method||Bull. seism. Soc. Am.:75:1:1985:1-21|Rupturing
J|0088|Ekstrom,G.+Dziewonski,A.M.|Centroid-moment tensor solutions for 35 earthquakes in western North America (1977-1983)||Bull. seism. Soc. Am.:75:1:1985:23-39|Seismicity
J|0089|Herrmann,R.B.+Wang,C.Y.|A comparison of synthetic seismograms||Bull. seism. Soc. Am.:75:1:1985:41-56
J|0090|Stephen,R.A.+Bolmer,S.T.|The direct wave root in marine seismology||Bull. seism. Soc. Am.:75:1:1985:57-67|Marine seismic investigation
J|0091|Wong,K.C.+Shah,A.H.+Datta,S.K.|Diffraction of elastic waves in a half-space. 2. Analytical and numerical solutions||Bull. seism. Soc. Am.:75:1:1985:69-92
J|0092|Stauber,D.A.|Linear inversion of transmitted acoustic wave fields for three-dimensional modulus and density perturbations using a Born-type approximation||Bull. seism. Soc. Am.:75:1:1985:93-114|Born approximation
J|0093|Johnson,L.R.+Lee,R.C.|Extremal bounds on the P velocity in the earth's core||Bull. seism. Soc. Am.:75:1:1985:115-130|Travel-times+P-wave
J|0094|Scott,P.+Helmberger,D.V.|Applications of the transmitted Kirchhoff-Helmholtz method to transmitted body waves and possible structural effects at NTS||Bull. seism. Soc. Am.:75:1:1985:131-156|Nevada test site+Kirchhoff-Helmholtz integral
J|0095|Wallace,T.C.+Helmberger,D.V.+Engen,G.R.|Evidence of tectonic release from underground nuclear explosions in long-period S waves||Bull. seism. Soc. Am.:75:1:1985:157-174|S-wave+Tectonics
J|0096|Mooney,W.D.+Colburn,R.H.|A seismic-refraction profile across the San Andreas, Sargent, and Calaveras faults, west-central California||Bull. seism. Soc. Am.:75:1:1985:175-191|San Andreas Fault+Sargent Fault+Calaveras Fault+Refraction study
J|0097|Blumling,P.+Mooney,W.D.+Lee,W.H.K.|Crustal structure of the southern Calaveras fault zone, central California, from seismic refraction investigations||Bull. seism. Soc. Am.:75:1:1985:193-209|Refraction study+Calaveras Fault
J|0098|Luetgert,J.H.+Mooney,W.D.|Crustal refraction profile of the Long Valley caldera, California, from the January 1983 Mammoth Lakes earthquake swarm||Bull. seism. Soc. Am.:75:1:1985:211-221|Refraction study||#*LONGVALLEY
J|0099|Bowman,J.R.+Kisslinger,C.|Seismicity associated with a cluster of earthquakes of mb>=4.5 near Adak, Alaska: evidence for an asperity?||Bull. seism. Soc. Am.:75:1:1985:223-236|Clustering
J|0100|Taber,J.J.+Smith,S.W.|Seismicity and focal mechanisms associated with the subduction of the Juan de Fuca plate beneath the Olympic Peninsula, Washington||Bull. seism. Soc. Am.:75:1:1985:237-249|Washington State
J|0101|McCann,W.R.|On the earthquake hazards of Puerto Rico and the Virgin Islands||Bull. seism. Soc. Am.:75:1:1985:251-262
J|0102|Trehu,A.M.|Coupling of ocean bottom seismometers to sediment: results of tests with the U.S. Geological Survey ocean bottom seismometer||Bull. seism. Soc. Am.:75:1:1985:271-289|OBS System+Seismograph+Instrument
J|0103|Johnston,A.C.+Reinbold,D.J.+Brewer,S.I.|Seismotectonics of the southern Appalachians||Bull. seism. Soc. Am.:75:1:1985:291-312|Appalachian Mts
J|0104|Untung,M.+Buyung,N.+Kertapati,E.+|Rupture along the great Sumatran fault, Indonesia, during the earthquakes of 1926 and 1943||Bull. seism. Soc. Am.:75:1:1985:313-317|Sumatera+Rupturing
J|0105|Kijko,A.|A modified form of the Gutenberg-Richter magnitude-frequency relation: maximum likelihood estimation of its parameters||Bull. seism. Soc. Am.:75:1:1985:319-322|Frequency-magnitude relation+Gutenberg & Richter
J|0106|Pierce,D.R.+Dearborn,D.J.+Davis,P.M.|A portable cartridge digital seismograph||Bull. seism. Soc. Am.:75:1:1985:323-329|Instrument
J|0107|Bolt,B.A.|Review of `Catalogue of Chinese earthquakes (1831 B.C.-1969 A.D.)' by G-X Gu, T-H Lin, C-L Zhu and others||Bull. seism. Soc. Am.:75:1:1985:335|Seismicity+China
J|0108|Lockwood,J.P.+Banks,N.G.+English,T.T.+|The 1984 eruption of Mauna Loa Volcano, Hawaii||EOS. Trans. Am. geophys. Un.:66:16:1985:169-171|Seismicity+Volcanism+Precursor
J|0109|Watts,A.B.+Ten Brink,U.S.+Buhl,P.+|A multichannel seismic study of lithospheric flexure across the Hawaiian-Emperor seamount chain||Nature, Lond.:315:6015:1985:105-111|Profile+Flexing+Emperor Trough
J|0110|Anderson,I.|The town facing an earthquake in 1988||New Scient.::1455:1985:9|Parkfield+California+Prediction
J|0111|Luo,Z-L.+Han,W-P.+Li,Y-C.+|Examination of the main prediction bases and discussion about the premonitory characteristics for the Songpan earthquake of 1976, M=7.2|In Chinese with English abstract|Acta geophys. sin.:27:3:1984:236-248|Precursor+China
J|0112|Liang,S-H.+Li,Y-M.+Shu,P-Y.+|On the determination of the source parameters of small earthquakes using amplitude ratios of P and S from regional network observations|In Chinese with English abstract|Acta geophys. sin.:27:3:1984:249-257|P-wave+S-wave+Synthetic seismogram
J|0113|Wang,X-H.+Yin,X-C.+Teng,C-K.|On the study of the spreading of earthquake rupture|In Chinese with English abstract|Acta geophys. sin.:27:3:1984:258-267|Rupturing+Fault
J|0114|Mu,Y-G.|Finite element elastic wave migration|In Chinese with English abstract|Acta geophys. sin.:27:3:1984:268-278|Finite element method
J|0115|Lu,Q-G.+Zhao,B.|An unattended explosion observation recorder|In Chinese with English abstract|Acta geophys. sin.:27:3:1984:292-297|Recording+Instrument
J|0116|Zhuo,Y-R.|On the relation between rupturing-length, seismic moment, stress-drop of earthquake sources and magnitude|In Chinese with English abstract|Acta geophys. sin.:27:3:1984:298-302
J|0117|Yao,Z-X.+Zheng,T-Y.|A generalized reflexion-transmission coefficient matrix and discrete wavenumber method for synthetic seismograms. 2. For multiple sources and different depths|In Chinese with English abstract|Acta geophys. sin.:27:4:1984:338-348|Reflexion coefficient
J|0118|Liu,Z-Y.+Hu,Y-L.+Chen,Y.|Ultrasonic P wave attenuation in dry and saturated rocks under uniaxial compression|In Chinese with English abstract|Acta geophys. sin.:27:4:1984:349-359|Rock mechanics+P-wave+Acoustic wave
J|0119|Zhou,H-L.|The moment magnitudes of historical earthquakes in China|In Chinese with English abstract|Acta geophys. sin.:27:4:1984:360-370|History+Seismicity
J|0120|Wang,T-X.|Projection mapping of a fence seismic profile|In Chinese with English abstract|Acta geophys. sin.:27:4:1984:402-406
J|0121|Zheng,Z-Z.+Wu,F.T.+Liu,Y-Z.+|Application of optimal linear filters of nonstationary process to well water level data before and after T'ang-shan earthquake|In Chinese with English abstract|Acta geophys. sin.:27:5:1984:424-438|Kalman filter+1976+Precursor
J|0122|Wang,G-F.|Transfer functions, frequency responses and time responses of the Type DD-1 and Type DK-1 electronic seismographs determined by applying complex curve fitting|In Chinese with English abstract|Acta geophys. sin.:27:5:1984:452-462|Synthetic seismogram
J|0123|Cui,Z-Z.+Wittlinger,G.+Haessler,H.|Analysis of the seismotectonics and tectonic stress fields of aftershocks of the El Asnam earthquake|In Chinese with English abstract|Acta geophys. sin.:27:5:1984:495-502|Algeria+1980||#*ELASNAM
J|0124|Zhou,H-L.+Kanamori,H.+Allen,C.R.|Analysis of complex earthquakes and source processes of Longling|In Chinese with English abstract|Acta geophys. sin.:27:6:1984:523-536|1976+China
J|0125|Zhang,S-Q.+Guo,J-M.|On the coupling factor of an explosion|In Chinese with English abstract|Acta geophys. sin.:27:6:1984:537-547
J|0126|Yu,Z-Q.+Wang,G-H.+Zhang,W.|Discussion on the vertical seismic profiling reflection prospecting basis and its interpretation in cyclic sedimentary media with a thin layer structure|In Chinese with English abstract|Acta geophys. sin.:27:6:1984:582-594|Reflexion study+Layered medium
J|0127|Jackson,D.D.+Matsu'ura,M.|A Bayesian approach to nonlinear inversion||J. geophys. Res.:90:1:1985:581-591|Nonlinearity+Bayes' theorem
J|0128|Stuart,W.D.+Archuleta,R.J.+Lindh,A.G.|Forecast model for moderate earthquakes near Parkfield, California||J. geophys. Res.:90:1:1985:592-604|Prediction
J|0129|Lay,T.+Kanamori,H.|Geometric effects of global lateral heterogeneity on long-period surface wave propagation||J. geophys. Res.:90:1:1985:606-621|Iran+Tabas+1978+Geometry
J|0130|Wright,C.+Muirhead,K.J.+Dixon,A.E.|The P wave velocity structure near the base of the mantle||J. geophys. Res.:90:1:1985:623-634|Basement+Travel-times+Australia+P-wave
J|0131|Hauksson,E.|Structure of the Benioff zone beneath the Shumagin Islands, Alaska: relocation of local earthquakes using three-dimensional ray tracing||J. geophys. Res.:90:1:1985:635-649|Shumagin Is.
J|0132|Cook,F.A.|Deep basement seismic reflection profiling of the Purcell anticlinorium using a land air gun source||J. geophys. Res.:90:1:1985:651-662|Purcell Mts.+British Columbia+Air cannon+Reflexion study
J|0133|Weber,J.R.+Sweeney,J.F.|Reinterpretation of morphology and crustal structure in the central Arctic Ocean basin||J. geophys. Res.:90:1:1985:663-677
J|0134|Tanimoto,T.+Anderson,D.L.|Lateral heterogeneity and azimuthal anisotropy of the upper mantle: Love and Rayleigh waves 100-250 s||J. geophys. Res.:90:2:1985:1842-1858|Love wave
J|0135|Stark,P.B.+Frohlich,C.|The depths of the deepest deep earthquakes||J. geophys. Res.:90:2:1985:1859-1869|Deep-focus earthquake
J|0136|Pujol,J.+Burridge,R.+Smithson,S.B.|Velocity determination from offset vertical seismic profiling data||J. geophys. Res.:90:2:1985:1871-1880
J|0137|Chouet,B.|Excitation of a buried magmatic pipe: a seismic source model for volcanic tremor||J. geophys. Res.:90:2:1985:1881-1893|Volcanism
J|0138|Smalley,R.F.+Turcotte,D.L.+Solla,S.A.|A renormalization group approach to the stick-slip behaviour of faults||J. geophys. Res.:90:2:1985:1894-1900
J|0139|Leary,P.C.|Near surface stress and displacement in a layered elastic crust||J. geophys. Res.:90:2:1985:1901-1910|Layered medium
J|0140|Lippincott,D.K.+Bredehoeft,J.D.+Moyle,W.R.|Recent movement on the Garlock fault as suggested by water level fluctuations in a well in Fremont Valley, California||J. geophys. Res.:90:2:1985:1911-1924|Garlock Fault
J|0141|Sanchez-Sesma,F.J.+Bravo,M.A.+Herrera,I.|Surface motion of topographical irregularities for incident P, SV and Rayleigh waves||Bull. seism. Soc. Am.:75:1:1985:263-269|P-wave+SV-wave+Irregularity
J|0142|Muirhead,K.J.|Comments on `Reflection properties of phase transition and compositional change models of the 670-km discontinuity' by A.C. Lees, M.S.T. Bukowinski and R. Jeanloz||J. geophys. Res.:90:2:1985:2057-2059|Reflexion
J|0143|Bergman,E.A.+Nabelek,J.L.+Solomon,S.C.|Correction to `An extensive region of off-ridge normal-faulting earthquakes in the southern Indian Ocean'||J. geophys. Res.:90:2:1985:2066-2067|Corrigenda
J|0144|Karakaisis,G.F.+Karacostas,B.G.+Papadimitriou,E.E.+|Seismic sequences in Greece interpreted in terms of barrier model||Nature, Lond.:315:6016:1985:212-214|1978-1981+Prediction+Migration
J|0145|Stevens,J.L.+Day,S.M.|The physical basis of mb:Ms and variable frequency magnitude methods for earthquake/explosion discrimination||J. geophys. Res.:90:4:1985:3009-3020|Frequency-magnitude relation
J|0146|Golombek,M.P.|Fault type predictions from stress distributions on planetary surfaces: importance of fault initiation depth||J. geophys. Res.:90:4:1985:3065-3074
J|0147|England,P.+Houseman,G.+Sonder,L.|Length scales for continental deformation in convergent, divergent and strike-slip environments: analytical and approximate solutions for a thin viscous sheet model||J. geophys. Res.:90:5:1985:3551-3557|Viscosity+Layered medium
J|0148|Boschi,E.+Sabadini,R.+Yuen,D.A.|Transient polar motions and the nature of the asthenosphere for short time scales||J. geophys. Res.:90:5:1985:3559-3568|Rheology+Mantle
J|0149|Bache,T.C.+Marshall,P.D.+Bache,L.B.|Q for teleseismic P waves from Central Asia||J. geophys. Res.:90:5:1985:3575-3687|Q+P-wave
J|0150|Nishenko,S.P.|Seismic potential for large and great interplate earthquakes along the Chilean and southern Peruvian margins of South America: a quantitative reappraisal||J. geophys. Res.:90:5:1985:3589-3615|Prediction
J|0151|Wen,J.+McMechan,G.A.|Application of two-dimensional synthetic seismogram modelling to interpretation of wide-angle seismic data from Wind River, Wyoming||J. geophys. Res.:90:5:1985:3617-3625
J|0152|Abers,G.|The subsurface structure of Long Valley caldera, Mono County, California: a preliminary synthesis of gravity, seismic, and drilling information||J. geophys. Res.:90:5:1985:3627-3636|Seismicity
J|0153|Hasegawa,H.S.+Adams,J.+Yamazaki,K.|Upper crustal stresses and vertical stress migration in eastern Canada||J. geophys. Res.:90:5:1985:3637-3648
J|0154|Anderson,R.N.+Zoback,M.D.+Hickman,S.H.+|Permeability versus depth in the upper oceanic crust: in situ measurements in DSDP hole 504B, eastern equatorial Pacific||J. geophys. Res.:90:5:1985:3659-3669|Pacific Ocean
J|0155|Madja,G.+Chin,R.C.Y.+Followill,F.E.|A perturbation theory for Love waves in anelastic media||Geophys. J. R. astr. Soc.:80:1:1985:1-34|Anelasticity
J|0156|Burdick,L.J.|Estimation of the frequency dependence of Q from ScP and ScS phases||Geophys. J. R. astr. Soc.:80:1:1985:35-55|ScP-wave+ScS-wave+Q
J|0157|Koch,M.|A numerical study on the determination of the 3-D structure of the lithosphere by linear and non-linear inversion of teleseismic travel times||Geophys. J. R. astr. Soc.:80:1:1985:73-93|Travel-times
J|0158|Keen,C.E.|The dynamics of rifting: deformation of the lithosphere by active and passive driving forces||Geophys. J. R. astr. Soc.:80:1:1985:95-120
J|0159|Frazer,L.N.+Sen,M.K.|Kirchhoff-Helmholtz reflection seismograms in a laterally inhomogeneous multi-layered elastic medium. 1. Theory||Geophys. J. R. astr. Soc.:80:1:1985:121-147|Kirchhoff-Helmholtz integral+Reflexion
J|0160|Gray,S.H.+Symes,W.W.|Stability considerations for one-dimensional inverse problems||Geophys. J. R. astr. Soc.:80:1:1985:149-163|Travel-times
J|0161|Panagiotopoulos,D.G.+Papazachos,B.C.|Travel times of Pn-waves in the Aegean and surrounding area||Geophys. J. R. astr. Soc.:80:1:1985:165-176|Travel-times+Balkans+Pn-wave+Aegean Sea+Greece
J|0162|Lilwall,R.C.+Kirk,R.E.|Ocean-bottom seismograph observations on the Charlie-Gibbs fracture zone||Geophys. J. R. astr. Soc.:80:1:1985:195-208|OBS System+Charlie-Gibbs Fracture+Instrument
J|0163|Niver,E.+Kamel,A.+Felsen,L.B.|Modes to replace transitional asymptotic ray fields in a vertically inhomogeneous earth model||Geophys. J. R. astr. Soc.:80:2:1985:289-312|Asymptotic ray theory
J|0164|Chan,W.W.+Mitchell,B.J.|Surface wave dispersion, crustal structure, and sediment thickness variations across the Barents shelf||Geophys. J. R. astr. Soc.:80:2:1985:329-344|Barents Sea
J|0165|Baag,C-E.+Langston,C.A.|Shear-coupled PL||Geophys. J. R. astr. Soc.:80:2:1985:363-385|WKBJ method+PL-wave
J|0166|Baag,C-E.+Langston,C.A.|A WKBJ spectral method for computation of SV synthetic seismograms in a cylindrically symmetric medium||Geophys. J. R. astr. Soc.:80:2:1985:387-417|Cylinder+WKBJ method+SV-wave
J|0167|Tharp,T.M.|Numerical models of subduction and forearc deformation||Geophys. J. R. astr. Soc.:80:2:1985:419-437|Numerical modelling
J|0168|Fishman,L.+McCoy,J.J.|A new class of propagation models based on a factorization of the Helmholtz equation||Geophys. J. R. astr. Soc.:80:2:1985:439-461|Kirchhoff-Helmholtz integral
J|0169|Harding,A.J.|Slowness-time mapping of near offset seismic reflection data||Geophys. J. R. astr. Soc.:80:2:1985:463-492|Reflexion data
J|0170|Shearer,P.+Orcutt,J.|Anisotropy in the oceanic lithosphere - theory and observations from the Ngendei seismic refraction experiment in the south-west Pacific||Geophys. J. R. astr. Soc.:80:2:1985:493-526|Refraction study+Pacific Ocean
J|0171|Malin,P.E.+Phinney,R.A.|On the relative scattering of P- and S-waves||Geophys. J. R. astr. Soc.:80:3:1985:603-618|P-wave+S-wave
J|0172|Spencer,C.|The use of partitioned matrices in geophysical inversion problems||Geophys. J. R. astr. Soc.:80:3:1985:619-629|Matrix
J|0173|King,G.C.P.+Ouyang,Z.X.+Papadimitriou,P.+|The evolution of the Gulf of Corinth (Greece): an aftershock study of the 1981 earthquakes||Geophys. J. R. astr. Soc.:80:3:1985:677-693|Corinth, G. of||#*ALKION|#*ALKION2|#*ALKION3
J|0174|Das,S.+Kostrov,B.V.|An elliptical asperity in shear: fracture process and seismic radiation||Geophys. J. R. astr. Soc.:80:3:1985:725-742
J|0175|Souriau,A.|On the retrieval of pure path velocities from great circle data||Geophys. J. R. astr. Soc.:80:3:1985:783-790|Great Circle+Phase velocity
J|0176|Stuart,G.W.+Fairhead,J.D.+Dorbath,L.+|A seismic refraction study of the crustal structure associated with the Adamawa Plateau and Garoua Rift, Cameroon, West Africa||Geophys. J. R. astr. Soc.:81:1:1985:1-12
J|0177|Wennerberg,L.|Snell's law for viscoelastic materials||Geophys. J. R. astr. Soc.:81:1:1985:13-18|Viscoelasticity
J|0178|Butler,R.|Anisotropic propagation of P- and S-waves in the western Pacific lithosphere||Geophys. J. R. astr. Soc.:81:1:1985:89-101|Anisotropy+P-wave+S-wave+Pacific Ocean
J|0179|Santosa,F.+Symes,W.W.|The determination of a layered acoustic medium via multiple impedance profile inversions from plane wave responses||Geophys. J. R. astr. Soc.:81:1:1985:175-195|Layered medium
J|0180|Menke,W.|Imaging fault-slip using teleseismic waveforms: analysis of a typical incomplete tomography problem||Geophys. J. R. astr. Soc.:81:1:1985:197-204|Image
J|0181|Katchalov,A.P.+Popov,M.M.|Application of the Gaussian beam method to elasticity theory||Geophys. J. R. astr. Soc.:81:1:1985:205-214
J|0182|Glenn,L.A.+Ladd,A.J.C.+Moran,B.+|Elastic radiation from explosively loaded ellipsoidal cavities in an unbounded medium||Geophys. J. R. astr. Soc.:81:1:1985:231-241|Elastodynamics+Explosion seismology+Cavity
J|0183|Walck,M.C.|The upper mantle beneath the north-east Pacific rim: a comparison with the Gulf of California||Geophys. J. R. astr. Soc.:81:1:1985:243-276|Pacific Ocean+California, G. of
J|0184|Schlittenhardt,J.+Schweitzer,J.+Muller,G.|Evidence against a discontinuity at the top of D"||Geophys. J. R. astr. Soc.:81:1:1985:295-306
J|0185|Der,Z.A.|Comments on `P-wave amplitudes in the United States: east-west variations and variability' by R. Butler||Geophys. J. R. astr. Soc.:81:2:1985:381-383|P-wave
J|0186|Butler,R.|P-wave amplitude variation between the eastern and western United States: reply to Z.A. Der||Geophys. J. R. astr. Soc.:81:2:1985:385-388
J|0187|Nishimura,C.E.+Forsyth,D.W.|Anomalous Love-wave phase velocities in the Pacific: sequential pure-path and spherical harmonic inversion||Geophys. J. R. astr. Soc.:81:2:1985:389-407|Love wave+Phase velocity+Pacific Ocean
J|0188|Kagan,Y.Y.+Knopoff,L.|The first-order statistical moment of the seismic moment tensor||Geophys. J. R. astr. Soc.:81:2:1985:429-444|Complex earthquake
J|0189|Patton,H.J.+Taylor,S.R.+Harris,D.B.+|The utility of regional Chinese seismograms for source and path studies in central Asia||Geophys. J. R. astr. Soc.:81:2:1985:469-478|China
J|0190|Adams,R.D.+Hughes,A.A.+Zhang,B.M.|A confirmed earthquake in continental Antarctica||Geophys. J. R. astr. Soc.:81:2:1985:489-492|1982||#*ANTARCTICA
J|0191|Williams,I.P.|Review of `Physics of planetary interiors' by C.H.A. Cole||Geophys. J. R. astr. Soc.:81:2:1985:493|Earth sciences
A|0192|Cole,C.H.A.|Physics of planetary interiors||1984:Bristol, England:Adam Hilger|Earth sciences|208p
J|0193|Dey,S.+Roy,N.+Dutta,A.|Propagation of P and S waves and reflection of P waves in a medium under normal initial stresses||Geophys. Res. Bull. N.G.R.I. Hyderabad:23:1:1985:1-29|P-wave+S-wave+Reflexion
J|0194|Klemperer,S.L.+Brown,L.D.+Oliver,J.E.+|Some results of COCORP seismic reflection profiling in the Grenville-age Adirondack Mountains, New York State|With French abstract|Can. J. Earth Sci.:22:2:1985:141-153|Adirondack Mts+Reflexion study
J|0195|Davey,F.J.+Christoffel,D.A.|The correlation of MSSTS-1 drillhole results with seismic reflection data from McMurdo Sound, Antarctica||N.Z. Jl Geol. Geophys.:27:4:1984:405-412|McMurdo Sd.+Reflexion data+Drilling
J|0196|Dibble,R.R.+Kienle,J.+Kyle,P.R.+|Geophysical studies of Erebus volcano, Antarctica, from 1974 December to 1982 January||N.Z. Jl Geol. Geophys.:27:4:1984:425-455|Erebus, Mt.+Volcanism+1974-1982+Seismicity
J|0197|Kogan,L.I.+Zonenshain,L.P.+Sorokhtin,O.G.|Structural peculiarities of some deep faults in the Atlantic and Pacific oceans (according to GSP-MOV data)|In Russian|Geotektonika::2:1985:104-119|Deep seismic sounding+Atlantic Ocean+Pacific Ocean
J|0198|Smishko,R.M.|The main faults of the Donets Basin and related strike-slip faults|In Russian|Geotektonika::2:1985:120-125|USSR
J|0199|Lang,G.+Vilotte,J.P.+Neugebauer,H.J.|Relaxation of the Earth after a dip slip earthquake: dependence on rheology and geometry||Physics Earth planet. Interiors:36:3-4:1984:260-275|Dip-slip
J|0200|Dziewonski,A.M.+Franzen,J.E.+Woodhouse,J.H.|Centroid-moment tensor solutions for April-June, 1984||Physics Earth planet. Interiors:37:2-3:1985:87-96
J|0201|Scott,D.R.+Kanamori,H.|On the consistency of moment tensor source mechanisms with first-motion data||Physics Earth planet. Interiors:37:2-3:1985:97-107|First motion+Seismic moment tensor
J|0202|Koyama,J.+Zheng,S-H.|Excitation of short-period body-waves by great earthquakes||Physics Earth planet. Interiors:37:2-3:1985:108-123|Body wave
J|0203|Kasahara,M.+Sasatani,T.|Source characteristics of the Kunashiri strait earthquake of December 6, 1978 as deduced from strain seismograms||Physics Earth planet. Interiors:37:2-3:1985:124-134|Extensometer
J|0204|Fukao,Y.+Furumoto,M.|Hierarchy in earthquake size distribution||Physics Earth planet. Interiors:37:2-3:1985:149-168|Frequency-magnitude relation
J|0205|Bath,M.|Surface-wave magnitude corrections for intermediate and deep earthquakes||Physics Earth planet. Interiors:37:4:1985:228-234|Intermediate-depth earthquake+Deep-focus earthquake
J|0206|Kikuchi,M.+Fukao,Y.|Iterative deconvolution of complex body waves from great earthquakes the Tokachi-Oki earthquake of 1968||Physics Earth planet. Interiors:37:4:1985:235-248|Tokachi-oki+Japan
J|0207|Satake,K.|The mechanism of the 1983 Japan Sea earthquake as inferred from long-period surface waves and tsunamis||Physics Earth planet. Interiors:37:4:1985:249-260|||#*SEAOFJAPAN
J|0208|Kijko,A.|Comment on `Extreme value distribution of earthquake magnitude' by Zi Jun Gan and C.C. Tung||Physics Earth planet. Interiors:37:4:1985:285-287|Comments+Extreme value theory+Maximum magnitude
J|0209|Duda,S.J.|Review of `Proceedings of the seventeenth assembly of the European Seismological Commission' edited by E. Bisztricsany and G. Szeidovitz||Physics Earth planet. Interiors:37:4:1985:293-295
J|0210|Bolt,B.A.+Canas,J.A.|Constraints from core reflections on mantle Q and density at the core boundary||Physics Earth planet. Interiors:38:1:1985:1-8|Q+Reflexion
J|0211|Leven,J.H.|The application of synthetic seismograms to the interpretation of the upper mantle P-wave velocity structure in northern Australia||Physics Earth planet. Interiors:38:1:1985:9-27
J|0212|Montagner,J-P.|Seismic anisotropy of the Pacific Ocean inferred from long-period surface waves dispersion||Physics Earth planet. Interiors:38:1:1985:28-50
J|0213|Smith,E.G.C.+Scott,B.J.+Latter,J.H.|The Waiotapu earthquake of 1983, December 14||Bull. N.Z. natn. Soc. Earthq. Engng:17:4:1984:272-279|New Zealand||#*WAIOTAPU
J|0214|Fairless,G.J.+Berrill,J.B.|Liquefaction during historic earthquakes in New Zealand||Bull. N.Z. natn. Soc. Earthq. Engng:17:4:1984:280-291|History+Seismicity
J|0215|Lawson,J.E.|The north-central Oklahoma event of February 16, 1956||Earthq. Notes:54:4:1983:5-9
J|0216|Schlesinger-Miller,E.+Barstow,N.L.+Kafka,A.L.|The July 1981 earthquake sequence near Cornwall, Ontario, and Massena, New York||Earthq. Notes:54:4:1983:11-26|New York State||#*ONTARIO
J|0217|Ebel,J.E.|A detailed study of the aftershocks of the 1979 earthquake near Bath, Maine||Earthq. Notes:54:4:1983:27-40
J|0218|Rundle,J.B.+Elbring,G.J.+Striker,R.P.+|Seismic imaging in Long Valley, California, by surface and borehole techniques: an investigation of active tectonics||EOS. Trans. Am. geophys. Un.:66:18:1985:194-201|Image
J|0219|Weichert,D.H.|New Brunswick strong ground motion records||Physics Earth planet. Interiors:38:2-3:1985:83-91|Accelerogram+Strong-motion analysis
J|0220|Peng,K.+Xie,L.+Li,S.+|The near-source strong-motion accelerograms recorded by an experimental array in Tangshan, China||Physics Earth planet. Interiors:38:2-3:1985:92-109|T'ang-shan+Strong-motion analysis
J|0221|Mihailov,V.|Yugoslav strong motion network||Physics Earth planet. Interiors:38:2-3:1985:110-122|Strong-motion analysis+Yugoslavia
J|0222|Ates,R.|Turkish strong ground motion data acquisition and analysis||Physics Earth planet. Interiors:38:2-3:1985:123-133|Turkey+Strong-motion analysis+Data processing
J|0223|Xie,L.|The main features of data processing for strong-motion records in China||Physics Earth planet. Interiors:38:2-3:1985:134-143|Strong-motion analysis
J|0224|Schenk,V.|Amplitude-frequency distribution of strong ground motion||Physics Earth planet. Interiors:38:2-3:1985:144-161|Strong-motion analysis
J|0225|Niazi,M.|Spatial coherence of the ground motion produced by the 1979 Imperial Valley earthquake across El Centro Differential Array||Physics Earth planet. Interiors:38:2-3:1985:162-173|Strong-motion analysis
J|0226|Mohammadioun,G.+Goula,X.+Ferrieux,H.|Signal processing and spectral analysis of the aftershocks of the 1980 El Asnam, Algeria earthquake - engineering application||Physics Earth planet. Interiors:38:2-3:1985:174-188|Strong-motion analysis||#*ELASNAM
J|0227|Scherbaum,F.+Stoll,D.|The estimation of Green's function from local earthquake analysis and the modelling of the site response||Physics Earth planet. Interiors:38:2-3:1985:189-202|Strong-motion analysis
J|0228|Maki,T.|Focal mechanisms and spatial distribution of subcrustal earthquakes occurring in clusters beneath the Kanto District|With Japanese abstract|Bull. Earthq. Res. Inst. Tokyo Univ.:59:2:1984:127-196|Kanto+Clustering
J|0229|Maki,T.|An interactive determination of earthquake mechanisms|In Japanese with English abstract|Bull. Earthq. Res. Inst. Tokyo Univ.:59:2:1984:197-218|Focal mechanism+Computer+Graphics
J|0230|Utsu,T.|Relation between seismic intensity, epicentral distance and magnitude. 1. Empirical formula for shallow earthquakes in Japan excluding those occurring off the Pacific coast of eastern Japan|In Japanese with English abstract|Bull. Earthq. Res. Inst. Tokyo Univ.:59:2:1984:219-233|Epicentre+Shallow-focus earthquake
J|0231|Aida,I.+Hatori,T.+Murai,I.+|Tsunami warnings and social responses (2) Case study at Murakami City in Niigata Prefecture|In Japanese with English abstract|Bull. Earthq. Res. Inst. Tokyo Univ.:59:2:1984:235-265|Japan+Nihonkai-Chubu+Sociological aspect+1983||#*SEAOFJAPAN
J|0232|Suzuki,T.+Hakuno,M.|Application of the dynamic finite element method with non-reflecting boundary for three-dimensional wave propagation|In Japanese with English abstract|Bull. Earthq. Res. Inst. Tokyo Univ.:59:2:1984:327-360|Reflexion
J|0233|Kudo,K.+Sakaue,M.|Oil-sloshing in the huge tanks at Niigata due to the Nihonkai-Chubu earthquake of 1983|In Japanese with English abstract|Bull. Earthq. Res. Inst. Tokyo Univ.:59:2:1984:361-382|Spillage+Japan||#*SEAOFJAPAN
J|0234|Yoshida,M.|Surface wave polarization anisotropy near the East Pacific Rise as revealed by group velocities and synthetic waves|With Japanese abstract|Bull. Earthq. Res. Inst. Tokyo Univ.:59:3:1984:383-398|Group velocity
J|0235|Miyatake,T.|Generation of high-frequency seismic waves by source process - effect of fault distortion|In Japanese with English abstract|Bull. Earthq. Res. Inst. Tokyo Univ.:59:3:1984:399-406|High frequency
J|0236|Miyatake,T.+Kohketsu,K.+Yoshida,M.+|An interactive system for using an earthquake data base by graphic display|In Japanese with English abstract|Bull. Earthq. Res. Inst. Tokyo Univ.:59:3:1984:407-421|Graphics
J|0237|Hatori,T.|Source area of the East Hokkaido tsunami generated in April, 1843|In Japanese with English abstract|Bull. Earthq. Res. Inst. Tokyo Univ.:59:3:1984:423-431|Hokkaido
J|0238|Hatori,T.|On the damage to houses due to tsunamis|In Japanese with English abstract|Bull. Earthq. Res. Inst. Tokyo Univ.:59:3:1984:433-439|Housing
J|0239|Mueller,C.S.+Cranswick,E.|Source parameters from locally recorded aftershocks of the 9 January 1982 Miramichi, New Brunswick earthquake||Bull. seism. Soc. Am.:75:2:1985:337-360|||#*NEWBRUNSWICK
J|0240|Stump,B.W.|Constraints on explosive sources with spall from near-source waveforms||Bull. seism. Soc. Am.:75:2:1985:361-377|Explosion seismology
J|0241|Der,Z.A.+McElfresh,T.+Wagner,R.+|Spectral characteristics of P waves from nuclear explosions and yield estimation||Bull. seism. Soc. Am.:75:2:1985:379-390|Underground nuclear explosion+P-wave+Spectral analysis
J|0242|Krebes,E.S.+Hearn,D.J.|On the geometrical spreading of viscoelastic waves||Bull. seism. Soc. Am.:75:2:1985:391-396|Viscoelasticity
J|0243|McLaren,J.P.+Frohlich,C.|Model calculations of regional network locations for earthquakes in subduction zones||Bull. seism. Soc. Am.:75:2:1985:397-413
J|0244|Shedlock,K.M.+Roecker,S.W.|Determination of elastic wave velocity and relative hypocentre locations using refracted waves. 1. Methodology||Bull. seism. Soc. Am.:75:2:1985:415-426
J|0245|Shedlock,K.M.+Jones,L.M.+Ma,X-F.|Determination of elastic wave velocity and relative hypocentre locations using refracted waves. 2. Application to the Haicheng, China, aftershock sequence||Bull. seism. Soc. Am.:75:2:1985:427-439|1975
J|0246|Lomnitz-Adler,J.|The statistical dynamics of the earthquake process||Bull. seism. Soc. Am.:75:2:1985:441-454|Seismicity+Statistical method
J|0247|White,R.A.|The Guatemala earthquake of 1816 on the Chixoy-Polochic fault||Bull. seism. Soc. Am.:75:2:1985:455-473|Chixoy-Polochic Fault
J|0248|Mavko,G.M.+Schulz,S.+Brown,B.D.|Effects of the 1983 Coalinga, California earthquake on creep along the San Andreas Fault||Bull. seism. Soc. Am.:75:2:1985:475-489|||#*COALINGA
J|0249|Kruger-Knuepfer,J.L.+Sbar,M.L.+Richardson,R.M.|Microseismicity of the Kaibab Plateau, northern Arizona, and its tectonic implications||Bull. seism. Soc. Am.:75:2:1985:491-505|Tectonics
J|0250|Warren,D.H.+Scofield,C.+Bufe,C.G.|Aftershocks of the 22 November 1977 earthquake at Willits, California: activity in the Maacama fault zone||Bull. seism. Soc. Am.:75:2:1985:507-517|Maacama Fault+Seismicity
J|0251|Bard,P-Y.+Bouchon,M.|The two-dimensional resonance of sediment-filled valleys||Bull. seism. Soc. Am.:75:2:1985:519-541|Plane wave
J|0252|Psycharis,I.N.+Jennings,P.C.|Upthrow of objects due to horizontal impulse excitation||Bull. seism. Soc. Am.:75:2:1985:543-561
J|0253|Basham,P.W.+Weichert,D.H.+Anglin,F.M.+|New probabilistic strong seismic ground motion maps of Canada||Bull. seism. Soc. Am.:75:2:1985:563-595
J|0254|Arya,A.S.+Srivastava,L.S.+Gupta,S.P.|Survey of damages during the Dhamar earthquake of 13 December 1982 in the Yemen Arab Republic||Bull. seism. Soc. Am.:75:2:1985:597-610|||#*YEMEN
J|0255|Brillinger,D.R.+Preisler,H.K.|Further analysis of the Joyner-Boore attenuation data||Bull. seism. Soc. Am.:75:2:1985:611-614|Joyner-Boore data
J|0256|Scherbaum,F.+Kisslinger,C.|Coda Q in the Adak seismic zone||Bull. seism. Soc. Am.:75:2:1985:615-620|Q+Aleutian Islands
J|0257|Gephart,J.W.|Principal stress directions and the ambiguity in fault plane identification from focal mechanisms||Bull. seism. Soc. Am.:75:2:1985:621-625
J|0258|Lienkaemper,J.J.+Burford,R.O.|No large afterslip in Little Tujunga Canyon following the 1971 San Fernando earthquake||Bull. seism. Soc. Am.:75:2:1985:627
J|0259|a-SEUSSN Contributors|Availability of a six-year 1977-1983 earthquake catalogue for the southern United States derived from network monitoring||Bull. seism. Soc. Am.:75:2:1985:629-633|Seismicity
J|0260|Ogata,Y.+Shimazaki,K.|Erratum to `Transition from aftershock to normal activity: the 1965 Rat Islands earthquake aftershock sequence'||Bull. seism. Soc. Am.:75:2:1985:640|Errata
J|0261|Drummond,B.J.|Seismic P-wave anisotropy in the subcrustal lithosphere of north-west Australia||Geophys. J. R. astr. Soc.:81:3:1985:497-519|Upper mantle+P-wave
J|0262|Sarwar,A.K.M.+Rudman,A.J.|Inversion of a normally incident reflection seismogram by the Gopinath-Sondhi integral equation||Geophys. J. R. astr. Soc.:81:3:1985:551-562|Gopinath-Sondhi equation+Reflexion
J|0263|Eyidogan,H.+Jackson,J.|A seismological study of normal faulting in the Demirci, Alesehir and Gediz earthquakes in 1969-1970 in western Turkey: implications for the nature and geometry of deformation in the continental crust||Geophys. J. R. astr. Soc.:81:3:1985:569-607
J|0264|Wu,R-S.|The elastodynamic near field||Geophys. J. R. astr. Soc.:81:3:1985:609-621|Frequency+Time domain+Elastodynamics
J|0265|Yielding,G.|Control of rupture by fault geometry during the 1980 El Asnam (Algeria) earthquake||Geophys. J. R. astr. Soc.:81:3:1985:641-670|Rupturing||#*ELASNAM
J|0266|Tinti,S.+Mulargia,F.|Probability of occurrence of large earthquakes in Calabria and eastern Sicily on the basis of extreme value theory||Annls Geophys.:2:5:1984:529-535|Italy
J|0267|Papazachos,B.C.+Comninakis,P.E.+Papadimitriou,E.E.+|Properties of the February-March 1981 seismic sequence in the Alkyonides Gulf of central Greece||Annls Geophys.:2:5:1984:537-544|Alkionidhes Islands||#*ALKION|#*ALKION2|#*ALKION3
J|0268|Herraiz,M.+Mezcua,J.|Application of coda wave analysis to microearthquake analog data||Annls Geophys.:2:5:1984:545-552|Q
J|0269|Wahlstrom,R.+Ahjos,T.|Magnitude determination of earthquakes in the Baltic Shield||Annls Geophys.:2:5:1984:553-558|Sweden+Finland
J|0270|Luosto,U.+Lanne,E.+Korhonen,H.+|Deep structure of the earth's crust on the Sveka profile in central Finland||Annls Geophys.:2:5:1984:559-570|Deep seismic sounding
J|0271|Avedik,F.+Berendsen,D.+Fucke,H.+|Seismic investigations along the Scandinavian `Blue Norma' profile||Annls Geophys.:2:5:1984:571-577|Deep seismic sounding+Blue Norma profile
J|0272|Vinnik,L.P.+Saipbekova,A.M.|Structure of the lithosphere and the asthenosphere of the Tien Shan||Annls Geophys.:2:6:1984:621-626|Explosion seismology
J|0273|Ulomov,V.I.+Sokolov,M.V.+Yakubov,M.S.|Seismolocation of the earth's deep interior and geodynamic processes in Central Asia||Annls Geophys.:2:6:1984:627-631|Lithosphere+Hindu Kush+Pamirs+Geodynamics
J|0274|Babuska,V.+Plomerova,J.+Sileny,J.|Large scale oriented structures in the subcrustal lithosphere of central Europe||Annls Geophys.:2:6:1984:649-662|Anisotropy+P-wave
J|0275|Barton,P.J.+Matthews,D.H.|Deep structure and geology of the North Sea region interpreted from a seismic refraction profile||Annls Geophys.:2:6:1984:663-668|Refraction study
J|0276|Hughes,V.J.+White,R.S.+Jones,E.J.W.|Seismic velocity structure of the northwest Scottish continental margin: some constraints imposed by amplitude studies||Annls Geophys.:2:6:1984:669-677|Travel-times+Scotland+United Kingdom
J|0277|Vetter,U.R.|Focal mechanisms and crustal stress patterns in western Nevada and eastern California||Annls Geophys.:2:6:1984:699-709
J|0278|Finlayson,D.M.+Mathur,S.P.|Seismic refraction and reflection features of the lithosphere in northern and eastern Australia, and continental growth||Annls Geophys.:2:6:1984:711-722|Refraction study+Reflexion study+Continental crust
J|0279|Lambeck,K.+McQueen,H.W.S.+Stephenson,R.A.+|The state of stress within the Australian continent||Annls Geophys.:2:6:1984:723-741|Seismicity+Continental crust
J|0280|Gelfand,V.+Larner,K.L.|Seismic lithologic modelling||APEA J.:24:1:1984:412-420|Signal+Lithology+Background noise
J|0281|Gray,R.J.+Roberts,R.C.|A seismic model of faults in the Cooper Basin||APEA J.:24:1:1984:421-428|Australia
J|0282|Sandnes,F.+Nutt,W.L.+Henry,S.G.|Practical use of borehole seismics in exploration||APEA J.:24:1:1984:429-444|Prospecting+Data processing
J|0283|Von Huene,R.|Tectonic processes along the front of the modern convergent margins: research of the past decade||A. Rev. Earth planet. Sci.:12::1984:359-381|Plate tectonics
J|0284|Molnar,P.|Structure and tectonics of the Himalaya: constraints and implications of geophysical data||A. Rev. Earth planet. Sci.:12::1984:489-518|Himalayas+Seismicity
J|0285|Edwards,J.W.F.+Armstrong,E.J.+Ham,D.|Geophysical interpretations south-west of the Scilly Isles||Br. geol. Surv. Rep.:16:1:1984:46-49|Geophysical investigation+Refraction study
J|0286|Christoskov,L.+Rangelov,B.+Gospodinov,D.|A probabilistic model with a view to the prediction of strong earthquakes in a given seismic zone|In Bulgarian with Russian and English abstracts|Bulg. geofiz. Spis.:10:2:1984:43-52
J|0287|Glavcheva,R.|Some characteristics of the mechanical process in the source of the 18th April 1928 earthquake (Ms=7) in southern Bulgaria|In Russian with English abstract|Bulg. geofiz. Spis.:10:2:1984:53-61|Magnitude
J|0288|Stoyanov,T.+Rizhikova,S.+Yelenkov,S.|New data on source depths and density distribution of weak earthquakes in the Upper Thracian lowland during the period 1978-1982|In Bulgarian with Russian and English abstracts|Bulg. geofiz. Spis.:10:2:1984:62-68|Thrace+Bulgaria+Epicentre
J|0289|Dobrev,T.B.+Popovich,S.+Yakimov,Ya.|Seismic study of the heterogeneity of the structure of the Malm and Valanginian formations in the northern part of the Black Sea shelf in Bulgaria|In Bulgarian with Russian and English abstracts|Bulg. geofiz. Spis.:10:2:1984:69-76|Oil+Gas
J|0290|Kostov,M.+Boncheva,Kh.|Influence of nonlinear deformations on the modification of the characteristics of grounds during seismic activity|In Bulgarian with Russian and English abstracts|Bulg. geofiz. Spis.:10:2:1984:77-86|Risk
J|0291|Botev,E.+Vinnik,L.P.|Horizontal heterogeneity in the upper mantle in Bulgaria according to seismic data|In Bulgarian with Russian and English abstracts|Bulg. geofiz. Spis.:10:3:1984:55-63|P-wave
J|0292|Rizhikova,S.+Grigorova,I.+Yelenkov,S.+|Regime of weak earthquakes in the seismic zone of Gorna Oryakhovitsa|In Russian with English abstract|Bulg. geofiz. Spis.:10:3:1984:64-74|Intensity+Bulgaria
J|0293|Deneva,D.|Spectral analysis modelling of seismic waves from earthquakes in the Maritsa zone|In Bulgarian with Russian and English abstracts|Bulg. geofiz. Spis.:10:3:1984:75-82|Risk+Bulgaria
J|0294|Golub,S.+Brosh,Ya.+Shimon,Z.+|On the choice of logarithmic functions during the determination of magnitudes|In Russian with English abstract|Bulg. geofiz. Spis.:10:3:1984:89-98
J|0295|Iwata,T.+Irikura,K.|Estimation of irregular underground structure from seismic ground motions||Bull. Disast. Prev. Res. Inst., Kyoto Univ.:34:1:1984:1-18|Irregularity+Japan
J|0296|Akamatsu,J.|Seismic amplification by soil deposits inferred from vibrational characteristics of microseisms||Bull. Disast. Prev. Res. Inst., Kyoto Univ.:34:4:1984:105-127|Zoning
J|0297|Mino,K.|On a formation mechanism of topography and its relation to earthquake occurrence in southwest Japan||Bull. Disast. Prev. Res. Inst., Kyoto Univ.:34:4:1984:129-167|Harmonic analysis
J|0298|Takeo,M.+Hamada,N.+Kashiwabara,S.+|Analysis of long-period seismic waves excited by the explosive eruption of Mt Asama on April 8, 1983|In Japanese|Kazan:29:1:1984:31-44|Volcanism+Japan+Seismogram
J|0299|Burton,P.W.|Electrical earthquake prediction||Nature, Lond.:315:6018:1985:370-371|Geoelectricity+Preparedness
A|0300|e*Cassinis,R.|Problems and methods for lithospheric exploration||1984:New York:Plenum Press|Lithosphere|222p
J|0301|Beardsley,T.|Size of Soviet tests disputed by geophysicists|News item|Nature, Lond.:315:6019:1985:445|Test ban+Verification+Underground nuclear explosion+Yield+USSR
J|0302|Allen,C.R.+Gillespie,A.R.+Han,Y-A.+|Red River and associated faults, Yunnan Province, China; Quaternary geology, slip rates and seismic hazard||Bull. geol. Soc. Am.:95:6:1984:686-700
J|0303|Finckh,P.+Kelts,K.+Lambert,A.|Seismic stratigraphy and bedrock forms in perialpine lakes||Bull. geol. Soc. Am.:95:9:1984:1118-1128|Alps
J|0304|Verdier,F.|Use of the seismic tool: implementation and interpretation of data|In French with English abstract|Bull. Soc. geol. Fr.:26:5:1984:805-817|Vibroseis+Data processing
J|0305|Menard,G.+Thouvenot,F.|Peeling of the European lithosphere beneath the western Alps: gravimetric and seismic arguments linked with the Ivrea anomaly|In French with English abstract|Bull. Soc. geol. Fr.:26:5:1984:875-884|Bouguer anomaly+Deep seismic sounding
J|0306|Omote,S.+Watakabe,M.|Note on the relation between the thickness of the soft surface ground and the maximum amplification at the surface|In Japanese with English abstract|Butsuri-Tanko:37:2:1984:22-33|Japan
J|0307|Patil,D.N.+Bhosale,V.N.+Guha,S.K.+|The Khardi earthquakes, 1983||Curr. Sci.:53:15:1984:805-806|India+Dam+Barrage+Reservoir
J|0308|Leivesley,S.|Natural disasters in Australia||Disasters:8:2:1984:83-88|Prediction+Catastrophe
J|0309|Melville,C.P.|Reflections on the late earthquake in North Wales on 19th July 1984||Disasters:8:3:1984:165-168|United Kingdom+Tremadoc||#*TREMADOC
J|0310|Alekseyev,A.S.+Bubnov,B.A.|Stability in the resolution of inverse problems in combined seismics and gravimetry|In Russian|Dokl. Akad. Nauk SSSR:275:2:1984:332-335
J|0311|Shteinberg,V.V.|Behaviour of friable soils during strong earthquakes|In Russian|Dokl. Akad. Nauk SSSR:275:2:1984:350-354|Risk+Intensity
J|0312|Neprochnov,Yu.P.+Kuz'min,P.N.|Relation between seismic parameters of the earth's crust and the upper mantle in the Pacific Ocean as a function of the age of the lithosphere|In Russian|Dokl. Akad. Nauk SSSR:275:3:1984:704-707|Deep seismic sounding
J|0313|Kondaurov,V.I.+Nikitin,L.V.|Propagation of nonlinear seismic waves in media with elastic, viscous and plastic properties|In Russian|Dokl. Akad. Nauk SSSR:275:4:1984:839-842|Elastic medium+Viscoelasticity+Plasticity
J|0314|Lobkovskii,L.I.+Baranov,B.V.|Model study of strong earthquakes in island arcs and active continental margins|In Russian|Dokl. Akad. Nauk SSSR:275:4:1984:843-847
J|0315|Sadovskii,M.A.|On the relation between the power and seismic energy of foci|In Russian|Dokl. Akad. Nauk SSSR:275:5:1984:1087-1088|Focus
J|0316|Karus,Ye.V.+Gabrielyants,G.A.+Kovylin,V.M.+|New data on the Mohorovicic discontinuity and the upper mantle of the western Siberian platform|In Russian|Dokl. Akad. Nauk SSSR:276:1:1984:196-199
J|0317|Gvishiani,A.D.+Sallanten,Zh.+Sal'dano,A.+|Results of a Franco-Soviet study on the reconnaissance of zones of high seismicity in the western Alps|In Russian|Dokl. Akad. Nauk SSSR:276:6:1984:1353-1358
J|0318|Borisov,B.A.+Rogozhin,Ye.A.|The Kumdag earthquake of 14th March 1983: data from geological studies|In Russian|Dokl. Akad. Nauk SSSR:277:1:1984:157-161|Geology+Kum-Dag+Turkmeniya||#*KUMDAG
J|0319|Prozorov,A.G.|Automodelling of the distribution of aftershock effects from magnitude|In Russian|Dokl. Akad. Nauk SSSR:277:3:1984:573-577
J|0320|Ryaboi,V.Z.+Derlyatko,Ye.K.|Horizontal heterogeneity of the layer of the asthenosphere of the upper mantle of northern Eurasia from electrical and deep seismic studies|In Russian|Dokl. Akad. Nauk SSSR:277:3:1984:577-581|Deep seismic sounding+Geoelectricity
J|0321|Yunga,S.L.|Representation of seismic focal mechanisms on strain spheres|In Russian|Dokl. Akad. Nauk SSSR:277:3:1984:585-589
J|0322|Val'chak,V.I.+Druzhinin,V.S.+Kashubin,S.N.+|Deep structure of the Urals from a longitudinal section (according to new deep seismic sounding data along the N. Tura-Orsk profile)|In Russian|Dokl. Akad. Nauk SSSR:277:3:1984:656-659
J|0323|Totomanov,I.N.|On the statistical interdependence of long-term seismic activity and recent tectonic movements in Bulgaria||Dokl. bulg. Akad. Nauk.:37:1:1984:39-42|Statistical method+Seismicity+Tectonics
J|0324|Vassiliou,M.S.|The state of stress in subducting slabs as revealed by earthquakes analyzed by moment tensor inversion||Earth planet. Sci. Lett.:69:1:1984:195-202|Seismic moment tensor+Subduction+Tonga
J|0325|Mann,P.+Burke,K.B.S.+Matumoto,T.|Neotectonics of Hispaniola: plate motion, sedimentation, and seismicity at a restraining bend||Earth planet. Sci. Lett.:70:2:1984:311-324|Lesser Antilles+Subduction
J|0326|Gamburtseva,N.G.+Luquet,E.I.+Nikolayevskii,V.N.+|Seismic waves from large explosions reveal periodical deformations at lithospheric depths||Earth planet. Sci. Lett.:71:2:1984:279-289|P-wave+S-wave+Lithosphere
J|0327|Wadge,G.+Shepherd,J.B.|Segmentation of the Lesser Antilles subduction zone||Earth planet. Sci. Lett.:71:2:1984:297-304|Benioff zone+Plate tectonics
J|0328|Froidevaux,C.+Isacks,B.L.|The mechanical state of the lithosphere in the Altiplano-Puna segment of the Andes||Earth planet. Sci. Lett.:71:2:1984:305-314|Alti Plano+Peru+Bolivia+Subduction
J|0329|Crampin,S.|Anisotropy in exploration seismics||First Break:2:3:1984:19-21|Prospecting
J|0330|Danielsen,V.+Karlsson,T.V.|Extraction of signatures from seismic and well data||First Break:2:4:1984:15-21|Diagraphy+Trace
J|0331|Goulty,N.R.+Brabham,P.J.|Seismic refraction profiling in opencast coal exploration||First Break:2:5:1984:26-34|Refraction study+Prospecting+Geophone+United Kingdom
J|0332|Ziolkowski,A.|The Delft airgun experiment||First Break:2:6:1984:9-18|Air cannon+Instrument+Reflexion study
J|0333|Fitch,A.A.|Interpretation of vertical seismic profiles||First Break:2:6:1984:19-23|Vertical seismic profiling+Geophone+Instrument
J|0334||Regional profile: Norway's Barents Sea||First Break:2:6:1984:24-25|Regional study+Continental margin
A|0335|e*Savarenskii,Ye.F.|The physics of seismic waves and the internal structure of the earth|In Russian|1983:Moscow:Nauka Publishing House|Velocity|224p
J|0336|Turcotte,D.L.+Smalley,R.F.+Solla,S.A.|Collapse of loaded fractal trees||Nature, Lond.:313:6004:1985:671-672|Instability+Earthquake+Probability
J|0337|Hayes,D.E.+Lewis,S.D.|A geophysical study of the Manila Trench, Luzon, Philippines. 1. Crustal structure, gravity, and regional tectonic evolution||J. geophys. Res.:89:11:1984:9171-9195|Geophysical investigation+Tectonics
J|0338|Hayes,D.E.+Lewis,S.D.|A geophysical study of the Manila Trench, Luzon, Philippines. 2. Fore arc basin structural and stratigraphic evolution||J. geophys. Res.:89:11:1984:9196-9214|Geophysical investigation+Tectonics+Forearc
J|0339|Bollinger,G.A.+Adams,M.J.+Henrisey,R.F.+|The Denver earthquake sequence of March-April 1981||Earthq. Notes:54:2:1983:3-12|Colorado||#*DENVER
J|0340|Sheehan,A.F.+Steeples,D.W.|Sensitivity of the Kansas microearthquake network||Earthq. Notes:54:2:1983:13-21|Seismograph+Instrument
J|0341|Bollinger,G.A.+Sibol,M.S.|Southeastern United States earthquakes - 1981||Earthq. Notes:54:2:1983:24-26|Seismicity
J|0342|Bollinger,G.A.+Sibol,M.S.|Southeastern United States earthquakes - 1982||Earthq. Notes:54:2:1983:27-29|Seismicity
J|0343|Nava,S.+Johnston,A.C.+Cornwell,J.+|Earthquakes in the southern Mississippi Valley and the southern Appalachians - 1981-82||Earthq. Notes:54:2:1983:30-37|1981-1982+Seismicity+Appalachian Mts
J|0344|Stauder,W.+Herrmann,R.B.+Singh,S.+|Central Mississippi Valley earthquakes - 1981||Earthq. Notes:54:2:1983:38-42|Seismicity
J|0345|Stauder,W.+Herrmann,R.B.+Chulick,J.+|Central Mississippi Valley earthquakes - 1982||Earthq. Notes:54:2:1983:43-48|Seismicity
J|0346|Steeples,D.W.+Rothe,G.H.+Knapp,R.W.|Kansas and Nebraska microearthquakes - 1981-82||Earthq. Notes:54:2:1983:49-55|Seismicity+1981-1982
J|0347|Lawson,J.E.+Luza,K.V.|Oklahoma earthquakes - 1981 and 1982||Earthq. Notes:54:2:1983:56-66|Seismicity
J|0348|Barstow,N.L.+Schlesinger-Miller,E.|Seismicity in New York and adjacent areas - 1981-1982||Earthq. Notes:54:2:1983:67-68|New York State
J|0349|McCaffrey,J.P.|New England seismicity - 1981-1982||Earthq. Notes:54:2:1983:69-73|Earthquake
J|0350|Drysdale,J.A.+Wetmiller,R.J.|Eastern Canadian earthquakes: 1981-1982||Earthq. Notes:54:2:1983:74-81|Canada+Seismicity
J|0351|Sigalov,V.M.|Study of tectonic precursory phenomena by geodetic study methods|In Russian|Geodeziya Kartogr.::8:1984:39-44|Geodesy
J|0352|Seno,T.+Eguchi,T.|Seismotectonics of the western Pacific region||Geodyn. Ser.:11::1983:5-40|Pacific Ocean
J|0353|Asada,T.+Shimamura,H.+Asano,S.+|Explosion seismological experiments on long-range profiles in the northwestern Pacific and the Marianas Sea||Geodyn. Ser.:11::1983:105-120|Explosion seismology+Pacific Ocean
J|0354|Shimamura,H.+Asada,T.|Velocity anisotropy extending over the entire depth of the oceanic lithosphere||Geodyn. Ser.:11::1983:121-125|Pacific Ocean+Oceanic crust
J|0355|Carlson,R.L.+Wilkens,R.H.|Seismic crustal structure and the elastic properties of rocks recovered by drilling in the Philippine Sea||Geodyn. Ser.:11::1983:127-136|Elasticity
J|0356|Savostin,L.+Zonenshain,L.P.+Baranov,B.V.|Geology and plate tectonics of the Sea of Okhotsk||Geodyn. Ser.:11::1983:189-221|Okhotsk, Sea of
J|0357|Tarakanov,R.Z.+Kim Chun Un|Seismofocal zones and geodynamics of the Kuril-Japan region||Geodyn. Ser.:11::1983:223-236|Kuril Islands+Spatial distribution
J|0358|Gnibidenko,H.S.+Bykova,T.G.+Veselov,O.V.+|The tectonics of the Kuril-Kamchatka deep-sea trench||Geodyn. Ser.:11::1983:249-285|Kuril-Kamchatka arc
J|0359|Sugi,N.+Chinzei,K.+Uyeda,S.|Vertical crustal movements of northeast Japan since Middle Miocene||Geodyn. Ser.:11::1983:317-329|Neotectonics
J|0360|Yoshii,T.|Cross sections of geophysical data around the Japanese islands||Geodyn. Ser.:11::1983:343-354|Topography+Data processing
J|0361|Aoki,Y.+Ikawa,T.+Ohta,Y.+|Compressional wave velocity analyses for suboceanic basement reflectors in the Japan Trench and Nankai Trough based on multichannel seismic reflection profiles||Geodyn. Ser.:11::1983:355-370|Reflexion study+Pacific Ocean
J|0362|Hayakawa,M.+Iizuka,S.|Deep seismic sounding and earthquake prediction around Japan||Geodyn. Ser.:11::1983:371-378
J|0363|Milsom,J.+Audley-Charles,M.G.+Barber,A.J.+|Geological-geophysical paradoxes of the eastern Indonesia collision zone||Geodyn. Ser.:11::1983:401-411|Plate tectonics+Seismicity
J|0364|Tjia,H.D.|Earthquake stress directions in the Indonesian archipelago||Geodyn. Ser.:11::1983:413-422|History
J|0365|Wellman,H.W.|New Zealand horizontal kinematics||Geodyn. Ser.:11::1983:423-457|Plate tectonics
J|0366|Huang,C.F.+Hunter,J.A.|The tube-wave method of estimating in-situ rock fracture permeability in fluid-filled boreholes||Geoexplor.:22:3-4:1984:245-259|Tube wave
J|0367|Wong,J.+Hurley,P.+West,G.F.|Crosshole audiofrequency seismology in granitic rocks using piezoelectric transducers as sources and detectors||Geoexplor.:22:3-4:1984:261-279|Instrument+Piezoelectricity
J|0368|e*Chen,C.H.|Seismic signal analysis and discrimination, 3|Special issue|Geoexplor.:23:1:1984:1-170|Data processing
J|0369|Lyutikov,A.G.|Linear combination of interference systems|In Russian|Geofiz. Appar.:78::1983:40-54|Instrument
J|0370|Klyuchevskii,A.V.|Design of a channel group of successively connected seismic receivers|In Russian|Geofiz. Appar.:78::1983:54-72|Instrument+Seismograph
J|0371|Bobrov,B.A.+Gik,L.D.+Orlov,Yu.A.|Calibration of electrodynamic seismic detectors for field conditions|In Russian|Geofiz. Appar.:78::1983:72-78|Instrument+Detection+Field work
J|0372|Pozdnyakova,L.N.+Kashkan,A.A.+Shatokhin,V.N.|Combining the microcomputer `Electronica-60' with seismic surveying equipment SSTS-3|In Russian|Geofiz. Appar.:78::1983:79-83|Instrument+Seismograph+Prospecting
J|0373|Sal'nikov,A.I.+Solov'ev,G.I.|Feed numbered arrangement of a field seismic apparatus|In Russian|Geofiz. Appar.:78::1983:83-87|Instrument+Field work
J|0374|Sal'nikov,A.I.+Sorokin,V.N.|Block diagram of the scheme of operation of the feed of a field seismic apparatus|In Russian|Geofiz. Appar.:78::1983:87-91|Instrument+Seismograph+Field work
J|0375|Wahlstrom,R.+Kulhanek,O.|The Lansjarv fault - seismically active or dead?||Geol. For. Stockh. Forh.:105:4:1983:334||Published in 1984
J|0376|Korhonen,H.|Seismic studies on geotraverses in Finland||Geol. For. Stockh. Forh.:105:4:1983:375-376||Published in 1984
J|0377|Wahlstrom,R.|Seismodynamic investigations of the Swedish bedrock||Geol. For. Stockh. Forh.:105:4:1983:378-381|Sweden+Plate tectonics|Published in 1984
J|0378|Lund,C-E.+Hovland,J.+Husebye,E.S.|Deep-seated tectonic features of the Scandinavian lithosphere||Geol. For. Stockh. Forh.:105:4:1983:384|Tectonics|Published in 1984
J|0379|Lund,C-E.+Prodehl,C.+Kaminski,W.+|A preliminary interpretation of the long-range seismic refraction profile (Fennolora) through Scandinavia||Geol. For. Stockh. Forh.:105:4:1983:388|Refraction study|Published in 1984
J|0380|Kullingar,B.|Processing of Fennolora data||Geol. For. Stockh. Forh.:105:4:1983:389|Data processing+Scandinavia|Published in 1984
J|0381|Palm,H.|Time-delay interpretation of seismic refraction data in the Caledonian front, Jamtland, central Scandinavian caledonides||Geol. For. Stockh. Forh.:106:1:1984:1-14|Sweden
J|0382|Wahlstrom,R.|Seismicity of Sweden 1963-1983||Geol. For. Stockh. Forh.:106:1:1984:101-104
J|0383|Bortfeld,R.K.|New developments in exploration seismics|With German and Russian abstracts|Geol. Jb., E::26:1983:5-33|Prospecting+Data processing+Technology
J|0384|Ahorner,L.+Pelzing,R.|Seismotectonic source parameters of digitally recorded earthquakes during the years 1981 and 1982 in the western part of the Lower Rhine Embayment, Central Europe|In German with English and Russian abstracts|Geol. Jb., E::26:1983:35-63|Seismotectonics
J|0385|Harjes,H.P.+Hinzen,K-G.+Cete,A.|The earthquake at Ibbenburen on 13 July 1981|In German with English and Russian abstracts|Geol. Jb., E::26:1983:65-76|Germany+Seismotectonics||#*IBBEN
J|0386|Steinwachs,M.|The historical sources of an earthquake at Luneburg in 1323|In German with English and Russian abstracts|Geol. Jb., E::26:1983:77-90|History+Germany
J|0387|Fielding,E.+Barazangi,M.+Brown,L.D.+|COCORP seismic profiles near Coalinga, California; subsurface structure of the western Great Valley||Geology:12:5:1984:268-273|Data processing
J|0388|Varekamp,J.C.+Buseck,P.R.|Changing mercury anomalies in Long Valley, California; indication for magma movement or seismic activity||Geology:12:5:1984:283-286|Magmatism+Seismicity
J|0389|Wheeler,R.L.+Bollinger,G.A.|Seismicity and suspect terranes in the southeastern United States||Geology:12:6:1984:323-326|Zoning
J|0390|Stephens,C.D.+Fogleman,K.A.+Lahr,J.C.+|Wrangell Benioff zone, southern Alaska||Geology:12:6:1984:373-376|Seismotectonics
J|0391|Mutter,J.C.+Detrick,R.S.|Multichannel seismic evidence for anomalously thin crust at Blake Spur fracture zone||Geology:12:9:1984:534-537|Atlantic Ocean+Thickness+Reflexion study
J|0392|Cidlinsky,K.+Simunek,P.|The role of geophysics during the prospecting of nuclear power plant sites in Czechoslovakia|In Czech with Russian, English and German abstracts|Geol. Pruzk.:26:5:1984:141-144|Refraction study
J|0393|Prochazkova,D.+Tobyas,V.+Knaislova,D.|Earthquake in the region of the Most open-cast coal mines|In Czech with Russian, English and German abstracts|Geol. Pruzk.:26:10:1984:276-279|Czechoslovakia
J|0394|Cash,D.+Homuth,E.F.+Keppler,H.+|Fault plane solutions for microearthquakes induced at the Fenton Hill hot dry rock geothermal site: implications for the state of stress near a Quaternary volcanic centre||Geophys. Res. Lett.:10:12:1983:114-141|Volcanism+Geothermy+New Mexico
J|0395|Grange,F.+Cunningham,P.+Gangepain,J.+|The configuration of the seismic zone and the downgoing slab in southern Peru||Geophys. Res. Lett.:11:1:1984:38-41|Zoning+Subduction
J|0396|Gonzalez,J.J.+Suarez,F.|Geological and seismic evidence of a new branch of the Agua Blanca Fault||Geophys. Res. Lett.:11:1:1984:42-45|Baja California+Mexico+Geology
J|0397|Menke,W.|The resolving power of cross-borehole tomography||Geophys. Res. Lett.:11:2:1984:105-108|Diagraphy+Backus-Gilbert method
J|0398|Nataf,H.C.+Nakanishi,I.+Anderson,D.L.|Anisotropy and shear-velocity heterogeneities in the upper mantle||Geophys. Res. Lett.:11:2:1984:109-112|Heterogeneity
J|0399|Tanimoto,T.+Anderson,D.L.|Mapping convection in the mantle||Geophys. Res. Lett.:11:4:1984:287-290|Geoid
J|0400|Habermann,R.E.+Wyss,M.|Earthquake triggering during preparation for great earthquakes||Geophys. Res. Lett.:11:4:1984:291-294|Triggering agent+Precursor
J|0401|Jacob,K.L.|Estimates of long-term probabilities for future great earthquakes in the Aleutians||Geophys. Res. Lett.:11:4:1984:295-298|Prediction+Aleutian Islands+Statistical method
J|0402|Sheriff,S.D.+Stickney,M.C.|Crustal structure of southwestern Montana and east-central Idaho; results of a reversed seismic refraction line||Geophys. Res. Lett.:11:4:1984:299-302|Refraction study
J|0403|Powell,C.A.+Meltzer,A.S.|Scattering of P-waves beneath Scarlet, in southern California||Geophys. Res. Lett.:11:5:1984:481-484
J|0404|Beroza,G.+Rial,J.A.+McNally,K.C.|Source mechanisms of the June 7, 1982 Ometepec, Mexico, earthquake||Geophys. Res. Lett.:11:8:1984:689-692|Focal mechanism+Synthetic seismogram||#*OMETEPEC
J|0405|Burke,K.B.S.|Earthquake activity in the maritime provinces||Geosci. Can.:11:1:1984:16-22|New Brunswick+Tsunami+Seismicity+History
J|0406|Basham,P.W.+Adams,J.|The Miramichi, New Brunswick earthquakes: near-surface thrust faulting in the northern Appalachians||Geosci. Can.:11::1984:115-121|1982+Appalachian Mts||#*NEWBRUNSWICK
J|0407|Fisher,D.A.+Gardner,G.H.F.|Physical and numerical modelling of reflections from interfaces and thin layers||I.E.E.E. J. ocean. Engng:9:1:1984:3-11|Reflexion+Layered medium
J|0408|Chapman,N.R.+Barrodale,I.C.+Zala,C.A.|Measurement of sound-speed gradients in deep-ocean sediments using L1 deconvolution techniques||I.E.E.E. J. ocean. Engng:9:1:1984:26-30|Acoustics+Prospecting
J|0409|Dragoset,W.H.+Larner,K.L.|Data enhancement from a 500-channel streamer||I.E.E.E. J. ocean. Engng:9:1:1984:40-47|Reflexion+Data processing+Marine seismic investigation
J|0410|Lytle,R.J.+Portnoff,M.R.|Detecting high-contrast seismic anomalies using cross-borehole probing||I.E.E.E. Trans. Geosci. remote Sens.:22:2:1984:93-98|Diagraphy
J|0411|Chen,C.H.|Introduction to geophysical signal analysis and modelling||Inf. Sci.:31:3:1983:185-188|Spectral analysis+Data processing
J|0412|Robinson,E.A.|Direct synthesis of a layered medium from its transmission response||Inf. Sci.:31:3:1983:189-197|Seismogram
J|0413|Holzlohner,U.+Auersch,L.|Propagation of shock waves at the surface of heterogeneous soil grounds||Int. J. numer. analyt. Meth. Geomech.:8:1:1984:57-70|Heterogeneous medium+Finite element method
J|0414|Vardoulakis,I.|Torsional surface waves in inhomogeneous elastic media||Int. J. numer. analyt. Meth. Geomech.:8:3:1984:287-296|Elastic medium+Soil mechanics
J|0415|Yeremyan,B.Ts.|Seismic fault zones of the southeastern part of the Caucasus|In Russian with Armenian and English abstracts|Izv. Akad. Nauk armyan. SSR, Nauki Zemle:36:5:1983:46-55|Seismotectonics+Armenia
J|0416|Saakyan,A.A.+Gedakyan,E.G.+Sargsyan,G.V.|Results of a study of the mean regional hodograph of the Armenian plateau|In Russian|Izv. Akad. Nauk armyan. SSR, Nauki Zemle:36:6:1983:80-85|Earthquake+Epicentre
J|0417|Kuznetsova,L.V.+Rudenko,G.Ye.+Khudzinskii,L.L.|Characteristics of average velocities in media from sonic and seismic diagraphy data|In Russian|Izv. vyssh. ucheb. Zaved., Geol. Razv.::1:1984:88-91|Velocity
J|0418|Golubovskii,V.A.+Golubovskaya,Ye.V.|Elastic vibration in the course of the various states of media phases|In Russian|Izv. vyssh. ucheb. Zaved., Geol. Razv.::3:1984:30|Seismicity
J|0419|Kiselev,N.N.|Recommendations for and exploitation of the organization and technology relating to underground seismic prospecting works in the Moscow Basin mine|In Russian|Izv. vyssh. ucheb. Zaved., Geol. Razv.::3:1984:148
J|0420|Perepelkin,V.V.|Study of the characteristics of frequencies of various types of waves in relation to the composition of rocks by means of P and S spectra|In Russian|Izv. vyssh. ucheb. Zaved., Geol. Razv.::5:1984:85|Reflexion+P-wave+S-wave
J|0421|Gusev,B.V.+Pavlov,A.S.+Frolov,A.D.|Scale model of an apparatus with electric excitation with a view to studying the seismoelectric effect of permafrosts|In Russian|Izv. vyssh. ucheb. Zaved., Geol. Razv.::5:1984:90|Instrument+Risk
J|0422|Kuznetsov,O.L.+Rudenko,G.Ye.+Khudzinskii,L.L.+|Application of data from observations of seismo-sonic diagraphy to the optimization of the distribution of prospecting networks by means of soundings|In Russian|Izv. vyssh. ucheb. Zaved., Geol. Razv.::7:1984:117|Oil+Gas
J|0423|Satake,K.|Determination of source parameters of deep earthquakes around Japan from long-period Rayleigh waves||J. Fac. Sci. Hokkaido Univ., Ser. 7 (Geophys.):7:4:1984:269-280|Deep-focus earthquake
J|0424|Sasatani,T.|Synthesis of S-coupled PL waves||J. Fac. Sci. Hokkaido Univ., Ser. 7 (Geophys.):7:4:1984:307-326|S-wave+PL-wave+Crust+Mantle
J|0425|Einarsson,P.+Brandsdottir,B.|Seismic activity preceding and during the 1983 volcanic eruption in Grimsvotn, Iceland|With Icelandic abstract|Jokull::34:1984:13-24|Prediction+Volcanism
J|0426|Brandsdottir,B.|Seismic activity in Vatnajokull in 1900-1982 with special reference to Skei Nondararhlaups, Skaftarhlaups and Vatnajokull eruptions|With Icelandic abstract|Jokull::34:1984:141-150|Volcanism+Iceland+Prediction
J|0427|Dikmen,S.U.+Ghaboussi,J.|Effective stress analysis of seismic response and liquefaction: theory and case studies||J. geotech. Engng Div. Am. Soc. civ. Engrs:110:5:1984:628-658
J|0428|Chang,C-J.+Chen,W.F.+Yao,J.T.P.|Seismic displacements in slopes by limit analysis||J. geotech. Engng Div. Am. Soc. civ. Engrs:110:7:1984:860-874|Loading+Rupturing
J|0429|Ghaboussi,J.+Hendron,A.J.|Seismic hydrodynamic forces on rock slopes||J. geotech. Engng Div. Am. Soc. civ. Engrs:110:8:1984:1042-1058|Loading+Hydrodynamics
J|0430|O'Rourke,M.J.+Castro,G.+Hossain,I.|Horizontal soil strain due to seismic waves||J. geotech. Engng Div. Am. Soc. civ. Engrs:110:9:1984:1173-1187|Displacement+Loading
J|0431|Zaman,M.M.+Desai,C.S.+Drumm,E.C.|Interface model for dynamic soil-structure interaction||J. geotech. Engng Div. Am. Soc. civ. Engrs:110:9:1984:1257-1273|Finite element method
J|0432|Bolognesi,A.J.L.|Chimney drains to control seismic pore pressures||J. geotech. Engng Div. Am. Soc. civ. Engrs:110:9:1984:1342-1364|Earth dam+Loading+Barrage
J|0433|Rasson,J.+De Meyer,F.|Measurement of the transfer function of seismic channels||J. Phys., E:17:5:1984:394-397|Precise measurement
J|0434|Chakrabarti,A.K.+Bhattacharya,A.B.|Precursory phenomena for predicting earthquakes - a review||J. scient. ind. Res.:43:8:1984:422-435|India+Prediction
J|0435|Yuan,A.T.E.+McNutt,S.R.+Harlow,D.H.|Seismicity and eruptive activity at Fuego Volcano, Guatemala: February 1975-January 1977||J. Volc. geotherm. Res.:21:3-4:1984:277-296|Volcanism+1975-1977
J|0436|Kieffer,S.W.|Seismicity at Old Faithful geyser: an isolated source of geothermal noise and possible analogue of volcanic seismicity||J. Volc. geotherm. Res.:22:1-2:1984:59-95|Geothermy+Yellowstone National Park+Wyoming
J|0437|Yu,S-J.|Variation of aftershock patterns and prediction of strong aftershocks|English edition|Kexue Tongbao:29:4:1984:516-519|China+Longling+Xingtai+1966+1976
J|0438|Wang,L-Q.+Li,S-Y.|Focal mechanism and plate tectonic theory in Xinjiang, China|English edition|Kexue Tongbao:29:5:1984:651-655|Plate tectonics+Seismicity+Fault
J|0439|Le Douaran,S.+Burrus,J.+Avedik,F.|Deep structure of the north-western Mediterranean basin: results of a two-ship seismic survey||Mar. Geol.:55:3-4:1984:325-345|Refraction study+Reflexion study
J|0440|Recq,M.+Rehault,J.P.+Steinmetz,L.+|Crustal thinning and oceanic accretion in the central Tyrrhenian basin from seismic refraction data|In French with English abstract|Mar. Geol.:55:3-4:1984:411-428|Thickness+Tyrrhenian Sea
J|0441|Rehault,J.P.+Bethoux,N.|Earthquake relocation in the Ligurian Sea (Western Mediterranean): geological interpretation||Mar. Geol.:55:3-4:1984:429-445
J|0442|Papadopoulos,G.A.+Chalkis,B.J.|Tsunamis observed in Greece and the surrounding area from antiquity up to the present times||Mar. Geol.:56:1-4:1984:309-317|History+Catalogue
J|0443|Scrutton,R.A.+Stow,D.A.V.|Seismic evidence for Early Tertiary bottom-current controlled deposition in the Charlie-Gibbs Fracture zone||Mar. Geol.:56:1-4:1984:325-334|Sediment
J|0444|e*Johnson,D.A.|Research on the Vema channel||Mar. Geol.:58:1-2:1984:1-274|Vema fracture zone
J|0445|Williams,C.A.+Louden,K.E.+Tanner,S.J.|The western intersection of Oceanographer fracture zone with the Mid-Atlantic Ridge||Mar. geophys. Res.:6:2:1984:143-158|Bathymetry+Fault+Reflexion study
J|0446|Tanner,S.J.+Williams,C.A.|A detailed survey near Mount Eratosthenes, eastern Mediterranean||Mar. geophys. Res.:6::1984:205-222
J|0447|Bowen,A.N.|A high-resolution seismic profiling system using a deep-towed horizontal hydrophone streamer||Mar. geophys. Res.:6:3:1984:275-294|Reflexion study+Vema fracture zone
J|0448|Hutchinson,D.R.+Detrick,R.S.|Water gun vs air gun: a comparison||Mar. geophys. Res.:6:3:1984:295-310|Source+Air cannon+Reflexion study
J|0449|Parson,L.M.+Masson,D.G.+Pelton,C.D.+|Seismic stratigraphy and structure of the east Canadian continental margin between 41 and 52degreesN|With French abstract|Can. J. Earth Sci.:22:5:1985:686-703|Canada+Grand Banks
J|0450|Luco,J.E.|On strong ground motion estimates based on models of the radiated spectrum||Bull. seism. Soc. Am.:75:3:1985:641-649|Acceleration+Peak
J|0451|Langston,C.A.+Franco-Spera,M.|Modelling of the Koyna, India, aftershock of 12 December 1967||Bull. seism. Soc. Am.:75:3:1985:651-660
J|0452|Eyidogan,H.+Nabelek,J.L.+Toksoz,M.N.|The Gazli, USSR, 19 March 1984 earthquake: the mechanism and tectonic implications||Bull. seism. Soc. Am.:75:3:1985:661-675|Focal mechanism+Tectonics+Uzbekistan||#*GAZLI3
J|0453|Das,S.+Boatwright,J.|The breaking of a single asperity: analysis of an aftershock of the 1975 Oroville, California, earthquake||Bull. seism. Soc. Am.:75:3:1985:677-687
J|0454|Liu,H-L.+Helmberger,D.V.|The 23:19 aftershock of the 15 October 1979 Imperial Valley earthquake: more evidence for an asperity||Bull. seism. Soc. Am.:75:3:1985:689-708|California
J|0455|Tse,S.T.+Dmowska,R.+Rice,J.R.|Stressing of locked patches along a creeping fault||Bull. seism. Soc. Am.:75:3:1985:709-736|Plate motion
J|0456|Webb,T.H.+Kanamori,H.|Earthquake focal mechanisms in the Eastern Transverse Ranges and San Emigdio Mountains, southern California and evidence for a regional decollement||Bull. seism. Soc. Am.:75:3:1985:737-757
J|0457|Savage,M.K.+Meyer,R.P.|Aftershocks of an M=4.2 earthquake in Hawaii and comparison with long-term studies of the same volume||Bull. seism. Soc. Am.:75:3:1985:759-777|1982+Kilauea||#*KILAUEA
J|0458|Thurber,C.H.|Nonlinear earthquake location: theory and examples||Bull. seism. Soc. Am.:75:3:1985:779-790|Linearization+Local earthquake+Geiger's method
J|0459|Pulpan,H.+Frohlich,C.|Geometry of the subducted plate near Kodiak Island and Lower Cook Inlet, Alaska, determined from relocated earthquake hypocentres||Bull. seism. Soc. Am.:75:3:1985:791-810|Subduction+Location
J|0460|Louie,J.N.+Allen,C.R.+Johnson,D.C.+|Fault slip in southern California||Bull. seism. Soc. Am.:75:3:1985:811-833|Fault-slip
J|0461|Hanks,T.C.+Wallace,R.E.|Morphological analysis of the Lake Lahontan shoreline and beachfront fault scarps, Pershing County, Nevada||Bull. seism. Soc. Am.:75:3:1985:835-846|Lahontan, L.+Morphology
J|0462|Levander,A.R.+Hill,N.R.|P-SV resonances in irregular low-velocity surface layers||Bull. seism. Soc. Am.:75:3:1985:847-864|P-wave+SV-wave+Layered medium
J|0463|Kanasewich,E.R.+Chiu,S.K.L.|Least-squares inversion of spatial seismic refraction data||Bull. seism. Soc. Am.:75:3:1985:865-880|Least squares solution+Reflexion data
J|0464|Arieh,E.+Rotstein,Y.|A note on the seismicity of Israel (1900-1982)||Bull. seism. Soc. Am.:75:3:1985:881-887
J|0465|Acharya,H.K.|Comment on `Seismic potential associated with subduction in the northwestern United States' by T.H. Heaton and H. Kanamori||Bull. seism. Soc. Am.:75:3:1985:889-892|Comments+Seismicity+Juan de Fuca|With a reply by the authors
J|0466|Duennebier,F.K.+Sutton,G.H.+Harris,D.+|A simple shaker table for seismometer calibration||Mar. geophys. Res.:6:3:1984:311-328|Shake table+Geophone
J|0467|Gregersen,S.|Crustal structure anomalies detected with Lg waves in grabens near continental margins in Greenland and in the North Sea||Mar. geophys. Res.:6:4:1984:409-413|Lg-wave
J|0468|Collins,J.A.+Koelsch,D.E.+Purdy,G.M.|Seismic reflection profiling with a deep-towed vertical hydrophone array||Mar. geophys. Res.:6:4:1984:415-431|Instrument+Reflexion study
J|0469|Herber,R.+Snoek,M.|Increased efficiency of chemical charges in refraction seismic experiments at sea||Mar. geophys. Res.:6:4:1984:433-446|Source+Marine seismic investigation+Hydrophone
J|0470|Heffler,D.E.|An ocean bottom seismometer release by electrolytic corrosion||Mar. geophys. Res.:6:4:1984:447-454|OBS System+Instrument
J|0471|Chakrabarty,S.K.|The usefulness of geomagnetic observations for predicting earthquakes||Mausam:35:2:1984:213-218|Prediction+Geomagnetic investigation
J|0472|Metzger,A.G.|The northeast Mississippi earthquakes of 29 January and 5 February 1983||Miss. Geol.:3:4:1983:8-9|||#*MISSISS
J|0473||Earthquakes and earth tides||Naturw. Rdsch.:36:12:1983:538|California
J|0474|Akopov,Yu.I.+Lozinskii,Z.N.+Mikael'yan,G.I.|A method of evaluating the accuracy of calculation for static corrections|In Russian|Neftegaz. Geologiya Geofiz.::1:1983:22-24|Multiple cover+Precise measurement
J|0475|Krylov,I.B.+Luginets,A.I.|Controlling signal characteristics in Vibroseis surveys|In Russian|Neftegaz. Geologiya Geofiz.::8:1983:14-15|Signal-to-noise ratio
J|0476|Shaginyan,A.S.+Tsimmerman,V.V.+Ginzburg,V.S.|Development of methods for theoretical analysis of the dynamic process of seismic wave radiation from a vibrating source|In Russian|Neftegaz. Geologiya Geofiz.::10:1983:14-15|Layered medium+Elastic medium+Vibration
J|0477|Giese,P.+Markris,J.+Akasheh,B.+|The crustal structure in southern Iran derived from seismic explosion data||Neues Jb. Geol. Palaont. Abh.:168:2-3:1984:230-243|Explosion seismology+Thickness
J|0478|Akasheh,B.+Berckhemer,H.|Focal mechanism of earthquakes in Iran with special emphasis on small shocks in the Tehran region||Neues Jb. Geol. Palaont. Abh.:168:2-3:1984:244-255|Seismotectonics
J|0479|Bernard,E.|Tsunami research plan for the United States||Newsl. EERI:17:1:1983:29-35|Prediction
J|0480|Yasue,T.+Iwasaki,T.+Sasaki,Y.+|Report of the Urakawa-Oki earthquake of March 21, 1982||Newsl. EERI:17:1:1983:72-86|Japan||#*URAKAWA
J|0481|Lara G.,M.A.|El Salvador earthquake of June 19 1982||Newsl. EERI:17:1:1983:87-96|||#*ELSALVADOR
J|0482|Meehan,J.F.|Reconnaissance report of the January 1983 Mammoth Lakes earthquake swarm||Newsl. EERI:17:2:1983:65-71|Long Valley+California||#*LONGVALLEY
J|0483|Black,W.E.+Singh,J.P.+Bilham,R.+|Application of ground penetrating radar to palaeoseismicity studies||Newsl. EERI:17:3:1983:28-31|Seismicity+San Andreas Fault
J|0484|Page,W.D.|Popayan earthquake of 31 March 1983; geologic and seismologic aspects||Newsl. EERI:17:4:1983:51-59|Colombia||#*POPAYAN
J|0485|Garcia,L.E.+Sarria,A.|Popayan, Colombia earthquake of March 31, 1983; engineering aspects; preliminary report||Newsl. EERI:17:4:1983:60-70|Earthquake engineering||#*POPAYAN
J|0486|Nelson,C.S.|Assessment of New Zealand Geological Survey, DSIR report on seismotectonic hazard of the Clyde Dam site||Newsl. geol. Soc. N.Z.::63:1984:14-18|Barrage+Dam+Reservoir
J|0487|Bradshaw,M.A.+Weeber,J.H.|Note on the Godley River earthquake of 25 June 1984||Newsl. geol. Soc. N.Z.::66:1984:15-16|New Zealand||#*GODLEY
J|0488|Kogbe,C.A.+Delbos,L.|The recent Guinean earthquake; probable origin and geographic implications|With French abstract|Pangea::2:1984:17-19|1983+West Africa||#*GUINEA
J|0489|Kasina,Z.|The problem of elastic wave attenuation in seismic prospecting|In Polish with English abstract|Pr. geol.:128::1983:1-51|Signal+Algorithm
J|0490|Kondratovich,Yu.V.+Kondratovich,T.S.+Bereza,V.A.|Establishment of detailed profiles by means of data processing of reflected wave spectra and sonic diagraphy|In Russian|Prikl. Geofiz.::107:1983:3-14
J|0491|Shkirman,N.P.+Zemtsov,Ye.Ye.|Influence of the parameters of rock-stores of layers on the coefficient of absorption of seismic waves|In Russian|Prikl. Geofiz.::107:1983:14-20|Oil+Gas
J|0492|Babeshko,V.A.+Seleznev,M.G.+Shaginyan,A.S.|Optimization of the parameters of seismic vibration sources|In Russian|Prikl. Geofiz.::107:1983:21-26|Risk+Ground motion
J|0493|Holloway,S.+Chadwick,R.A.|The IGS Bruton borehole (Somerset, England) and its regional structural significance||Proc. Geol. Ass.:95:2:1984:165-174|Reflexion study
J|0494||Seismic signal processing|Special issue|Proc. Instn elect. electron. Engrs:72:10:1984:1233-1421|Data processing+Migration
J|0495|Goel,S.M.J.R.+Malasi,S.K.+Moharir,P.S.+|Estimation of the waiting time distributions of earthquakes||Proc. Indian Acad. Sci.:92:3:1983:223-237
J|0496|Moharir,P.S.+Gaur,V.K.|Hypothesis for earthquake occurrences||Proc. Indian Acad. Sci.:92:3:1983:261-281|India
J|0497||Faulting related to the 1915 earthquakes in Pleasant Valley, Nevada||Prof. Pap. U.S. geol. Surv.::1274:1984:1-47|Pershing County
J|0498|Otway,P.M.+Grindley,G.W.+Hull,A.G.|Earthquakes, active fault displacement and associated vertical deformation near Lake Taupo, Taupo volcanic zone||Rep. N.Z. geol. Surv.::110:1984:1-73|Volcanism
J|0499|Friedlander,S.|Internal oscillations in the earth's fluid core||Geophys. J. R. astr. Soc.:80:2:1985:345-361|Wave
J|0500|Yepinat'eva,A.M.+Berezina,G.A.|The relation of boundary velocity to the material composition of the basement|In Russian|Razv. Geofiz.:96::1983:3-9|Travel-times
J|0501|Yefimova,Ye.A.+Oblogina,T.I.|The effect of horizontal heterogeneity of materials on the accuracy of converting time sections at depth|In Russian|Razv. Geofiz.:96::1983:9-16|Precise measurement+Temporal variation
J|0502|Telegin,A.N.+Shmain,M.M.+Antonova,L.P.+|Anisotropy in the velocity of seismic wave propagation on Sakhalin|In Russian|Razv. Geofiz.:96::1983:16-22|Multiple cover
J|0503|Ivanov,G.A.+Pavlovskii,V.I.|The feasibility of using anisotropy of longitudinal and transverse wave velocity for evaluating stress of rocks, for example in the Monchegorsk ore region|In Russian|Razv. Geofiz.:96::1983:22-24|S-wave+USSR+P-wave
J|0504|Davydova,L.N.+Mikhal'tsev,A.V.+Mushin,I.A.+|Results of experiments on the basis of methods for the dynamic processing of seismic data|In Russian|Razv. Geofiz.:96::1983:24-32|Multiple cover
J|0505|Kondratovich,Yu.V.|A method of evaluating the accuracy of a determination of the dynamic characteristics of reflexions by means of experimental data|In Russian|Razv. Geofiz.:96::1983:32-39|Precise measurement
J|0506|Koryagin,V.V.+Shibayev,V.P.|Analysis of spectral-amplitude non-identity of conditions for excitation and reception|In Russian|Razv. Geofiz.:96::1983:39-46|Spectral analysis+Seismogram
J|0507|Solov'ev,V.S.|Experimental proof of the linearity of seismic processes and evaluation of the accuracy of determinations of wave spectra|In Russian|Razv. Geofiz.:96::1983:46-51|Precise measurement+Spectral analysis
J|0508|Grodzenskii,V.A.+Inozemtsev,A.N.+Lev,I.S.+|Characteristics of recording and computer processing of analogue Vibroseis data|In Russian|Razv. Geofiz.:96::1983:51-58|Data processing
J|0509|Kazais,V.I.+Cherskikh,V.I.|The principal demands on methods of seismic exploration in the central part of the Tunguska synclase|In Russian|Razv. Geofiz.:96::1983:58-66|USSR
J|0510|Bezruk,I.A.+Klyuchkin,V.N.+Levitskii,L.P.+|A method of normalizing the signal of a field formation|In Russian|Razv. Geofiz.:96::1983:70-75|Normalization
J|0511|Del Pezzo,E.+Ferulano,F.+Martini,M.|Spectral analysis of local earthquakes in the Aeolian Islands|In Italian|Rc. Soc. geol. ital.:5:2:1982:85-86|Lipari|Published in 1983
J|0512|Dramis,F.+Sorriso-Valvo,G.M.|Two cases of earthquake-triggered gravitational spreading in Algeria and in Italy|Supplement|Rc. Soc. geol. ital.:6::1984:7-10|Fault+Triggering agent
J|0513|Surinach,E.|Methods of numerical inversion and its application to the interpretation of seismic profiles|In Spanish with English abstract|Revta Geofis.:38:2:1982:155-166|Deep seismic sounding+Travel-times+Spain
J|0514|Herraiz,M.+Mezcua,J.|Recent improvement of the study of microseismic data based on coda analysis|In Spanish with English abstract|Revta Geofis.:38:2:1982:167-178|Q+France+Spain
J|0515|Munoz,D.+Udias,A.|History of the development of seismic catalogues of Spain|In Spanish with English abstract|Revta Geofis.:38:2:1982:189-193|Seismicity
J|0516|Lana,X.+Correig,A.M.|Fault length and rupture velocity determination from the directivity function of Love to Rayleigh waves|With Spanish abstract|Revta Geofis.:39:1:1983:23-34|Love wave+Rupturing
J|0517|Buforn,E.+Jimenez,M.J.+Udias,A.|Focal parameters of the earthquakes of 26 May 1975 and 1 January 1980 in the Azores-Gibraltar region and regional seismotectonics|In Spanish with English abstract|Revta Geofis.:39:1:1983:51-63|Focal mechanism||#*AZORES
J|0518|Martin,A.J.+Blazquez,R.|Calculation of seismic risk and earthquakes arising from the El Limosero, Malaga, dam|In Spanish with English abstract|Revta Geofis.:39:2:1983:119-138|Reservoir+Barrage+Spain
J|0519|Olivares,G.+Vidal,F.+De Miguel,F.|Three detection algorithms for seismic events|In Spanish with English abstract|Revta Geofis.:39:2:1983:139-144|Computer program
J|0520|Miragall,C.+Samartin,A.|Seismic response of layered soils in a nonlinear regime|In Spanish|Revta Obr. publ.:130:3213:1983:335-351|Layered medium+Numerical method
J|0521|Preumont,A.|Methods of spectral characterization of unsteady random processes with application to earthquakes. 1|In French|Revue roum. Sci. tech., Ser. Mec. appl.:28:2:1983:211-213
J|0522|Preumont,A.|Methods of spectral characterization of unsteady random processes with application to earthquakes. 2|In French|Revue roum. Sci. tech., Ser. Mec. appl.:28:3:1983:311-316|Mathematical method
J|0523|Preumont,A.|Methods of spectral characterization of unsteady random processes with application to earthquakes. 3|In French|Revue roum. Sci. tech., Ser. Mec. appl.:28:4:1983:367-385|Spectral analysis+Accelerogram
J|0524|Radu,C.+Rugina,I.+Winter,G.+|Dilatancy in brittle rocks||Revue roum. Sci. tech., Ser. Mec. appl.:28:4:1983:447-450|Rock mechanics+Prediction
J|0525|Cornea,I.+Misicu,M.+Oncescu,M.C.|Maximal and synthetic effects induced by a dislocation of slip fault type at the level of the earth's surface||Revue roum. Sci. tech., Ser. Mec. appl.:28:6:1983:563-574
J|0526|Kaplan,S.+Perla,H.F.+Bley,D.C.|A methodology for seismic risk analysis of nuclear power plants||Risk Analysis:3:3:1983:169-180|Seismicity
J|0527|Chakrabarti,A.K.+Bhattacharya,A.B.|Geochemical anomalies in the prediction of earthquakes||Sci. Cult.:49:12:1983:375-379|Radon+Geochemistry
J|0528|Shi,Z-L.+Huan,W-L.+Lu,S-D.+|On the characteristics of seismic activity in the centre and east of the Asian continent||Scientia sin., Ser. B:26:4:1983:438-448|Seismicity+Plate tectonics
J|0529|Yao,B-C.+Wang,G-Y.|Crustal structure of the South China Sea basin||Scientia sin., Ser. B:26:6:1983:648-661|Refraction study
J|0530|Mizuno,E.+Chen,W.F.|Plasticity models for seismic analyses of slopes||Soil Dyn. Earthq. Engng:3:1:1984:2-7|Stability+Finite element method
J|0531|Acharya,H.K.+Lucks,A.S.+Christian,J.T.|Seismic hazard in northeastern United States||Soil Dyn. Earthq. Engng:3:1:1984:8-18|Intensity+Probability
J|0532|Oner,M.|Shear vibration of inhomogeneous earth dams in rectangular canyons||Soil Dyn. Earthq. Engng:3:1:1984:19-26|Barrage+Dam
J|0533|Akiyoshi,T.+Fuchida,K.|Soil-pipeline interaction through a frictional interface during earthquakes||Soil Dyn. Earthq. Engng:3:1:1984:27-34|Vibration
J|0534|Zeng,X.+Cakmak,A.S.|Displacement and stresses caused by forces acting on the lateral surfaces of a crack in an infinite elastic medium||Soil Dyn. Earthq. Engng:3:1:1984:42-48|Fault
J|0535|Iwasaki,T.+Arakawa,T.+Tokida,K-Z.|Simplified procedures for assessing soil liquefaction during earthquakes||Soil Dyn. Earthq. Engng:3:1:1984:49-58|Pore pressure
J|0536|Chen,W.F.+Sawada,T.|Earthquake-induced slope failure in nonhomogeneous, anisotropic soils||Soils Found.:23:2:1983:125-139|Stability
J|0537|Ohmachi,T.+Yokoyama,H.|An iterative method for seismic stability analysis of three dimensional earth dams||Soils Found.:23:2:1983:155-164|Dam+Barrage
J|0538|Taniguchi,E.+Whitman,R.V.+Marr,W.A.|Prediction of earthquake-induced deformation of earth dams||Soils Found.:23:4:1983:126-132|Dam+Barrage
J|0539|Ishihara,K.+Perlea,V.|Liquefaction-associated ground damage during the Vrancea earthquake of March 4, 1977||Soils Found.:24:1:1984:90-112|Romania
J|0540|Bouckovalas,G.|Prediction of earthquake-induced deformation of earth dams. Discussion||Soils Found.:24:2:1984:120-121|Rock mechanics+Dam+Barrage
J|0541|Meissner,R.+Springer,M.+Fluh,E.R.|Tectonics of the Variscides in north-western Germany based on seismic reflection measurements||Spec. Publs geol. Soc. Lond.::14:1984:23-32|Variscan+Fault+Reflexion study
J|0542|Edwards,J.W.F.|Interpretations of seismic and gravity surveys over the eastern part of the Cornubian platform||Spec. Publs geol. Soc. Lond.::14:1984:119-124|Cornwall, England
J|0543|Brewer,J.A.|Clues to the deep structure of the European Variscides from crustal seismic profiling in North America||Spec. Publs geol. Soc. Lond.::14:1984:253-263|Variscan+Deep seismic sounding
J|0544|Stauber,D.A.|Crustal structure in northern Nevada from seismic refraction data||Spec. Rep. geotherm. Resour. Coun.:13::1983:319-332
J|0545|Vetter,U.R.+Ryall,A.S.+Sanders,C.O.|Seismological investigations of volcanic and tectonic processes in the western Great Basin, Nevada and eastern California||Spec. Rep. geotherm. Resour. Coun.:13::1983:333-343|Volcanism+Tectonics
J|0546|Zoback,M.L.+Anderson,R.E.|Style of Basin-Range faulting as inferred from seismic reflection data in the Great Basin, Nevada and Utah||Spec. Rep. geotherm. Resour. Coun.:13::1983:363-381|Reflexion data+Basin & Range
J|0547|Barber,A.J.|Crustal structure in the Scottish Highlands; a collage of amalgamated terranes||Stanford Univ. Publs geol. Sci.:18::1983:1-21|United Kingdom+Plate tectonics+Scotland
J|0548|Chung,W-Y.|Mode of strain release of three graben-associated earthquakes||Tectonics:2:4:1983:379-398|China+Mississippi+Nevada
J|0549|Fukao,Y.+Yamaoka,K.|Stress estimate for the highest mountain system in Japan||Tectonics:2:5:1983:453-471|Focal mechanism
J|0550|Chinn,D.S.+Isacks,B.L.|Accurate source depths and focal mechanisms of shallow earthquakes in western South America and in the New Hebrides island arc||Tectonics:2:6:1983:529-563|Shallow-focus earthquake
J|0551|Mercier,J-L.+Carey-Gailhardis,E.+Mouyaris,N.+|Structural analysis of recent and active faults and regional state of stress in the epicentral area of the 1978 Thessaloniki earthquakes (northern Greece)||Tectonics:2:6:1983:577-600
J|0552|Romanowicz,B.|GEOSCOPE: a new long period three component global seismic network||Terra cogn.:3:4:1983:301-305|World
J|0553|Christensen,U.|Large-scale mantle dynamics and the 670-km discontinuity||Terra cogn.:4:1:1984:59-66
J|0554|Ruff,L.J.|Time-predictable and slip-predictable models of earthquake occurrence||Terra cogn.:4:1:1984:67-70|Prediction+Rupturing
J|0555||Magnetospheric effects of seismic activity||Terra cogn.:4:3:1984:366-369|Magnetosphere+Ionosphere+Earthquake
J|0556|Althaus,E.+Behr,H.J.+Eder,F.W.+|`KTB'. Continental deep drilling programme of the Federal Republic of Germany||Terra cogn.:4:4:1984:389-397|Deep seismic sounding
J|0557|Boschi,E.|Seismology and related studies in Italy||Terra cogn.:4:4:1984:405-412|Network+Synthetic seismogram
J|0558|Husebye,E.S.+Ingate,S.F.+Thoresen,E.|Seismic arrays for everyone||Terra cogn.:4:4:1984:413-422|Prediction+Data processing
J|0559|Pavoni,N.|Earthquakes and global tectonics|In German with English abstract|Vjschr. naturf. Ges. Zurich:128:4:1983:213-231|World
J|0560|Galushkin,Yu.I.+Ushakov,S.A.|Evolution of oceanic crust thickness|In Russian|Zhizn' Zemli:18::1983:4-11
J|0561|Semenov,Ye.P.|The interpretation of P-waves in deep seismic sounding of the crust|In Russian|Zhizn' Zemli:18::1983:24-26|Travel-times
J|0562|Hiraiwa,Y.|Relation between swarm activity and strong earthquakes in Izu Peninsula|In Japanese with English abstract|Zisin:37:1:1984:1-12|Japan
J|0563|Imoto,M.|Temporal variation in the frequency-magnitude relation for the January 1983 Izu earthquake swarm, Japan|In Japanese with English abstract|Zisin:37:1:1984:13-22|||#*IZUSWARM
J|0564|Hatori,T.|Sea-level disturbance in the source area of the 1983 Nihonkai-Chubu tsunami. Relation between volume of the displaced water and seismic moment|In Japanese with English abstract|Zisin:37:1:1984:23-29|Japan Sea||#*SEAOFJAPAN
J|0565|Sugisaki,R.+Ido,M.+Takeda,H.+|Released gases from active faults (1) Carbon dioxide. Chemical features and fault activity|In Japanese with English abstract|Zisin:37:1:1984:45-54|Prediction
J|0566|Sugisaki,R.+Ido,M.+Takeda,H.+|Released gases from active faults (2) Hydrogen. Chemical features and fault activity|In Japanese with English abstract|Zisin:37:1:1984:55-65|Prediction
J|0567|Takahashi,M.+Kinoshita,S.+Nishizawa,O.+|Seismic wave velocity anisotropy in Westerly granite under true triaxial compression|In Japanese with English abstract|Zisin:37:1:1984:67-79
J|0568|Terashima,T.+Matumoto,T.|Induced seismicity and dam reservoirs. 2. The case of Tavera Reservoir, Dominican Republic|In Japanese with English abstract|Zisin:37:1:1984:81-88|Barrage
J|0569|Seino,M.|Statistical relations between magnitude, number and area of epicentral region, for earthquake clusters|In Japanese with English abstract|Zisin:37:1:1984:89-98|Correlation coefficient+Epicentre+Clustering
J|0570|Okano,K.+Kimura,J.+Kawatani,K.|Aftershock activity of the 1854 Nankai (Ansei) great earthquake|In Japanese with English abstract|Zisin:37:1:1984:99-108|Tsunami
J|0571|Ito,Y.|Microfractures induced by an explosion|In Japanese with English abstract|Zisin:37:1:1984:109-118|Mine+Japan
J|0572|Urabe,T.|Microcomputer-aided playback system for a direct analogue tape recording of seismic data|In Japanese|Zisin:37:1:1984:119-122|Data base
J|0573|Motoya,Y.|Waveform similarity of the twin Petegari earthquakes of October 3, 1981|In Japanese|Zisin:37:1:1984:125-129|Prediction+Correlation coefficient
J|0574|Ukawa,M.+Ohtake,M.|Peculiar microearthquake activity just beneath Mount Fuji|In Japanese|Zisin:37:1:1984:129-133|Japan+Fuji-san
J|0575|Onda,I.+Yoshiyama,R.|Maximum amplitude of dispersive waves and the airy phase arrival|In Japanese|Zisin:37:1:1984:133-135|Theoretical seismogram+Phase velocity+Group velocity
J|0576|Ohta,Y.+Oehashi,H.|A modification of the empirical equation for describing seismic intensity attenuation|In Japanese|Zisin:37:1:1984:136-138
A|0577|e*Attewell,P.B.+Taylor,R.K.|Ground movements and their effects on structures||1984:Glasgow, Scotland:Blackie|Ground motion|441p
A|0578|Berkhout,A.J.|Seismic migration: imaging of acoustic energy by wave field extrapolation. B. Practical aspects||1984:Amsterdam, Netherlands:Elsevier|Image+Data processing+Solid-earth geophysics|274p
A|0579|e*Bisztricsany,E.+Szeidovitz,G.|Proceedings of the seventeenth assembly of the European Seismological Commission, Budapest, 24-29 August, 1980||1983:Budapest:Akademiai Kiado||690p
A|0580|Borg,S.F.|Earthquake engineering: damage assessment and structural design||1983:Chichester, England:John Wiley & Sons||110p
A|0581|Bur'yanov,V.B.+Gordiyenko,V.V.+Kulik,S.N.+|Complex geophysical study of the tectonosphere of continents|In Russian|1983:Kiev:Naukova Dumka|Deep seismic sounding+Upper mantle|176p
A|0582|Camina,A.R.+Janacek,G.J.|Mathematics for seismic data processing and interpretation||1984:London:Graham & Trotman|Mathematical method|255p
A|0583|Cummings,G.E.+Cleland,L.L.+Smith,P.D.+|Proceedings. Seismic risk and heavy industrial facilities conference||1983:Livermore, California:Lawrence Livermore Laboratory||132p
A|0584|Davey,F.J.|Some processing trials on digital deep crustal seismic reflection data|Technical Note No. 88|1984:Wellington, N.Z.:Geophysics Div., D.S.I.R.|Data processing+Reflexion data+New Zealand|35p
A|0585|Drabek,T.E.+Mushkatel,A.H.+Kilijanek,T.S.|Earthquake mitigation policy: the experience of two States||1983:Boulder, Colorado:Inst. Behavioural Sci.|Risk+Planning|238p
A|0586|Fenet,B.+Tazieff,H.+Pezet,M.|Seismic risk in the southeast of France - myth or reality? From transactions of the colloquium on seismic risks, Cannes, 1981. Complete and updated|In French|1984:Nice, France:Conseil Regional Provence-Alpes Cote d'Azur||119p
A|0587|e*Fremd,V.M.+Shebalin,N.V.|Seismicity study of less active seismic zones in central Cuba|In Russian|1983:Moscow:Nauka Publishing House|Zoning+Risk|135p
J|0588|Keenan,R.E.+Dyer,I.|Noise from Arctic Ocean earthquakes||J. acoust. Soc. Am.:75:3:1984:819-825|T-wave
A|0589|Hay,E.A.+McAlester,A.L.|Physical geology: principles and perspectives, 2nd edition||1984:Englewood Cliffs, New Jersey:Prentice-Hall||463p
A|0590|e*Hudson,D.E.|Proceedings of the Golden Anniversary Workshop on strong motion seismometry||1983:Los Angeles, California:Univ. South California, Dept Civ. Engng|Strong-motion analysis+Instrument|143p
A|0591|e*Kozhova,O.M.+Kham'yanova,N.V.|Ecological and geological predictions|In Russian|1984:Novosibirsk:Nauka Publishing House|Geology+Ecology+Risk|217p
A|0592|McQuillin,R.+Bacon,M.+Barclay,W.+|An introduction to seismic interpretation: reflection seismics in petroleum exploration||1984:London:Graham & Trotman|Reflexion study+Data processing+Diagraphy|287p
A|0593|Menke,W.|Geophysical data analysis. Discrete inverse theory||1984:London:Academic Press|Data processing+Inversion|260p
A|0594|e*Pace,N.G.|Proceedings of the conference on acoustics and the sea-bed, Bath University, 1983||1983:Bath, England:Bath University Press|Bath, England+Data processing+Instrument+United Kingdom|436p
A|0595||Fourth MINTROP seminar on seismic data acquisition, 22-25 May, 1984, Neheim-Husten|In German|1984:Celle:Deutsche Verein. Erdolgeol. Erdolingenieure|Germany+Reflexion+Instrument|420p
A|0596|Mushin,I.A.|Construction of algorithms and graphs in processing data from seismic exploration|In Russian|1983:Moscow:Nedra Publishing House|Data processing|264p
A|0597|Nikonov,A.A.+Vakov,A.V.|Seismotectonics and earthquakes in the Pamirs and Tien Shan|In Russian|1983:Moscow:Nauka Publishing House|Prediction+Map|240p
J|0598|Kakuta,T.|Local earthquake swarm occurring in South Kyushu||J. Phys. Earth:32:3:1984:143-160|1981+Microearthquake+Japan
J|0599|Kikuchi,M.+Sudo,K.|Inversion of teleseismic P waves of the Izu-Oshima, Japan earthquake of January 14, 1978||J. Phys. Earth:32:3:1984:161-171|Izu-Oshima-kinkai+P-wave
J|0600|Asada,T.|Seismic anisotropy beneath the ocean||J. Phys. Earth:32:3:1984:177-178|Upper mantle+Velocity
J|0601|Ando,M.|ScS polarization anisotropy around the Pacific Ocean||J. Phys. Earth:32:3:1984:179-195|ScS-wave
J|0602|Hirahara,K.+Ishikawa,Y.|Travel time inversion for three-dimensional P-wave velocity anisotropy||J. Phys. Earth:32:3:1984:197-218|Travel-times+Japan
J|0603|Ishikawa,Y.|Anisotropic plate thickening model||J. Phys. Earth:32:3:1984:219-228|Thickness+Anisotropy+P-wave
J|0604|Kawasaki,I.+Kon'no,F.|Azimuthal anisotropy of surface waves and the possible type of the seismic anisotropy due to preferred orientation of olivine in the uppermost mantle beneath the Pacific Ocean||J. Phys. Earth:32:3:1984:229-244|Upper mantle
J|0605|Ida,Y.|Preferred orientation of olivine and anisotropy of the oceanic lithosphere||J. Phys. Earth:32:3:1984:245-257
J|0606|Toriumi,M.|Preferred orientation of olivine in mantle-derived peridotites and stress in the lithosphere||J. Phys. Earth:32:3:1984:259-271|Anisotropy
J|0607|Fujimura,A.|Preferred orientation of silicate spinel inferred from experimentally deformed aggregates of trevorite||J. Phys. Earth:32:3:1984:273-297|Anisotropy
J|0608|Hashida,T.+Shimazaki,K.|Determination of seismic attenuation structure and source strength by inversion of seismic intensity data: method and numerical experiment||J. Phys. Earth:32:4:1984:299-316
J|0609|Imagawa,K.+Mikami,N.+Mikumo,T.|Analytical and semi-empirical synthesis of near-field waveforms for investigating the rupture mechanism of major earthquakes||J. Phys. Earth:32:4:1984:317-338|Rupturing+Ground motion+Finite element method
J|0610|Krishna,V.G.+Kaila,K.L.|Upper mantle velocity structure in the New Guinea and Solomon Islands regions||J. Phys. Earth:32:4:1984:339-371|Travel-times
J|0611|Hashimoto,M.|Finite element modelling of deformations of the lithosphere at an arc-arc junction: the Hokkaido corner, Japan||J. Phys. Earth:32:4:1984:373-398|Finite element method
J|0612|Ishida,M.|The spatial distribution of earthquake hypocentres and the three-dimensional velocity structure in the Kanto-Tokai District, Japan||J. Phys. Earth:32:5:1984:399-422
J|0613|Taniguchi,K.+Oike,K.|Behaviour of fractured zones at the Yamasaki fault for teleseismic surface waves||J. Phys. Earth:32:5:1984:449-461|Japan
J|0614|Kanjo,K.+Karakama,I.+Matsu'ura,R.S.|Seismic activity of Mt. Fuji region detected by continuous observation of microearthquakes||J. Phys. Earth:32:5:1984:463-468|Fuji-san+Japan
J|0615|Matsu'ura,M.|Bayesian estimation of hypocentre with origin time eliminated||J. Phys. Earth:32:6:1984:469-483|Bayes' theorem
J|0616|Izutani,Y.|Source parameters relevant to heterogeneity of a fault plane||J. Phys. Earth:32:6:1984:511-529
J|0617|Dobrev,T.B.+Stanov,I.|Isostasy and vertical movements of the earth's crust in the territory of Bulgaria|In Russian with English abstract|Geologica balc.:15:2:1985:75-96|Crustal movement
J|0618|Doutsos,T.+Ferentinos,G.|Post-Alpine crustal deformation of the North Aegean region (Greece)|With Russian abstract|Geologica balc.:14:6:1984:37-46|Aegean Sea+Fault
J|0619|Karagyuleva,Yu.|Review of `Plateau uplift. The Rhenish shield - a case history' edited by K. Fuchs, K. von Gehlen, H. Malzer, H.Murawski and A. Semmel|In Russian|Geologica balc.:15:1:1985:85-87|Lithology
J|0620|Dziewonski,A.M.+Franzen,J.E.+Woodhouse,J.H.|Centroid-moment tensor solutions for July-September, 1984||Physics Earth planet. Interiors:38:4:1985:203-213
J|0621|Abe,K.|Quantification of major earthquake tsunamis of the Japan Sea||Physics Earth planet. Interiors:38:4:1985:214-223
J|0622|Ellis,R.M.+Denham,D.|Structure of the crust and upper mantle beneath Australia from Rayleighand Love-wave observations||Physics Earth planet. Interiors:38:4:1985:224-234|Rayleigh wave+Love wave+Crustal structure
J|0623|Teisseyre,R.|New earthquake rebound theory||Physics Earth planet. Interiors:39:1:1985:1-4|Precursor
J|0624|Arsene,Gr.+Moldoveanu,N.|Review of `Exploration seismology, Vols 1 & 2' by R.E. Sheriff and L.P. Geldart||Physics Earth planet. Interiors:39:1:1985:72-73|Data processing+Data acquisition+History+Theory
J|0625|Lefevre,L.V.+McNally,K.C.|Stress distribution and subduction of aseismic ridges in the Middle America subduction zone||J. geophys. Res.:90:6:1985:4495-4510|Middle America Trench
J|0626|McCaffrey,R.+Molnar,P.+Roecker,S.W.|Microearthquake seismicity and fault plane solutions related to arc-continent collision in the eastern Sunda Arc, Indonesia||J. geophys. Res.:90:6:1985:4511-4528
J|0627|Bosher,R.+Duennebier,F.K.|Seismicity associated with the Christmas 1965 event at Kilauea Volcano||J. geophys. Res.:90:6:1985:4529-4536|Volcanism+Hawaii
J|0628|Doser,D.I.|Source parameters and faulting processes of the 1959 Hebgen Lake, Montana, earthquake sequence||J. geophys. Res.:90:6:1985:4537-4555
J|0629|Beydoun,W.B.+Cheng,C.H.+Toksoz,M.N.|Detection of open fractures with vertical seismic profiling||J. geophys. Res.:90:6:1985:4557-4566
J|0630|Rinehart,E.|Shear wave generation of near-surface spall||J. geophys. Res.:90:6:1985:4567-4576
J|0631|Kiremidjian,A.S.|Reliability of structures subjected to differential fault slip||Earthq. Engng struct. Dyn.:12:5:1984:603-618|Fault-slip+Building+Displacement+Earthquake engineering
J|0632|Wu,S.T.+Leyendecker,E.V.|Dynamic eccentricity of structures subjected to S-H waves||Earthq. Engng struct. Dyn.:12:5:1984:619-628|Building+Earthquake engineering+Torsion+SH-wave
J|0633|Fenves,G.+Chopra,A.K.|Earthquake analysis of concrete gravity dams including reservoir bottom absorption and dam-water-foundation rock interaction||Earthq. Engng struct. Dyn.:12:5:1984:663-680|Barrage
J|0634|Pan,T-C.+Kelly,J.M.|Seismic response of base-isolated structures with vertical-rocking coupling||Earthq. Engng struct. Dyn.:12:5:1984:681-702|Base isolation system+Building
J|0635|Grandori,G.+Guagenti,E.+Perotti,F.|Some observations on the probabilistic interpretation of short-term earthquake precursors||Earthq. Engng struct. Dyn.:12:6:1984:749-760|Probability+Statistical method
J|0636|Ohtsuki,A.+Yamahara,H.+Tazoh,T.|Effect of lateral inhomogeneity on seismic waves, 2. Observations and analyses||Earthq. Engng struct. Dyn.:12:6:1984:795-816
J|0637|Rega,G.+Vestroni,F.|Statistical analysis of the inelastic response of shear structures subjected to earthquakes||Earthq. Engng struct. Dyn.:12:6:1984:833-846|Statistical method+Inelasticity
J|0638|Anagnostopoulos,S.A.|Discussion on `The comparative performance of seismic response spectrum combination rules in building analysis' by B.F. Maison, C.F. Neuss and K. Kasai||Earthq. Engng struct. Dyn.:12:6:1984:851-852|Structure+Comments
J|0639|Smeby,W.+Der Kiureghian,A.|Modal combination rules for multicomponent earthquake excitation||Earthq. Engng struct. Dyn.:13:1:1985:1-12
J|0640|Fenves,G.+Chopra,A.K.|Effects of reservoir bottom absorption and dam-water-foundation rock interaction on frequency response functions for concrete gravity dams||Earthq. Engng struct. Dyn.:13:1:1985:13-31|Barrage
J|0641|Wang,G-Y.|Two-stage comprehensive evaluation of earthquake intensity and its application||Earthq. Engng struct. Dyn.:13:1:1985:67-73|Mathematical method
J|0642|Wang,L.R-L.|A refined seismic analysis and design of buried pipeline for fault movement||Earthq. Engng struct. Dyn.:13:1:1985:75-96|Prediction
J|0643|Anderson,J.G.|Two observations about low-frequency signals on accelerograms from the October 15, 1979 Imperial Valley, California earthquake||Earthq. Engng struct. Dyn.:13:1:1985:97-108|Data processing
J|0644|Coe,C.J.+Prevost,J.H.+Scanlan,R.H.|Dynamic stress wave reflections/attenuation: earthquake simulation in centrifuge soil models||Earthq. Engng struct. Dyn.:13:1:1985:109-128|Reflexion+Structure
J|0645|Gersch,W.+Kitagawa,G.|A time-varying AR coefficient model for modelling and simulating earthquake ground motion||Earthq. Engng struct. Dyn.:13:2:1985:243-254|Simulation+Autoregression
J|0646|Tso,W.K.+Sadek,A.W.|Inelastic seismic response of simple eccentric structures||Earthq. Engng struct. Dyn.:13:2:1985:255-269|Inelasticity+Eccentricity
J|0647|Housner,G.W.|Review of `Introduction to earthquake engineering, 2nd edition' by S. Okamoto||Earthq. Engng struct. Dyn.:13:2:1985:278
A|0648|Okamoto,S.|Introduction to earthquake engineering, 2nd edition||1984:Tokyo:University of Tokyo Press||652p
J|0649|Plint,A.G.|Possible earthquake-induced soft-sediment faulting and remobilization in Pennsylvanian alluvial strata, southern New Brunswick, Canada|With French abstract|Can. J. Earth Sci.:22:6:1985:907-912|Alluvium+Triggering agent
J|0650|Peres,O.|The inhomogeneities in the 1904-1980 strong earthquakes instrumental data from seismic catalogues|In Russian|Izv. Akad. Nauk SSSR, Fiz. Zemli::10:1984:5-16
J|0651|Nersesov,I.L.+Teitel'baum,Yu.M.|On the stable evaluation of seismic activity|In Russian|Izv. Akad. Nauk SSSR, Fiz. Zemli::10:1984:17-25|Seismicity
J|0652|Samarov,Ye.L.|An explosion cavity expansion in saturated dilatant soils|In Russian|Izv. Akad. Nauk SSSR, Fiz. Zemli::10:1984:26-33|Saturation
J|0653|Strakhov,V.N.|Review of `The development of Soviet exploration geophysics during 1917-1941' by T.D. Il'ina|In Russian|Izv. Akad. Nauk SSSR, Fiz. Zemli::10:1984:102-110|USSR
J|0654|Guberman,Sh.A.+Pikovskii,Yu.I.|Seismogenic disjunctive points with implications for regularities in the occurrence of oil-and-gas fields|In Russian|Izv. Akad. Nauk SSSR, Fiz. Zemli::11:1984:10-17|Regularity
J|0655|Rogozhin,Ye.A.+Borisov,B.A.|On geological features common to the earthquakes occurring in some seismically active areas of the Kopet-Dag range and the Dinarides|In Russian|Izv. Akad. Nauk SSSR, Fiz. Zemli::11:1984:18-28|Geology
J|0656|Barzam,V.A.|Calculation of the dynamic characteristics of seismic waves in a layered porous saturated medium|In Russian|Izv. Akad. Nauk SSSR, Fiz. Zemli::11:1984:29-42|Layered medium+Porous medium+Saturation
J|0657|Devitsyn,V.M.|An interpretation of both gravity and seismic borehole data and surface gravity measurements for the case of a three-dimensional layered medium|In Russian|Izv. Akad. Nauk SSSR, Fiz. Zemli::11:1984:43-54
J|0658|Yepinat'eva,A.M.+Zhurba,M.N.+Kurilenko,Ye.I.|Seismic wave propagation in tectonically faulted media|In Russian|Izv. Akad. Nauk SSSR, Fiz. Zemli::11:1984:102-109|Tectonics
J|0659|Bakiyev,M.Kh.+Kireyenkova,S.M.+Ibragimov,A.Kh.|P-velocities and densities of Uzbekistan rocks in high P-T conditions|In Russian|Izv. Akad. Nauk SSSR, Fiz. Zemli::11:1984:110-118|P-wave+Velocity+Density+Pressure+Temperature
J|0660|Zobin,V.M.+Chirkova,V.N.|Spectral precursors of the Petropavlovsk earthquake of December 24 1971|In Russian|Izv. Akad. Nauk SSSR, Fiz. Zemli::12:1984:25-35
J|0661|Chelidze,T.L.|On the retrospective statistical analysis of the efficiency of precursors|In Russian|Izv. Akad. Nauk SSSR, Fiz. Zemli::12:1984:36-39|Statistical method+Accuracy
J|0662|Nikitin,A.A.+Klenchin,A.N.|Component analysis in the problems of geophysical data processing and inversion|In Russian|Izv. Akad. Nauk SSSR, Fiz. Zemli::12:1984:40-52
J|0663|Gol'tsman,F.M.+Karayev,N.A.+Kalinin,D.F.|Statistical methods of locating lithological disturbances|In Russian|Izv. Akad. Nauk SSSR, Fiz. Zemli::12:1984:53-67|Lithology+Location
J|0664|Valyashko,G.M.+Strakhov,V.N.|Filtering and differentiating experimental geophysical data using the adaptive regularization method|In Russian|Izv. Akad. Nauk SSSR, Fiz. Zemli::12:1984:68-79|Data processing
J|0665|Nikonov,A.A.+Yakushko,G.G.|Vertical movements of the earth's crust associated with Kuril Islands earthquakes|In Russian|Izv. Akad. Nauk SSSR, Fiz. Zemli::12:1984:95-101|Crustal movement
J|0666|Solov'ev,S.L.+Kechekezyan,K.A.|Hypocentral regions of aftershocks and possible faulting systems in the focal zones of Kuril Islands tsunamigenic earthquakes|In Russian|Izv. Akad. Nauk SSSR, Fiz. Zemli::1:1985:3-15|Hypocentre
J|0667|Gokhberg,M.B.+Gufel'd,I.L.+Gershenzon,N.I.+|The electromagnetic effects of crustal fracturing|In Russian|Izv. Akad. Nauk SSSR, Fiz. Zemli::1:1985:72-87|Fracture+Electromagnetism
J|0668|Rykunov,A.L.+Smirnov,V.B.|Seismicity variations due to lunar-solar tidal deformations|In Russian|Izv. Akad. Nauk SSSR, Fiz. Zemli::1:1985:97-103|Solar tide+Lunar tide
J|0669|Budyanskii,Yu.A.|Evaluating parameters of inversion schemes in exploration geophysics|In Russian|Izv. Akad. Nauk SSSR, Fiz. Zemli::1:1985:104-109
J|0670|Ryaboi,V.Z.|The structure of the lower lithosphere and asthenosphere from seismic studies in the central and eastern parts of northern Eurasia|In Russian|Izv. Akad. Nauk SSSR, Fiz. Zemli::2:1985:26-39
J|0671|Surnev,V.B.|The Born approximation in the problem of elastic wave scattering by a local inhomogeneity|In Russian|Izv. Akad. Nauk SSSR, Fiz. Zemli::2:1985:40-46
J|0672|Bykov,V.G.+Vorob'ev,F.A.|Seismic pulse attenuation in a porous water-saturated medium|In Russian|Izv. Akad. Nauk SSSR, Fiz. Zemli::2:1985:91-95|Saturation+Porous medium
J|0673|Shirokova,Ye.I.|`Non-shear'-type earthquakes|In Russian|Izv. Akad. Nauk SSSR, Fiz. Zemli::3:1985:29-40
J|0674|Gorbunova,I.V.+Salov,B.G.+Sobolev,G.A.+|On the determination of the length and propagating velocity of a rupture, from seismic and acoustic data|In Russian|Izv. Akad. Nauk SSSR, Fiz. Zemli::3:1985:41-48|Acoustics+Rupturing
J|0675|Morgunov,V.A.|On the electromagnetic radiation associated with seismic activity|In Russian|Izv. Akad. Nauk SSSR, Fiz. Zemli::3:1985:77-85|Electromagnetism+Seismicity
J|0676|Yakubov,V.A.|An upper mantle model assuming linear elasticity and azimuthal anisotropy|In Russian|Izv. Akad. Nauk SSSR, Fiz. Zemli::3:1985:86-90
J|0677|Antokol'skii,M.L.|On the physical principles underlying the common depth point method|In Russian|Izv. Akad. Nauk SSSR, Fiz. Zemli::3:1985:91-94
J|0678|Shalashov,G.M.|On the feasibility of nonlinear Vibroseis exploration|In Russian|Izv. Akad. Nauk SSSR, Fiz. Zemli::3:1985:95-97
J|0679|Bilgeri,D.+Carlini,A.+Mazzotti,A.|Use of the two-dimensional transform in seismic processing for multiple removal|With Italian abstract|Boll. Geofis. teor. appl.:26:104:1984:157-176|Data processing+Filtering+Fourier transform+Multiple reflexion
J|0680|Salvador,L.|Integrated approach of design, acquisition and processing for optimum land 3D seismics|With Italian abstract|Boll. Geofis. teor. appl.:26:104:1984:177-209|Data acquisition+Data processing
J|0681|Bath,M.|A note on Fennoscandian aftershocks|With Italian abstract|Boll. Geofis. teor. appl.:26:104:1984:211-220
J|0682|Papadopoulos,G.A.+Pavlides,S.B.|Shallow seismogenic layer in the outer part of the Hellenic arc|With Italian abstract|Boll. Geofis. teor. appl.:26:104:1984:221-227|1911-1980+Seismicity+Aegean Sea
J|0683||Review of `Physics and evolution of the earth's interior, Vol. 1. Constitution of the earth's interior' edited by J. Leliwa-Kopystynski and R. Teisseyre||Boll. Geofis. teor. appl.:26:104:1984:259
J|0684||Review of `Seismicity and seismic risk in the offshore North Sea area' edited by A.R. Ritsema and A. Gurpinar||Boll. Geofis. teor. appl.:26:104:1984:260
J|0685||Review of `Principles of geodynamics, 3rd edition' by A.E. Scheidegger||Boll. Geofis. teor. appl.:26:104:1984:260
J|0686||Review of `Recent crustal movements, 1982' edited by P. Vyskocil, A.M. Wassef and R. Green||Boll. Geofis. teor. appl.:26:104:1984:260
J|0687|Bilgeri,D.+Cardamone,M.|Analysis of phase static corrections in reflection seismics|With Italian abstract|Boll. Geofis. teor. appl.:27:105:1985:3-13|Reflexion study
J|0688|Vesnaver,A.|Adaptive deconvolution by lattice filters: theoretical aspects|With Italian abstract|Boll. Geofis. teor. appl.:27:105:1985:15-23|Filtering
J|0689|Lombardo,G.|Approach to the seismic microzoning of the area of Librino (Catania, Italy)|With Italian abstract|Boll. Geofis. teor. appl.:27:105:1985:25-40
J|0690||Review of `The earth sciences' by A. Bosellini|In Italian|Boll. Geofis. teor. appl.:27:105:1985:91
A|0691|Bosellini,A.|The earth sciences|In Italian|1985:Ferrara:Italo Bovdenta Ed.||708p
J|0692|Nagumo,S.+Kasahara,J.+Koresawa,S.|Hypocentre distribution in the Japan Trench region, off Sanriku, northeast Japan, determined by an ocean-bottom seismometer array observation|In English with Japanese abstract|Bull. Earthq. Res. Inst. Tokyo Univ.:59:4:1984:441-465|OBS System
J|0693|Mamula,L.+Kudo,K.+Shima,E.|Distribution of ground-motion amplification factors as a function of period (3-15 sec), in Japan|With Japanese abstract|Bull. Earthq. Res. Inst. Tokyo Univ.:59:4:1984:467-500|Ground motion
J|0694|Hatori,T.|Behaviour of the Tokai tsunamis of 1707 and 1854 in the Kanto and East Izu Districts|In Japanese with English abstract|Bull. Earthq. Res. Inst. Tokyo Univ.:59:4:1984:501-518
J|0695|Aida,I.|An estimate of tsunamis generated by volcanic eruptions - the 1741 eruption of Oshima-Ohshima, Hokkaido|In Japanese with English abstract|Bull. Earthq. Res. Inst. Tokyo Univ.:59:4:1984:519-531|Volcanism
J|0696|Fukudome,T.+Sato,T.+Yamashina,K.|Kyuroku-shima Island after the 1983 Japan Sea earthquake|In Japanese with English abstract|Bull. Earthq. Res. Inst. Tokyo Univ.:59:4:1984:533-544|Nihonkai-Chubu||#*SEAOFJAPAN
J|0697|Linehan,D.|Jesuits in seismology||Earthq. Inf. Bull.:16:4:1984:157-165|History
J|0698|Stewart,I.C.F.|Erratum to `P-wave travel-time residuals in the Newfoundland Appalachians'||Can. J. Earth Sci.:22:4:1985:650|Travel-times+Errata+P-wave+Appalachian Mts
J|0699|e*McKeown,F.A.+Pakiser,L.C.|Investigations of the New Madrid, Missouri earthquake region||Prof. Pap. U.S. geol. Surv.::1236:1982:1-201|1811-1812
J|0700||The 1983 earthquake sequence near Coalinga, California||Earthq. Inf. Bull.:16:5:1984:184-189|||#*COALINGA
J|0701|McCormick,E.|Old seismographs still in operation in northern California||Earthq. Inf. Bull.:16:5:1984:194-195|History+Instrument
J|0702||Earthquakes in the eastern United States||Earthq. Inf. Bull.:16:6:1984:212-214|History+Seismicity
J|0703|Kerr,R.A.|Stalking the next Parkfield earthquake in central California||Earthq. Inf. Bull.:16:6:1984:215-224|Prediction
J|0704|Nava,F.A.+Lomnitz,C.|Local estimation of seismic risk by means of stochastic simulation|In Spanish with English abstract|Geofis. int.:23:1:1984:37-56|Monte Carlo method+Nuclear power plant+Laguna Verde+Veracruz
J|0705|Lesage,P.|Determination of the focal parameters of the Huajuapan de Leon, Oaxaca, earthquake of 24th October 1980 by means of synthetic seismograms of compressional waves and a linearized inversion method|In Spanish with English abstract|Geofis. int.:23:1:1984:57-72|Mexico||#*HUAJUA
J|0706|Yamamoto,J.+Jimenez,Z.+Mota,R.|The Huajuapan de Leon, Oaxaca, Mexico earthquake of 24th October 1980|In Spanish with English abstract|Geofis. int.:23:1:1984:83-110|||#*HUAJUA
J|0707|Pustovitenko,B.G.+Kamenobrodskii,A.G.|A study of the earthquake preparation process from the distribution of weak shock epicentres|In Russian with English abstract|Geofiz. Zh.:6:4:1984:44-52
J|0708|Galagan,Ye.A.|Geological information derived from the form of the reflected wave record|In Russian with English abstract|Geofiz. Zh.:6:4:1984:52-59|Geology+Waveform
J|0709|Madatov,A.G.+Stovas,A.M.|Possibility of restoration of the reflexion method MOB recording dynamics under the low-velocity zone|In Russian with English abstract|Geofiz. Zh.:6:4:1984:59-71|Low-velocity layer
J|0710|Telepnev,G.F.+Kovalev,V.P.|Results of studies on the internal structure of the wave field when predicting a geological section|In Russian with English abstract|Geofiz. Zh.:6:4:1984:83-88|Geology
J|0711|Reznikov,M.G.|On optimal correction filtering of seismic signals with a finite spectrum|In Russian with English abstract|Geofiz. Zh.:6:5:1984:21-25|Signal-to-noise ratio+Algorithm
J|0712|Karpenko,I.V.+Kaledin,A.G.|Optimal summing of seismograms of a common depth point with statistically independent noise|In Russian with English abstract|Geofiz. Zh.:6:5:1984:26-33
J|0713|Yentin,V.A.+Stolyarenko,K.D.+Shimkiv,L.M.|Some structural peculiarities of the southeastern part of the Podolyan' tectonic zone from geophysical data|In Russian with English abstract|Geofiz. Zh.:6:5:1984:34-42|Tectonics+Reflexion study+Common depth point
J|0714|Marchenko,V.B.|Orthogonal-filtering isolation of polyharmonic signals against a background of noise|In Russian with English abstract|Geofiz. Zh.:6:5:1984:42-46|Signal-to-noise ratio
J|0715|Vol'vovskii,I.S.+Popova,O.G.+Bakman,P.M.+|Structure of the earth's crust of the Dzhavakhetian seismogenic zone of the Little Caucasus|In Russian with English abstract|Geofiz. Zh.:6:5:1984:83-94|Crustal structure
J|0716|Karatayev,G.I.+Pashkevich,I.K.+Furs,V.K.|Integration of geophysical fields based on correlation analysis|In Russian with English abstract|Geofiz. Zh.:6:6:1984:11-19|Deep seismic sounding
J|0717|Krivchenkov,B.S.+Amirov,A.N.+Gerasimov,M.Ye.+|On one type of wave interference in the north Crimean trough|In Russian with English abstract|Geofiz. Zh.:6:6:1984:79-82|Vertical seismic profiling
J|0718|Timoshin,Yu.V.|On computer architecture for geophysical data processing|In Russian with English abstract|Geofiz. Zh.:7:1:1985:10-15
J|0719|Tyapkin,Yu.K.+Poznanskii,S.M.|Instantaneous dynamic characteristics of seismic recording|In Russian with English abstract|Geofiz. Zh.:7:1:1985:31-40|Hilbert transform+Frequency+Amplitude
J|0720|Il'chenko,T.V.|Procedure for the determination of a high-speed model according to the system of profile travel-time curves of waves in deep seismic sounding|In Russian with English abstract|Geofiz. Zh.:7:1:1985:40-45|Travel-times
J|0721|Nesterov,A.N.|Spectral-polarization analysis of seismic signals|In Russian with English abstract|Geofiz. Zh.:7:1:1985:63-72
J|0722|Budyanskii,Yu.A.|Oil-geophysical zoning of promising territories (on the example of the Tyumen' region)|In Russian with English abstract|Geofiz. Zh.:7:1:1985:73-79
J|0723|Timoshin,Yu.V.|Outlook for developing the procedure and technique of seismic prospecting|In Russian with English abstract|Geofiz. Zh.:7:2:1985:3-12
J|0724|Sollogub,V.B.+Borodulin,M.A.+Sologub,N.V.+|A new approach to the procedure for detailed study of the earth's crust and upper mantle|In Russian with English abstract|Geofiz. Zh.:7:2:1985:12-26|Explosion seismology
J|0725|Sollogub,V.B.+Grin',N.Ye.+Drogitskaya,G.M.+|Results of seismic study in the drilling regions of the Krivoy Rog extra-deep borehole|In Russian with English abstract|Geofiz. Zh.:7:2:1985:27-36|Ukraine+Common depth point
J|0726|Kalyuzhnaya,L.T.+Ryabchun,L.I.|Structure of the earth's crust depth horizons and sedimentary cover along the deep seismic sounding profile of Kiev-Gomel'|In Russian with English abstract|Geofiz. Zh.:7:2:1985:37-43
J|0727|Shchelkunov,A.S.|Small-component observations of seismic prospecting by the polarization method|In Russian with English abstract|Geofiz. Zh.:7:2:1985:43-50
J|0728|Shtemenko,Yu.N.|Analysis of multidimensional systems for seismic wave recording|In Russian with English abstract|Geofiz. Zh.:7:2:1985:50-59
J|0729|Karatayev,G.I.+Pashkevich,I.K.|A procedure for the integration of gravimetry, magnitometry and seismometry data when studying the depth structure of the earth's crust|In Russian with English abstract|Geofiz. Zh.:7:2:1985:87-95
J|0730|Lazarescu,V.+Popescu,M.N.|Correlation between Palaeo- and recent tectonics at the arc bend of the eastern Carpathians|With French abstract|Revue roum., Geol. Geophys. Geogr., Ser. Geophys.:28::1984:3-18|Romania+Vrancea
J|0731|Constantinescu,L.+Enescu,D.|A tentative approach to a possible explanation for the occurrence of the Vrancea earthquakes|With French abstract|Revue roum., Geol. Geophys. Geogr., Ser. Geophys.:28::1984:19-32|Romania
J|0732|Moldoveanu,N.+Chiscan,E.|3-D migration in two steps: synthetic data experiment|With Russian abstract|Revue roum., Geol. Geophys. Geogr., Ser. Geophys.:28::1984:47-52|Data processing
J|0733|Constantinescu,L.|Review of `Plateau uplift. The Rhenish shield - a case history' edited by K. Fuchs, K. Von Gehlen, H. Malzer, H. Murawski and A. Semmel||Revue roum., Geol. Geophys. Geogr., Ser. Geophys.:28::1984:81-82|Lithology
J|0734|Zhang,W-G.+Jiao,D-C.|A brief report on profiles of the Haiyuan palaeoearthquake|In Chinese|Seismology Geol.:6:3:1984:14|China
J|0735|Li,M-L.+Wan,Z-C.|Characteristics of the earthquake-generating structures for the magnitude 8.0 Pingluo earthquake of 1739 and the process of its preparation|In Chinese with English abstract|Seismology Geol.:6:3:1984:23-28|China
J|0736|Zhu,Y-Q.+Qiang,Z-J.+Ma,L.|Small-scale mantle convection, subcrustal stress field and seismicity in the North China region|In Chinese with English abstract|Seismology Geol.:6:3:1984:29-37
J|0737|Zhang,B-T.+Li,J-G.+Liu,T-C.+|Experimental studies on the relation between stress and strain of rock mass models under confining pressure|In Chinese with English abstract|Seismology Geol.:6:3:1984:39-48
J|0738|Zang,S-X.+Yang,J-L.|Distribution of focal depths for intraplate earthquakes in North China and its physical explanation|In Chinese with English abstract|Seismology Geol.:6:3:1984:67-76
J|0739|Wang,T.M.+Li,J-P.|The recurrence intervals of strong earthquakes in T'ang-shan|In Chinese with English abstract|Seismology Geol.:6:3:1984:77-83
J|0740|Cheng,S-P.+Peng,G.+Li,H-C.|Offset gullies and recurrence time of M8.5 strong earthquakes along the fault zone of the northern Piedmont of Nanhua Mountain, Haiyuan, Ningxia|In Chinese with English abstract|Seismology Geol.:6:4:1984:25-37|China
J|0741|Feng,X-C.+|Recurrence of induced earthquakes at the Denjiaqiao reservoir, Yidu County, Hubei|In Chinese|Seismology Geol.:6:4:1984:38|Induced seismicity+China+Dam+Barrage
J|0742|Liang,Z-G.+Tang,R-Y.+Song,J-J.+|Study on the sounding of deep-seated crustal structures beneath the Liayang area|In Chinese with English abstract|Seismology Geol.:6:4:1984:71-78|Deep seismic sounding+China
J|0743|Han,T-L.|Discussion on the epicentral locations for the Tibet M=8 earthquake on 29th September 1411|In Chinese|Seismology Geol.:6:4:1984:79
J|0744|Zhu,H-Z.|Quaquaversal structure rise and the Heze earthquake|In Chinese with English abstract|Seismology Geol.:7:1:1985:1-13|1983+1937+China||#*HEZE
J|0745|Jiang,P.+Dai,L-S.|Classification of faulting and its denomination in China|In Chinese with English abstract|Seismology Geol.:7:1:1985:41-48
J|0746|Fang,X-M.|An analysis of earthquake precursor fluoride ions in groundwater|In Chinese with English abstract|Seismology Geol.:7:1:1985:67-69|Underground water
J|0747|Sokolov,S.Yu.|The influence of the noise spectrum on the signal-to-noise ratio in the cross-correlation filtering of seismic signals in the ocean|In Russian with English abstract|Okeanologiya:25:1:1985:162-165
J|0748|Neprochnov,Yu.P.+Sedov,V.V.+Ostrovskii,A.A.+|Experimental results on the stationary airgun seismic signals accumulation off the western shore of the Caspian Sea|In Russian with English abstract|Okeanologiya:25:1:1985:319-324|Air cannon
J|0749|Il'chenko,T.V.|High-speed model of the earth's crust from the deep seismic sounding Vinnitsa-Manevichi profile (Ukrainian Shield)|In Russian with English abstract|Geofiz. Zh.:6:4:1984:78-82
J|0750|Wang,B-Q.+Chen,Z-Y.+Wang,C-Z.|Study of the preparatory process of a strong earthquake by the cluster analysis method|In Chinese with English abstract|Acta seism. sin.:6:2:1984:121-128|Clustering+Preparation
J|0751|Luo,R-L.+Liu,Z-R.+Chen,Y-R.|The variation of the seismicity pattern in North China|In Chinese with English abstract|Acta seism. sin.:6:2:1984:129-134
J|0752|Yin,Y-Q.+Zhang,H.|The softening behaviour of the fault zone medium and an instability model of earthquakes|In Chinese with English abstract|Acta seism. sin.:6:2:1984:135-145
J|0753|Feng,D-Y.+Lou,S-B.+Gu,J-P.+|The application of fuzzy mathematics in multi-approach earthquake prediction|In Chinese with English abstract|Acta seism. sin.:6:2:1984:146-158
J|0754|Xu,D-J.+Geng,N-G.|Rock rupture caused by change of the intermediate principal stress and earthquakes|In Chinese with English abstract|Acta seism. sin.:6:2:1984:159-166|Rupturing
J|0755|Zhang,Z-S.|Some problems in inversion of seismic source parameters from geodetic data|In Chinese with English abstract|Acta seism. sin.:6:2:1984:167-181|Geodetic survey
J|0756|Zang,S-X.|Earthquake stress-drop and the stress-drops of rock fracture|In Chinese with English abstract|Acta seism. sin.:6:2:1984:182-194
J|0757|Ding,J-M.+Liang,G-P.|On the stress field in the epicentral areas of the 1976 T'ang-shan earthquake and the 1679 Sanhe-Pinggu earthquake|In Chinese with English abstract|Acta seism. sin.:6:2:1984:195-202
J|0758|Wang,L-Q.+Li,S-Y.|Possible mechanism of ground surface deformation caused by groundwater level changes|In Chinese with English abstract|Acta seism. sin.:6:2:1984:203-210|Underground water
J|0759|An,Z-W.+Zhu,C-Z.|Study of geothermal variations in relation to large earthquakes (1) The distribution of thermal stresses in the neighbourhood of the sharp end of an elliptical-shaped crack in an infinite elastic medium|In Chinese with English abstract|Acta seism. sin.:6:2:1984:211-222|Geothermy
J|0760|Mao,W-J.|The variations of the gravity and tilt loading tide in the seismogenic process|In Chinese with English abstract|Acta seism. sin.:6:2:1984:241-248|Precursor
J|0761|Feng,R.+McEvilly,T.V.|Interpretation of seismic reflection profiling data for the structure of the San Andreas Fault zone|In Chinese with English abstract|Acta seism. sin.:6:3:1984:249-263|Reflexion data
J|0762|Liu,P-X.|A doughnut-shaped pattern of seismic activity and its formative process preceding the T'ang-shan earthquake of 1976|In Chinese with English abstract|Acta seism. sin.:6:3:1984:264-270|Seismicity+Precursor
J|0763|Ren,X-X.+Qi,G-Z.+Zhan,Z-J.|The change of the geomagnetic total field in the Beijing area before and after the 1976 T'ang-shan earthquake|In Chinese with English abstract|Acta seism. sin.:6:3:1984:271-286|Precursor+Geomagnetic field
J|0764|Gao,X-M.|The total effect of the load of water upon local crustal deformation and earthquakes of the Danjiang reservoir area|In Chinese with English abstract|Acta seism. sin.:6:3:1984:304-312|Dam+Barrage+China+Induced seismicity
J|0765|Zhao,H-S.+Wan,D-B.+Yang,Z-H.|The short-term variation of water level in a well located at Kaiyuan, Yunnan before earthquake occurrences|In Chinese with English abstract|Acta seism. sin.:6:3:1984:313-323|Precursor
J|0766|Yuan,Y-F.+Liao,Z-P.|Numerical solution of a wave field near a dislocation source in an elastic half-space|In Chinese with English abstract|Acta seism. sin.:6:3:1984:324-340|Numerical method
J|0767|Xie,L-L.+Li,S-B.+Qian,Q-K.+|A routine processing and analyzing procedure for strong-motion accelerograms|In Chinese with English abstract|Acta seism. sin.:6:3:1984:341-351|Strong-motion analysis+Data processing
J|0768|Chen,P-S.+Hu,R-H.+Zhou,K-E.+|Homogeneous magnitude system for mainland China|In Chinese with English abstract|Acta seism. sin.:6:4:1984:369-394|Magnitude
J|0769|Xu,Z-H.+Ge,S-M.|Stress field in the Fuyun, Xinjiang earthquake fracture zone determined by fitting fault-slip vector data|In Chinese with English abstract|Acta seism. sin.:6:4:1984:395-404|1931+China
J|0770|Cao,X-L.+Li,Z-Q.+Liu,J-Z.|The variation of regional stress before and after the 1976 T'ang-shan earthquake|In Chinese with English abstract|Acta seism. sin.:6:4:1984:405-413|Precursor
J|0771|Zhao,G-M.+Chu,B-L.+Guo,R-Z.|The change of orientation of stress of the minor earthquakes before the strong Ninghe earthquake of 1976|In Chinese with English abstract|Acta seism. sin.:6:4:1984:414-424|China+Precursor
J|0772|Ding,W-J.|Stress pattern of the process of earthquake genesis and precursory phenomena|In Chinese with English abstract|Acta seism. sin.:6:4:1984:425-428|Preparation
J|0773|Cai,N-C.+Liu,W-T.|Theory of complete failure of inclusion material at the earthquake source (1) Stress distribution of an elliptical inclusion of different material|In Chinese with English abstract|Acta seism. sin.:6:4:1984:429-439
J|0774|Liu,D-W.|The relation between heightened and reduced seismicity together with their combined integrated earthquake prediction by using logical algebra|In Chinese with English abstract|Acta seism. sin.:6:4:1984:440-454
J|0775|Zheng,Z-Z.|The nature of geosound|In Chinese with English abstract|Acta seism. sin.:6:4:1984:459-466|Acoustic emission
J|0776|Ye,W-H.|Discussion on the quantification of large earthquakes|In Chinese with English abstract|Acta seism. sin.:6:4:1984:467-473
J|0777|Yanovskaya,T.B.+Nikolova,S.|Distribution of group velocities of surface Rayleigh and Love waves in the southeast of Europe and Asia Minor|In Russian with English abstract|Bulg. geofiz. Spis.:10:4:1984:83-93|Group velocity+Surface wave+Rayleigh wave
J|0778|Christoskov,L.+Samardzhieva,E.|Approach to the estimation of the number of human victims during strong earthquakes|In Bulgarian with Russian and English abstracts|Bulg. geofiz. Spis.:10:4:1984:94-106|Casualties+Damage
J|0779|Deneva,D.|System for averaging seismic energy spectra in the Maritsa zone|In Bulgarian with English and Russian abstracts|Bulg. geofiz. Spis.:10:4:1984:107-117|Bulgaria
J|0780|Yelenkov,S.+Maslinkova,S.+Milev,A.+|Seismic regime and characteristics of the earthquakes in the Upper Thracian plain during the period 1978-1982|In Bulgarian with Russian and English abstracts|Bulg. geofiz. Spis.:10:4:1984:118-129|Thrace+Intensity+Bulgaria
J|0781|Mereu,R.F.+Mykkeltveit,S.+Husebye,E.S.|Fennolora recordings at NORSAR||J. Geophys.:52:2:1983:119-130|Deep seismic sounding+Scandinavia
J|0782|Bonjer,K-P.+Gelbke,C.+Gilg,B.+|Seismicity and dynamics of the upper Rhinegraben||J. Geophys.:55:1:1984:1-12|Rhine-Graben
J|0783|Durschner,H.|Three-dimensional seismic study for prospecting hydrocarbon deposits|In German|J. Geophys.:55:1:1984:54-67|Reflexion study
J|0784|Varga,P.|Long-term variations recorded by extensometers||J. Geophys.:55:2:1984:68-70|Instrument+Tectonics
J|0785|Zucca,J.J.|The crustal structure of the southern Rhinegraben from re-interpretation of seismic refraction data||J. Geophys.:55:1:1984:13-22|Rhine-Graben
J|0786|Deichmann,N.+Ansorge,J.|Evidence for lamination in the lower continental crust beneath the Black Forest||J. Geophys.:52:2:1983:109-118|Germany+Refraction study
J|0787|Takemura,M.+Ota,T.|A new scale of earthquake magnitude based on observed acceleration amplitudes|In Japanese with English abstract|A. Rep. Kajima Inst. Constr. Tech.:31::1983:113-118|Magnitude scale
J|0788|Ota,T.+Koshida,H.+Hiehata,S.+|Characteristics of response spectra of seismic motions recorded at hard and soft rock sites|In Japanese with English abstract|A. Rep. Kajima Inst. Constr. Tech.:31::1983:135-144|Strong-motion analysis
J|0789|Takemura,M.+Ota,T.+Ikeura,T.|Attenuation process of short-period seismic waves in northeast Japan|In Japanese with English abstract|A. Rep. Kajima Inst. Constr. Tech.:32::1984:135-140|Acceleration+Q
J|0790|Wagner,F.C.|The specific fracture energy of rocks under pressure, from minerals and earthquake foci|In German with English and Russian abstracts|Beitr. Geophys.:94:1:1985:35-44|Focus
J|0791|Yerzhanov,Zh.S.+Zhubayev,N.Zh.+Tleukenov,S.K.|Seismic waves in an inhomogeneous medium|With German and Russian abstracts|Beitr. Geophys.:94:1:1985:45-51|SH-wave
J|0792|Akasheh,B.|Earthquake activity in the eastern part of Iran|With German abstract|Beitr. Geophys.:94:1:1985:63-77|Seismicity+History
J|0793|Hasert,K.|Review of `Earthquakes. An introduction' by B.A. Bolt|In German|Beitr. Geophys.:94:1:1985:80|Geology
J|0794|Maaz,R.+Neunhofer,H.+Yanovskaya,T.B.+|The phase velocity field of Rayleigh waves in central Europe: method of determination, results, interpretation in terms of the structure of the lithosphere|With German and Russian abstracts|Beitr. Geophys.:94:2:1985:102-110
J|0795|Zsiros,T.|An estimation of seismic hazard in Hungary|With German abstract|Beitr. Geophys.:94:2:1985:111-122|Seismicity
J|0796|Hasert,K.|Review of `Bibliography of the works produced in the DDR on the history of geology, mineralogy, geophysics and palaeontology 1977-1982' by P. Schmidt|In German|Beitr. Geophys.:94:2:1985:160|Germany
J|0797|Schmidt,P.|Bibliography of the works produced in the DDR on the history of geology, mineralogy, geophysics and palaeontology 1977-1982|In German|Veroff. wiss. InfZent. Bergakad. Freiberg::106:1984:1-165|Germany
J|0798|Okal,E.A.+Cazenave,A.|A model for the plate tectonic evolution of the east-central Pacific based on SEASAT investigations||Earth planet. Sci. Lett.:72:1:1985:99-116|Plate tectonics+Pacific Ocean
J|0799|Gauthier,B.+Angelier,J.|Fault tectonics and deformation: a method of quantification using field data||Earth planet. Sci. Lett.:74:1:1985:137-148
J|0800|Awad,G.M.|A geophysical study on the Abu Gharadig basin, Egypt||Geophysics:50:1:1985:5-15|Hydrocarbon+Geophysical investigation
J|0801|Collins,B.P.+Watkins,J.S.|Analysis of a gas hydrate off southwest Mexico using seismic processing techniques and Deep Sea Drilling Project Leg 66 results||Geophysics:50:1:1985:16-24|DSDP+Reflexion study
J|0802|Leary,P.C.+Henyey,T.L.|Anisotropy and fracture zones about a geothermal well from P-wave velocity profiles||Geophysics:50:1:1985:25-36|Utah+P-wave+Geothermy
J|0803|Ensley,R.A.|Evaluation of direct hydrocarbon indicators through comparison of compressional- and shear-wave seismic data: a case study of the Myrnam gas field, Alberta||Geophysics:50:1:1985:37-48|Compressional wave+Shear wave
J|0804|MacArthur,A.|Geophone frequency calibration and laser verification||Geophysics:50:1:1985:49-55
J|0805|Davis,T.L.+Lawton,D.C.|Field testing of explosive surface seismic sources in the Canadian thrust belt||Geophysics:50:1:1985:56-62|Canada+Explosion seismology
J|0806|Wapenaar,C.P.A.+Berkhout,A.J.|Velocity determination in layered systems with arbitrarily curved interfaces by means of wave field extrapolation of CMP data||Geophysics:50:1:1985:63-76|Common midpoint+Layered medium
J|0807|McAulay,A.D.|Prestack inversion with plane-layer point source modelling||Geophysics:50:1:1985:77-89|Stacking
J|0808|Hill,N.R.+Wuenschel,P.C.|Numerical modelling of refraction arrivals in complex areas||Geophysics:50:1:1985:90-98
J|0809|Lines,L.R.+Treitel,S.|Inversion with a grain of salt||Geophysics:50:1:1985:99-109|Sensitivity+Uniqueness
J|0810|Rothman,D.H.+Levin,S.A.+Rocca,F.|Residual migration: applications and limitations||Geophysics:50:1:1985:110-126
J|0811|Aminzadeh,F.+Mendel,J.M.|Synthetic vertical seismic profiles for non-normal incidence plane waves||Geophysics:50:1:1985:127-141|Vertical seismic profiling
J|0812|Crampin,S.|Evaluation of anisotropy by shear-wave splitting||Geophysics:50:1:1985:142-152|Shear wave
J|0813|Saha,J.G.|Discussion on `Thin-layer response and spectral bandwidth' by N. de Voogd and H. den Rooijen||Geophysics:50:1:1985:167|Comments+Layered medium+Thickness
J|0814|Mayne,W.H.|Discussion on `Predictive deconvolution and the zero-phase source' by B. Gibson and K. Lerner||Geophysics:50:1:1985:172|Signal+Noise+Comments|With a reply by the authors
J|0815|Wuenschel,P.C.|Review of `Underground sound - application of seismic waves' by J.E. White||Geophysics:50:1:1985:174-175
J|0816|Winterstein,D.F.+Hanten,J.B.|Supercritical reflections observed in P- and S-wave data||Geophysics:50:2:1985:185-196|P-wave+S-wave+Reflexion
J|0817|Tsai,C.J.|A method to analyze and verify deep crustal reflections offshore Costa Rica||Geophysics:50:2:1985:196-206|Reflexion study
J|0818|Christensen,N.I.+Wang,H.F.|The influence of pore pressure and confining pressure on dynamic elastic properties of Berea sandstone||Geophysics:50:2:1985:207-213|Elasticity
J|0819|Edwards,S.A.+Asten,M.W.+Drake,L.A.|P-SV wave scattering by coal-seam inhomogeneities||Geophysics:50:2:1985:214-223|Finite element method+Inhomogeneity+P-wave+SV-wave
J|0820|Dietrich,M.+Bouchon,M.|Synthetic vertical seismic profiles in elastic media||Geophysics:50:2:1985:224-234|Elastic medium+Vertical seismic profiling
J|0821|Coruh,C.|Stretched automatic amplitude adjustment of seismic data||Geophysics:50:2:1985:252-256
J|0822|Safar,M.H.|Single water gun far-field pressure signatures estimated from near-field measurements||Geophysics:50:2:1985:257-261|Marine seismic investigation
J|0823|Webster,G.M.|Review of `Seismic inversion and deconvolution, Vol. 4A, Part A; Classical methods' by E.A. Robinson||Geophysics:50:2:1985:370|Exploration
J|0824|Robertson,J.D.+Pritchett,W.C.|Direct hydrocarbon detection using comparative P-wave and S-wave seismic sections||Geophysics:50:3:1985:383-393|P-wave+S-wave+Common depth point
J|0825|Cabrelli,C.A.|Minimum entropy deconvolution and simplicity: a noniterative algorithm||Geophysics:50:3:1985:394-413
J|0826|Franssens,G.R.+Lagasse,P.E.+Mason,I.M.|Study of the leaking channel modes of in-seam exploration seismology by means of synthetic seismograms||Geophysics:50:3:1985:414-424|Channel wave
J|0827|Yagle,A.E.+Levy,B.C.|A layer-stripping solution of the inverse problem for a one-dimensional elastic medium||Geophysics:50:3:1985:425-433
J|0828|Marangakis,A.+Costain,J.K.+Coruh,C.|Use of integrated energy spectra for thin-layer recognition||Geophysics:50:3:1985:495-500|Reflexion study+Thickness+Layered medium
J|0829|Prakasa Rao,T.K.S.+Rao,P.K.+Subrahmanyam,K.|On ratio and crossover points in the interpretation of refracted profile data||Geophysics:50:3:1985:501-504|Refraction data
J|0830|Collins,H.N.|Discussion on `Causes of compressional-wave anisotropy in carbonate-bearing deep-sea sediments' by R.L. Carlson, C.H. Schaftenaar and R.P. Moore||Geophysics:50:3:1985:505-506|Comments+DSDP+Compressional wave|With a reply by the authors
J|0831|Green,W.R.|Review of `Terra non firma: understanding and preparing for earthquakes' by J.M. Gere and H.C. Shah||Geophysics:50:3:1985:507|Prediction+Preparedness
J|0832|Carrion,P.M.+Hassanzadeh,S.|Direct estimation of shear-wave interval velocities from seismic data||Geophysics:50:4:1985:530-538|Shear wave+Interval velocity
J|0833|Kong,S.M.+Phinney,R.A.+Chowdhury,K.R.|A nonlinear signal detector for enhancement of noisy seismic record sections||Geophysics:50:4:1985:539-550|Detection+Noise
J|0834|Paulsson,B.N.P.+Cook,N.G.W.+McEvilly,T.V.|Elastic-wave velocities and attenuation in an underground granitic repository for nuclear waste||Geophysics:50:4:1985:551-570|Radioactive waste+Elastic wave+Velocity
J|0835|Castagna,J.P.+Batzle,M.L.+Eastwood,R.L.|Relationships between compressional-wave and shear-wave velocities in clastic silicate rocks||Geophysics:50:4:1985:571-581|P-wave+S-wave+Velocity
J|0836|Wu,R.+Aki,K.|Scattering characteristics of elastic waves by an elastic heterogeneity||Geophysics:50:4:1985:582-595
J|0837|Gel'chinskii,B.Ya.+Landa,Ye.I.+Shtivel'man,V.I.|Algorithms of phase and group correlation||Geophysics:50:4:1985:596-608|Wave field
J|0838|Shuey,R.T.|A simplification of the Zoeppritz equations||Geophysics:50:4:1985:609-614|Compressional wave+Reflexion coefficient
J|0839|Stainsby,S.D.+Worthington,M.H.|Q estimation from vertical seismic profile data and anomalous variations in the central North Sea||Geophysics:50:4:1985:615-626|Q+Vertical seismic profiling
J|0840|McMechan,G.A.|Synthetic finite-offset vertical seismic profiles for laterally varying media||Geophysics:50:4:1985:627-636|Vertical seismic profiling
J|0841|Cerjan,C.+Kosloff,D.+Kosloff,R.+|A nonreflecting boundary condition for discrete acoustic and elastic wave equations||Geophysics:50:4:1985:705-708|Wave equation+Acoustic wave
J|0842|Klemperer,S.L.+Brown,L.D.|Simulations of noise rejection and mantissa-only recording: an experiment in high-amplitude noise reduction with COCORP data||Geophysics:50:4:1985:709-714|Vibroseis
J|0843||Seismic deconvolution workshop sponsored by SEG Research Committee, July 1984, Vail Colorado|Meeting Report|Geophysics:50:4:1985:715-735
J|0844|Mareschal,J-C.|Review of `Physics and evolution of the earth's interior Vol. 1: constitution of the earth's interior' edited by J. Leliwa-Kopystynski and R. Teisseyre||Geophysics:50:4:1985:736
J|0845|McCarley,L.A.|An autoregressive filter model for constant Q attenuation||Geophysics:50:5:1985:749-758|Q+Autoregression+Filtering
J|0846|Carrion,P.M.+Foster,D.J.|Inversion of seismic data using precritical reflection and refraction data||Geophysics:50:5:1985:759-765|Reflexion data
J|0847|Hubral,P.+Tygel,M.|Transient response from a planar acoustic interface by a new point-source decomposition into plane waves||Geophysics:50:5:1985:766-774|Point source
J|0848|Rechtien,R.D.|Discussion on `Kirchhoff elastic wave migration for the case of noncoincident source and receiver' by J.T. Kuo and T-F. Dai||Geophysics:50:5:1985:872|Comments+Kirchhoff's formula
J|0849|McDonald,J.A.|Review of `Developments in geophysical exploration methods - 5' edited by A.A. Fitch||Geophysics:50:5:1985:876
J|0850|Jin,D.J.+Eisner,E.|A review of homomorphic deconvolution||Rev. Geophys. Space Phys.:22:3:1984:255-263
J|0851|Artyushkov,Ye.V.+Baer,M.A.|Mechanism of continental crust subsidence in the Alpine belt||Tectonophysics:108:3-4:1984:193-228|Alps
J|0852|Mukhopadhyay,M.|Seismotectonics of subduction and back-arc rifting under the Andaman Sea||Tectonophysics:108:3-4:1984:229-239|Back-arc basin
J|0853|Bath,M.|Review of `A history of Persian earthquakes' by N.N. Ambraseys and C.P. Melville||Tectonophysics:108:3-4:1984:354-355|Iran+Seismicity
J|0854|Price,N.J.|Review of `The Variscan fold belt in the British Isles' edited by P.L. Hancock||Tectonophysics:108:3-4:1984:355-357|United Kingdom+Geology
J|0855|Haines,A.J.|Review of `Seismic wave propagation in stratified media' by B.L.N. Kennett||Tectonophysics:108:3-4:1984:357-358|Layered medium
J|0856|Herrmann,R.B.|Review of `Seismic signal analysis and discrimination' edited by C.H. Chen||Tectonophysics:108:3-4:1984:358-360|Data processing
J|0857|Finckh,P.+Ansorge,J.+Mueller,S.+|Deep crustal reflections from a Vibroseis survey in northern Switzerland||Tectonophysics:109:1-2:1984:1-14|Reflexion study+Rhine-Graben
J|0858|Behr,H.J.+Engel,W.+Franke,W.+|The Variscan belt in central Europe: main structures, geodynamic implications, open questions||Tectonophysics:109:1-2:1984:15-40|Geodynamics
J|0859|Prodehl,C.+Schlittenhardt,J.+Stewart,S.W.|Crustal structure of the Appalachian Highlands in Tennessee||Tectonophysics:109:1-2:1984:61-76|Appalachian Mts
J|0860|Cook,F.A.|Towards an understanding of the southern Appalachian Piedmont crustal transition||Tectonophysics:109:1-2:1984:77-92|Appalachian Mts+Continental crust
J|0861|Blundell,D.J.|Deformation of the Caledonide lithosphere of northwest Scotland||Tectonophysics:109:1-2:1984:137-145|United Kingdom+Caledonides
J|0862|Shimamoto,T.+Logan,J.M.|Laboratory friction experiments and natural earthquakes||Tectonophysics:109:3-4:1984:165-175|Prediction
J|0863|Hayakawa,M.|Deep seismic sounding surveys and earthquake prediction||Tectonophysics:109:3-4:1984:177-189|Honshu
J|0864|Ghisetti,F.|Recent deformations and the seismogenic source in the Messina Strait||Tectonophysics:109:3-4:1984:191-208|Messina, Straits of+Sicily+Calabria
J|0865|Khurshid,A.+Yielding,G.+Ahmad,S.+|The seismicity of northernmost Pakistan||Tectonophysics:109:3-4:1984:209-226
J|0866|Mukhopadhyay,M.|Seismotectonics of transverse lineaments in the eastern Himalaya and its foredeep||Tectonophysics:109:3-4:1984:227-240|Himalayas+Fault
J|0867|Arora,S.K.+Basu,T.K.|A source discrimination study of a Chinese seismic event of May 4, 1983||Tectonophysics:109:3-4:1984:241-251|China+Xinjiang+Underground explosion||#*CHIN
J|0868|Bath,M.|Correlation between Greek and global seismic activity||Tectonophysics:109:3-4:1984:345-351|World+Seismicity+Greece
J|0869|Psilovikos,A.|Geomorphological and structural modification of the Serbomacedonian massif during the neotectonic stage||Tectonophysics:110:1-2:1984:27-45|Geomorphology+Neotectonics
J|0870|Srivastava,H.N.+Verma,R.K.+Verma,G.S.|Crustal studies of the Koyna region using explosion data from deep seismic soundings||Tectonophysics:110:1-2:1984:61-72|India
J|0871|Varotsos,P.+Alexopoulos,K.|Physical properties of the variations of the electric field of the earth preceding earthquakes, 1||Tectonophysics:110:1-2:1984:73-98|Greece+Geoelectricity+Precursor
J|0872|Varotsos,P.+Alexopoulos,K.|Physical properties of the variations of the electric field of the earth preceding earthquakes, 2. Determination of epicentre and magnitude||Tectonophysics:110:1-2:1984:99-125|Precursor+Greece+Geoelectricity
A|0873|e*Hancock,P.L.|The Variscan fold belt in the British Isles||1983:Bristol, England:Adam Hilger|United Kingdom+Geology|217p
J|0874|Calcagnile,G.+Mascia,U.+Del Gaudio,V.+|Deep structure of southeastern Europe from Rayleigh waves||Tectonophysics:110:3-4:1984:189-200
J|0875|Caputo,M.+Manzetti,V.+Nicelli,R.|Topography and its isostatic compensation as a cause of seismicity; a revision||Tectonophysics:111:1-2:1985:25-39|Isostasy
J|0876|Munera,H.A.|Summation or integration in Richter's frequency-magnitude equation: it is all the same. A discussion||Tectonophysics:111:1-2:1985:133-136|Comments+Frequency-magnitude relation+Summing|With a reply by M. Bath
J|0877|Nolet,G.|Review of `Seismic migration - imaging of acoustic energy by wave field extrapolation. A. Theoretical aspects' by A.J. Berkhout||Tectonophysics:111:1-2:1985:170-171|Image+Data processing+Solid-earth geophysics
J|0878|Mooney,W.D.+Gettings,M.E.+Blank,H.R.+|Saudi Arabian seismic-refraction profile: a traveltime interpretation of crustal and upper mantle structure||Tectonophysics:111:3-4:1985:173-246|Crustal structure+Travel-times+Refraction study
J|0879|Prodehl,C.|Interpretation of a seismic-refraction survey across the Arabian Shield in western Saudi Arabia||Tectonophysics:111:3-4:1985:247-282|Refraction study
J|0880|Milkereit,B.+Fluh,E.R.|Saudi Arabian refraction profile: crustal structure of the Red Sea-Arabian Shield transition||Tectonophysics:111:3-4:1985:283-298|Refraction study
J|0881|Hebert,L.+Langston,C.A.|Crustal thickness estimate at AAE (Addis-Ababa, Ethiopia) and NAI (Nairobi, Kenya) using teleseismic P-wave conversions||Tectonophysics:111:3-4:1985:299-327|Addis Ababa
J|0882|Denham,D.|The Tasman Sea earthquake of 25 November 1983 and stress in the Australian plate||Tectonophysics:111:3-4:1985:329-338|||#*TASMAN
J|0883|Ferraes,S.G.|The Bayesian probabilistic prediction of strong earthquakes in the Hellenic arc||Tectonophysics:111:3-4:1985:339-354|Bayes' theorem
J|0884|Wooley,A.R.|Review of `The great Tolbachik fissure eruption: geological and geophysical data 1975-1976' edited by S.A. Fedotov||Tectonophysics:111:3-4:1985:358-359|Kamchatka+Volcanism
J|0885|Hanus,V.+Vanek,J.|Structure of the Wadati-Benioff zones and volcanism produced by the process of subduction||Tectonophysics:112:1-4:1985:51-67
J|0886|Goto,K.+Hamaguchi,H.+Suzuki,Z.|Earthquake generating stresses in a descending slab||Tectonophysics:112:1-4:1985:111-128|Subduction+Triggering agent
J|0887|Gusev,A.A.+Lemzikov,V.K.|Properties of scattered elastic waves in the lithosphere of Kamchatka: parameters and temporal variations||Tectonophysics:112:1-4:1985:137-153|Coda+Q
J|0888|Suyehiro,K.+Kanazawa,T.+Nishizawa,A.+|Crustal structure beneath the inner trench slope of the Japan Trench||Tectonophysics:112:1-4:1985:155-191|Refraction study
J|0889|Hirata,N.+Kanazawa,T.+Suyehiro,K.+|A seismicity gap beneath the inner wall of the Japan Trench as derived by ocean bottom seismograph measurement||Tectonophysics:112:1-4:1985:193-209|OBS System+Seismic gap
J|0890|Kono,M.+Takahashi,Y.+Fukao,Y.|Earthquakes in the subducting slab beneath northern Chile: a double seismic zone||Tectonophysics:112:1-4:1985:211-225|Subduction
J|0891|Kaila,K.L.+Krishna,V.G.|Lateral variations in the upper mantle velocity structure in the northwestern Pacific margin||Tectonophysics:112:1-4:1985:227-253|Continental margin+Japan Sea
J|0892|Boldyrev,S.A.|Mantle heterogeneities within active margins of the world oceans and their seismological characteristics||Tectonophysics:112:1-4:1985:255-276|Heterogeneity
J|0893|Ni,J.+Barazangi,M.|Active tectonics of the western Tethyan Himalaya above the underthrusting Indian plate: the upper Sutlej River basin as a pull-apart structure||Tectonophysics:112:1-4:1985:277-295|Sutlej, R.+Himalayas
J|0894|Verma,R.K.+Chandra Sekhar,C.|Seismotectonics and focal mechanisms of earthquakes from Pamir-Hindukush regions||Tectonophysics:112:1-4:1985:297-324|Pamirs+Hindu Kush
J|0895|Collot,J.Y.+Daniel,J.+Burne,R.V.|Recent tectonics associated with the subduction/collision of the d'Entrecasteaux zone in the central New Hebrides||Tectonophysics:112:1-4:1985:325-356|D'Entrecasteaux Islands+Neotectonics
J|0896|Gnibidenko,H.S.+Anosov,G.I.+Argentov,V.V.+|Tectonics of the Tonga-Kermadec trench and Ozbourn Seamount junction area||Tectonophysics:112:1-4:1985:357-383|Kermadec Islands
J|0897|Nava,F.A.+Toledo,V.R.+Lomnitz,C.|Plate waves and the 1980 Huajuapan de Leon, Mexico earthquake||Tectonophysics:112:1-4:1985:463-492|||#*HUAJUA
J|0898|Rotstein,Y.+Ben-Avraham,Z.|Accretion processes at subduction zones in the eastern Mediterranean||Tectonophysics:112:1-4:1985:551-561
J|0899|Levander,A.R.|Finite difference calculations of dispersive Rayleigh wave propagation||Tectonophysics:113:1-2:1985:1-30|Finite difference method
J|0900|Ouchi,T.+Goriki,S.+Ito,K.|On the space-time pattern formation of the earthquake strain field||Tectonophysics:113:1-2:1985:31-48|Lithosphere
J|0901|Jacob,A.W.B.+Kaminski,W.+Murphy,T.+|A crustal model for a northeast-southwest profile through Ireland||Tectonophysics:113:1-2:1985:75-103|Continental crust+Plate tectonics
J|0902|Webb,T.H.+Wesnousky,J.G.+Helmberger,D.V.|A body-wave analysis of the 1966 Gisborne, New Zealand, earthquake||Tectonophysics:113:3-4:1985:271-282|Body wave
J|0903|Assumpcao,M.+Suarez,G.+Veloso,J.A.|Fault plane solutions of intraplate earthquakes in Brazil: some constraints on the regional stress field||Tectonophysics:113:3-4:1985:283-293
J|0904|Singh,V.P.+Singh,H.N.|Stress distribution pattern and swarm occurrences||Tectonophysics:113:3-4:1985:295-306|Himalayas
J|0905|Tartel,P.+Michon,D.|On vertical seismic profile processing||Geophys. Prospect.:32:5:1984:775-789|Vertical seismic profiling+Data processing
J|0906|Dillon,P.B.+Thomson,R.C.|Offset source VSP surveys and their image reconstruction||Geophys. Prospect.:32:5:1984:790-811|Vertical seismic profiling+Data processing+Deconvolution
J|0907|Szaraniec,E.|Odd-depth structures for deterministic deconvolution and seismogram testing||Geophys. Prospect.:32:5:1984:812-818|Synthetic seismogram+Travel-times
J|0908|Aminzadeh,F.|Derivation of layer parameters of an elastic medium from reflection coefficient matrices||Geophys. Prospect.:32:5:1984:819-827|Reflexion coefficient
J|0909|Hake,H.+Helbig,K.+Mesdag,C.S.|Three-term Taylor series for t2-x2-curves of P- and S-waves over layered transversely isotropic ground||Geophys. Prospect.:32:5:1984:828-850|P-wave+S-wave+Layered medium+Isotropic medium+Arrival
J|0910|Young,T.K.+Monash,C.B.+Turpening,R.M.|Computer modelling of vertical seismic profiling||Geophys. Prospect.:32:5:1984:851-870
J|0911|Walden,A.T.+White,R.E.|On errors of fit and accuracy in matching synthetic seismograms and seismic traces||Geophys. Prospect.:32:5:1984:871-891|Signal-to-noise ratio
J|0912|Raikes,S.A.+White,R.E.|Measurements of earth attenuation from downhole and surface recordings||Geophys. Prospect.:32:5:1984:892-919|Q+Prospecting+Diagraphy
J|0913|Bolondi,G.+Loinger,E.+Rocca,F.|Offset continuation in theory and practice||Geophys. Prospect.:32:6:1984:1045-1073|Data processing+Migration+Synthetic seismogram
J|0914|Kennett,B.L.N.|An operator approach to forward modelling, data processing and migration||Geophys. Prospect.:32:6:1984:1074-1090|Reflexion
J|0915|Wiest,B.+Edelmann,H.A.K.|Static corrections for shear wave sections||Geophys. Prospect.:32:6:1984:1091-1102|P-wave+S-wave+Arrival
J|0916|Dutta,N.P.|Seismic refraction method to study the foundation rock of a dam||Geophys. Prospect.:32:6:1984:1103-1110|Barrage+Reservoir+Refraction study
J|0917|Tarantola,A.|Linearized inversion of seismic reflection data||Geophys. Prospect.:32:6:1984:998-1015|Reflexion data
J|0918|Tang,R.+Carswell,A.+Moon,W.|Velocity analysis in the p-x-plane from a slant stack wavefield||Geophys. Prospect.:32:6:1984:1016-1032|Wave field+Data processing+Reflexion
J|0919|Surendra Singh|High-frequency shallow seismic reflection mapping in tin mining||Geophys. Prospect.:32:6:1984:1033-1044|Reflexion study+Malaysia+Mine
J|0920|Nishimura,K.+Morii,W.|An observed effect of topography on seismic ground motions||Bull. Disast. Prev. Res. Inst., Kyoto Univ.:34:4:1984:203-214
J|0921|Hess,H.|Aims for the further development of rockburst prevention|In German|Gluckauf:120:18:1984:1167-1175|Prediction+Data processing
J|0922|Plate,M.|Expanding test drilling to a complex method for recognizing rockburst hazards|In German|Gluckauf:120:18:1984:1153-1156|Data processing+Prevention
J|0923|Berkhout,A.J.|Detailed geologic information from seismic data||Geologie Mijnb.:63:3:1984:309-313|Reflexion+Geology
J|0924|Yukutake,H.+Ito,K.|Velocities of P and S waves for drilling core rocks at Syowa Station, Antarctica||Mem. natn. Inst. Polar Res., Spec. Issue::33:1984:17-27|P-wave+S-wave+Velocity
J|0925|Ueki,S.+Kaminuma,K.+Baba,M.+|Seismic activity of Mount Erebus, Antarctica in 1982-1983||Mem. natn. Inst. Polar Res., Spec. Issue::33:1984:29-40|Seismicity+Erebus, Mt.+Swarm
J|0926|Moriwaki,K.|Preliminary surveys of the Antarctic continental shelf by a seismic profiler in Amundsen Bay and Lutzow-Holm Bay||Mem. natn. Inst. Polar Res., Spec. Issue::33:1984:61-65
J|0927|Sato,S.+Asakura,N.+Saki,T.+|Preliminary results of geological and geophysical surveys in the Ross Sea and in the Dumont d'Urville Sea, off Antarctica||Mem. natn. Inst. Polar Res., Spec. Issue::33:1984:66-92|Reflexion study
A|0928|e*Augusti,G.+Borri,A.+Vannucchi,G.|ICASP 4: Proceedings 4th international conference on applications of statistics and probability in soil and structural engineering, Florence, 1983||1983:Bologna, Italy:Pitagora Ed.|Risk+Prediction|1783p
A|0929|Pecker,A.|Soil dynamics|In French|1984:Paris:Presses Ec. Nationale Ponts Chauss.|Plate tectonics+Vibration|259p
A|0930|e*Phinney,R.A.|The history of the Earth's crust||1983:New Jersey:Princeton University Press|Evolution|244p
A|0931|Robinson,E.A.|Seismic velocity analysis and the convolutional model||1983:Boston, Mass.:International Human Resources Development Corp.|Prospecting|290p
A|0932|Robinson,E.A.|Multichannel time series analysis with digital computer programs||1983:Dordrecht, Netherlands:D. Reidel|Deconvolution|453p
A|0933|Sheriff,R.E.+Geldart,L.P.|Exploration seismology, Vol. 2: Data processing and interpretation|French translation of English original|1984:Maurecourt:ERG|Prospecting|371p
A|0934|e*Stover,C.W.|United States earthquakes, 1981||1984:Golden, Colorado:NOAA and USGS|Seismicity|136p
A|0935|Sung Kwun Chough|Marine geology of Korean seas||1983:Dordrecht, Netherlands:D. Reidel|Marine seismic investigation+Plate tectonics|157p
A|0936|Troyan,V.N.|Statistical methods of processing seismic information in the study of composite materials|In Russian|1982:Moscow:Nedra Publishing House|Data processing+Deep seismic sounding|184p
A|0937|Vick,S.G.|Planning, design, and analysis of tailings dams||1983:New York:John Wiley & Sons|Barrage+Reservoir|369p
J|0938|Glogovskii,V.M.+Khachatryan,A.R.|Regularization of static corrections without distortion of kinematic parameters of reflected waves|In Russian with English abstract|Geologiya Geofiz. Novosibirsk::10:1984:54-63
J|0939|Zlatopol'skaya,A.V.|Prediction of oil saturation of the Bazhenovskaya formation on the basis of the high-frequency record of reflected waves|In Russian with English abstract|Geologiya Geofiz. Novosibirsk::10:1984:63-71|Bazhenova+USSR
J|0940|Sorin,A.Ya.+Gogonenkov,G.N.|Determination of the impulse trace and waveform from the seismic record|In Russian with English abstract|Geologiya Geofiz. Novosibirsk::10:1984:72-83
J|0941|Malkin,A.L.+Finikov,D.B.|Integral estimations of seismic signal parameters|In Russian with English abstract|Geologiya Geofiz. Novosibirsk::10:1984:83-92
J|0942|Bryksina,N.A.+Sibiryakov,B.P.|On the prediction of stressed state in linear structures|In Russian with English abstract|Geologiya Geofiz. Novosibirsk::10:1984:108-114
J|0943|Puzyrev,N.N.+Lebedeva,G.N.|Migration of reflexion points in the common depth point system of alternating PS-waves|In Russian with English abstract|Geologiya Geofiz. Novosibirsk::11:1984:83-91|PS-wave
J|0944|Bobrov,B.A.+Gik,L.D.|On the subject of the use of surface waves in the study of heterogeneity in the upper part of the section|In Russian with English abstract|Geologiya Geofiz. Novosibirsk::11:1984:91-98
J|0945|Rudakov,V.P.|On subsoil radon monitoring by prospecting fields|In Russian with English abstract|Geologiya Geofiz. Novosibirsk::1:1985:63-68
J|0946|Suvorov,V.D.+Kreinin,A.B.+Podvarkova,I.V.+|The results of deep areal seismic sounding in southern areas of western Yakutiya|In Russian with English abstract|Geologiya Geofiz. Novosibirsk::1:1985:82-91|Deep seismic sounding
J|0947|Druzhinin,V.S.+Kashubin,S.N.+Val'chak,V.I.+|Application of the results of multiwave seismometry to the study of the earth's crust in the Urals|In Russian with English abstract|Geologiya Geofiz. Novosibirsk::1:1985:91-98
J|0948|Vostrikov,Yu.N.|An inverse seismometric problem. Conditions for fixing the parameters of regularization|In Russian with English abstract|Geologiya Geofiz. Novosibirsk::1:1985:98-102|Inverse problem+Seismometry
J|0949|Gik,L.D.+Zaitsev,V.P.|Optimization of the relation between horizontal seismic receiver and ground|In Russian with English abstract|Geologiya Geofiz. Novosibirsk::1:1985:106-109
J|0950|Wei,M-H.+Zhao,W.+Ma,L.|Gravity changes before and after the Tangshan earthquake of July 28, 1976, and possible interpretation||J. geophys. Res.:90:7:1985:5421-5428|Precursor+T'ang-shan
J|0951|Von Huene,R.+Kulm,L.D.+Miller,J.|Structure of the frontal part of the Andean convergent margin||J. geophys. Res.:90:7:1985:5429-5442|Reflexion study+Andes
J|0952|Toomey,D.R.+Solomon,S.C.+Purdy,G.M.+|Microearthquakes beneath the median valley of the Mid-Atlantic Ridge near 23degreesN: hypocentres and focal mechanisms||J. geophys. Res.:90:7:1985:5443-5458
J|0953|Cansi,Y.+Bethoux,N.|T waves with long inland paths: synthetic seismograms||J. geophys. Res.:90:7:1985:5459-5465|T-wave
J|0954|Doornbos,D.J.|Source solutions and station residuals from long-period waveform inversion of deep events||J. geophys. Res.:90:7:1985:5466-5478|Deep-focus earthquake
J|0955|Reasenberg,P.|Second-order moment of central California seismicity, 1969-1982||J. geophys. Res.:90:7:1985:5479-5495|Cross-correlation function
J|0956|Suvorov,V.D.+Kornilova,Z.A.|Deep structure of the Aldan Shield from nearby earthquake data|In Russian with English abstract|Geologiya Geofiz. Novosibirsk::2:1985:86-93|USSR
J|0957|Grechka,V.Yu.+Obolentseva,I.R.|Conversion coefficients at the boundary of a transversely isotropic half-space|In Russian with English abstract|Geologiya Geofiz. Novosibirsk::2:1985:93-105|Isotropic medium
J|0958|Dantsig,L.G.+Dergachev,A.A.|Attenuation of energy of seismic waves from commercial blasts|In Russian with English abstract|Geologiya Geofiz. Novosibirsk::2:1985:105-110|Quarry blast
J|0959|Isayev,A.V.+Umperovich,N.V.|Geological-geophysical model of the upper part of the section located in the Katanga Saddle, Siberian platform|In Russian with English abstract|Geologiya Geofiz. Novosibirsk::2:1985:111-121
J|0960|Bayanov,A.S.|Method to determine the gamma=Vs/Vp parameter from alternating and longitudinal reflected travel-time curves|In Russian with English abstract|Geologiya Geofiz. Novosibirsk::2:1985:140-143|Travel-times+Hodograph
J|0961|Khokhlov,M.T.+Lazarenko,Yu.N.+Posudiyevskii,A.B.+|Converted reflected waves of PS type in seismic surveying for coal|In Russian with English abstract|Geologiya Geofiz. Novosibirsk::3:1985:86-93|PS-wave+Converted wave
J|0962|Bayanov,A.S.|The experience of combining the methods of longitudinal and alternating waves in the Pudino oil-and-gas region|In Russian with English abstract|Geologiya Geofiz. Novosibirsk::3:1985:120-125|USSR+PP-wave+PS-wave+Prospecting
J|0963|Ruzhentsev,S.V.+Trifonov,V.G.|Tectonic layering of the lithosphere||Episodes:7:1:1984:44-48|Plate tectonics+Layered medium
J|0964|Feininger,T.|Review of `Geodynamics of the eastern Pacific region, Caribbean and Scotia arcs' edited by R. Cabre||Episodes:7:1:1984:68|Pacific Ocean
J|0965|Helmstaedt,H.|Review of `Plateau uplift. The Rhenish shield - a case history' edited by K. Fuchs, K. von Gehlen, H. Malzer, H. Murawski and A. Semmel||Episodes:7:3:1984:53|Lithology
J|0966|Meyerhoff,A.A.|Review of `The Caribbean-South American plate boundary and regional tectonics' edited by W.E. Bonini, R.B. Hargraves and R. Shagam||Episodes:8:2:1985:141-143
J|0967|Kappler,R.|Integrated radon measurements by means of solid state track detectors for the solution of certain geotechnical problems|In German with English and Russian abstracts|Freiberger ForschHft, C::392:1984:1-129|Geotechnical engineering+Signal-to-noise ratio
J|0968|Allegretti,I.+Skoko,D.+Zivcic,M.|Earthquake hypocentre determination by analytical presentation of Wadati's graphical method|In Serbocroatian with English abstract|Geofizika, Zagreb:1::1984:169-191|Graphics+Wadati's method
J|0969|Zivcic,M.+Allegretti,I.+Skoko,D.|Generalization of the analytical form of Wadati's method for near earthquake hypocentre determination|In Serbocroatian with English abstract|Geofizika, Zagreb:1::1984:193-201
J|0970|Herak,D.+Herak,M.|Influence of parameters of an earth crust and mantle model on Rayleigh wave dispersion|In Serbocroatian with English abstract|Geofizika, Zagreb:1::1984:203-216
J|0971|Zivcic,M.|Focal depth determination using macroseismic data|In Serbocroatian with English abstract|Geofizika, Zagreb:1::1984:217-221|Focus
J|0972|Zivcic,M.|Extension of Geiger's method for earthquake hypocentre location|In Serbocroatian with English abstract|Geofizika, Zagreb:1::1984:223-228
J|0973|Pogacsas,G.|Seismic stratigraphic features of Neogene sediments in the Pannonian Basin|With Hungarian and Russian abstracts|Geofiz. Kozl.:30:4:1984:373-410|Stratigraphy
J|0974|Dey,S.+Chakraborty,M.|Rayleigh waves under gravity||Geophys. Res. Bull. N.G.R.I. Hyderabad:22:4:1984:173-179|Phase velocity
J|0975|Prakasa Rao,T.K.S.+Ramalingeswara Rao,B.+Sitapathi Rao,P.|A study on global seismicity and energy distribution of earthquakes in different depths||Geophys. Res. Bull. N.G.R.I. Hyderabad:22:4:1984:181-186|Frequency-magnitude relation+World
J|0976|Dobrev,T.B.+Shchukin,Yu.K.|On the problems of structure, geodynamics and seismicity of the lithosphere in the Carpathian-Balkan region|In Bulgarian with Russian and English abstracts|Geotekt., Tektonofiz. Geodin.::17:1984:35-59|Carpathians+Balkans
J|0977|Akasheh,B.+Hassanzadeh,J.+Islami,A.A.|Earthquakes of March 25th and 26th 1983 in Baidjan (Central Alborz-Haraz)|In Farsi with English abstract|J. Earth Space Phys.:12:1:1983:17|Damavand+Iran||#*DAMAVAND
J|0978|Sasatani,T.|Seismic wave propagation in a stratified half-space||J. Fac. Sci. Hokkaido Univ., Ser. 7 (Geophys.):7:5:1985:401-420|Layered medium
J|0979|Blundell,D.J.+Hurich,C.A.+Smithson,S.B.|A model for the MOIST seismic reflection profile, N Scotland||J. geol. Soc. Lond.:142:2:1985:245-258|Reflexion study+United Kingdom
J|0980|Lawson,J.E.|Expected earthquake ground-motion parameters at the Arcadia, Oklahoma, dam site||Spec. Publs Okla. geol. Surv.::1:1985:1-41|Reservoir+Barrage+Ground motion
J|0981|Zatopek,A.|To three anniversaries of Czechoslovak geophysics in 1983|With Russian abstract|Studia geophys. geod.:28:4:1984:323-336|Czechoslovakia+Review
J|0982|Firbas,P.|Travel time curves for complex inhomogeneous slightly anisotropic media|With Russian abstract|Studia geophys. geod.:28:4:1984:393-406|Travel-times+Hodograph+Anisotropy+Inhomogeneous medium
J|0983|Enescu,D.|Some features of Vrancea earthquakes|In Romanian with English abstract|Studii Cerc. Geol. Geofiz. Geogr., Ser. Geofiz.:22::1984:3-10|Romania
J|0984|Radulescu,F.+Raileanu,V.+Cornea,I.|Contributions of the seismic method of reflected waves to the knowledge of the structure of the earth's crust|In Romanian with French abstract|Studii Cerc. Geol. Geofiz. Geogr., Ser. Geofiz.:22::1984:11-17|Crustal structure
J|0985|Chimeon,A.|A direct method for evaluating the static elasticity modulus on the basis of elastic wave propagation velocities|In Romanian with English abstract|Studii Cerc. Geol. Geofiz. Geogr., Ser. Geofiz.:22::1984:18-23|Velocity
J|0986|Buruiana,V.+Ionescu,G.|On some operations in seismic surveying|In Romanian with English abstract|Studii Cerc. Geol. Geofiz. Geogr., Ser. Geofiz.:22::1984:46-48|Data processing+Prospecting
J|0987|Tanase,M.G.|A method for attenuating Rayleigh wave effects upon buildings|In Romanian with English abstract|Studii Cerc. Geol. Geofiz. Geogr., Ser. Geofiz.:22::1984:59-62|Structure+Attenuation
J|0988|a-Miyakejima Weather Station|Report on the eruption of Miyakejima, 1983|In Japanese with English abstract|Q. Jl Seism., Tokyo:49:1-2:1984:1-47|Volcanism+Japan+Swarm
J|0989|Yokoyama,H.|Epicentre determination ability of the recent JMA network - 1979-1983|In Japanese with English abstract|Q. Jl Seism., Tokyo:49:1-2:1984:53-65|Japan Meteorological Agency
J|0990|Hadzikov,L.+Dineva,P.+Istev,K.+|Control of the dynamic behaviour of building structures under seismic loadings|In Bulgarian with Russian and English abstracts|Bulg. geofiz. Spis.:10:1:1984:63-72
J|0991|Etheridge,M.A.+Branson,J.C.+Falvey,D.A.+|Basin-forming structures and their relevance to hydrocarbon exploration in Bass Basin, southeastern Australia||BMR J. Aust. Geol. Geophys.:9:3:1984:197-206|Reflexion study
J|0992|Denham,D.+Jones,T.+Weekes,J.|The 1982 Wyalong earthquakes (NSW) and recent crustal deformation||BMR J. Aust. Geol. Geophys.:9:3:1984:255-260|New South Wales+1972+Temora||#*WYALONG
J|0993|Kar,B.K.+Kalyani,V.K.+Pal,A.K.|Reflection and refraction of plane harmonic shear waves at a porous-sandy bilateral interface|With German abstract|Beitr. Geophys.:94:3:1985:187-194|Reflexion+Porous medium
J|0994|De,S.|Problem of Rayleigh waves and shear modes in an anisotropic medium|With German abstract|Beitr. Geophys.:94:3:1985:205-217|Anisotropy
A|0995|a-Committee on Seismology,U.S. National Research Council|Seismographic networks: problems and outlook for the 1980s||1983:Washington:National Academy Press||62p
A|0996||Earthquake risk reduction in the Balkan region: seismology, seismotectonics, seismic hazard and earthquake prediction||1982:Paris:UNESCO, UNDRO|Balkans|157p
A|0997||Earthquake risk reduction in the Balkan region: seismic risk assessment and development of model code for seismic design||1982:Paris:UNESCO, UNDRO|Earthquake-resistant design+Balkans|129p
A|0998||Earthquake risk reduction in the Balkan region: vulnerability and seismic hazard||1982:Paris:UNESCO, UNDRO|Balkans|173p
A|0999||Earthquake risk reduction in the Balkan region: dynamic behaviour of structures and structural components||1983:Paris:UNESCO, UNDRO|Earthquake engineering+Balkans+Building|201p
J|1000|e*Pollack,H.N.+Rama Murthy,V.|Structure and evolution of the continental lithosphere||Physics Chem. Earth:15::1984:1-199|Continental crust+Plate tectonics
J|1001|Knopoff,L.+Rydelek,P.A.|Long-period solar tides at the South Pole||Antarct. J. U.S.:18:5:1984:59-60|Earth tide+Spectral analysis+Antarctic
J|1002|Bentley,C.R.+Shabtaie,S.+Lingle,C.S.+|Analysis of geophysical data from Dome C and the Ross ice shelf||Antarct. J. U.S.:18:5:1984:104-105|Ross Sea+Antarctic+Geophysical investigation+P-wave
J|1003|Ghisetti,F.|Evidence of aseismic creep along the Pollino Fault zone: the Serra del Prete band of deformation|In Italian with English abstract|Boll. Soc. geol. ital.:103:1:1984:59-75|Italy
J|1004|Gabbiani,G.|Seismic microactivity and water level variation in the industrial area near Florence (Italy)|With Italian abstract|Boll. Soc. geol. ital.:103:1:1984:87-95|Microseism
J|1005|Darragh,I.|Lithoprobe|With French abstract|GEOS:13:2:1984:5-7|Lithosphere+Vibroseis+Canada
J|1006|Urupov,A.K.+Karasik,V.M.+Popov,V.V.|Effects of sill traps on wave fields in observations by the multiple reflection method||Int. Geol. Rev.:26:3:1984:353-356|USSR+Multiple reflexion+Tunguska
J|1007|Yanagisawa,M.+Wakasugi,T.|Observations of crustal tilt and strain induced by the load of the 1983 Nihonkai-Chubu earthquake and tsunami|In Japanese with English abstract|J. geod. Soc. Japan:30:3:1984:204-212|Japan Sea||#*SEAOFJAPAN
J|1008|Peterson,T.A.+Brown,L.D.+Cook,F.A.+|Structure of the Riddleville Basin from COCORP seismic data and implications for reactivation||J. Geol.:92:3:1984:261-271|United States+Fault
J|1009|Zhang,J-J.+Lay,T.|Investigation of a lower mantle shear wave triplication using a broadband array||Geophys. Res. Lett.:11:6:1984:620-623|California+Argentina
J|1010|Cherepanov,G.P.+Bykovtsev,A.S.|On gigantic separation fissures on the earth's surface|In Russian|Vulk. Seismol.::5:1984:12-29|Crack
J|1011|Kaazik,P.B.+Kopnichev,Yu.F.|Numerical modelling of short-period coda Lg in a vertically non-uniform absorption medium|In Russian|Vulk. Seismol.::5:1984:74-84|Lg-wave
J|1012|Gorshkov,G.P.|Seismic danger coefficient|In Russian|Vulk. Seismol.::5:1984:94-95
J|1013|Gavrilov,V.A.+Gordeyev,Ye.I.+Ivanov,V.V.+|Volcanic tremors and the Gorely volcano earthquakes during the 1980-1981 eruption|In Russian|Vulk. Seismol.::6:1984:3-17|Kamchatka+Volcanism
J|1014|Shurygin,A.M.+Odinets,M.G.|Long-term statistical prediction of large earthquake density in space-time (x,l) for the Kuril Islands|In Russian|Vulk. Seismol.::6:1984:92-102|Space-time pattern
J|1015|Rykunov,L.N.+Rykunov,A.L.|Properties of the fracture field (seismicity) as a result of the axially symmetric force effect|In Russian|Vulk. Seismol.::6:1984:103-106
J|1016|Johnson,C.+Keilis-Borok,V.I.+Lamoreaux,R.+|Swarms of main shocks in the Southern California region|In Russian with English abstract|Vychisl. Seismol.::16:1984:3-10
J|1017|Dziewonski,A.M.+Prozorov,A.G.|Self-similarity of earthquake clustering|In Russian with English abstract|Vychisl. Seismol.::16:1984:10-21
J|1018|Knopoff,L.+Markushevich,V.M.|Stationarity and stability of Markov earthquake sequences|In Russian with English abstract|Vychisl. Seismol.::16:1984:21-31|Markov model
J|1019|Knopoff,L.+Markushevich,V.M.|On the solution to an equation for Markovian earthquake sequences|In Russian with English abstract|Vychisl. Seismol.::16:1984:31-36|Markov model
J|1020|Molchan,G.M.|Some remarks on L. Knopoff's Markov model for earthquake sequences|In Russian with English abstract|Vychisl. Seismol.::16:1984:36-51
J|1021|Guberman,Sh.A.|D-waves and latitudinal discreteness of the occurrence of great earthquakes|In Russian with English abstract|Vychisl. Seismol.::16:1984:51-58|D-wave+Latitude+Discrete value
J|1022|Vishik,M.M.|On equations describing stationary convection in a plane-parallel layer of Bingham liquid|In Russian with English abstract|Vychisl. Seismol.::16:1984:58-67|Layered medium
J|1023|Guberman,Sh.A.+Zhidkov,M.P.+Rantsman,Ye.Ya.|The latitudes of seismic activity and the latitudinal morphostructure lineaments of western South America|In Russian with English abstract|Vychisl. Seismol.::16:1984:68-70|Seismicity
J|1024|Gvishiani,A.D.+Gurvich,V.A.|Dynamic problem in pattern recognition. 1. Conditions of prediction stability for large earthquakes|In Russian with English abstract|Vychisl. Seismol.::16:1984:70-88
J|1025|Gurvich,V.A.+Kosobokov,V.G.|On volcanism and the connection between elevation amplitude and the epicentres of the strongest earthquakes|In Russian with English abstract|Vychisl. Seismol.::16:1984:88-93|Strong earthquake
J|1026|Keilis-Borok,V.I.+Kronrod,T.L.+Molchan,G.M.|Seismic hazard for the greatest cities of the world (shocks of Intensity VIII)|In Russian with English abstract|Vychisl. Seismol.::16:1984:93-117|City
J|1027|Levshin,A.L.|Effects of lateral inhomogeneity on surface wave measurements|In Russian with English abstract|Vychisl. Seismol.::16:1984:118-127
J|1028|Lander,A.V.|Abnormal phenomena in surface waves in north-eastern Eurasia and their connection with the Momskii Rift region|In Russian with English abstract|Vychisl. Seismol.::16:1984:127-155|USSR
J|1029|Barmin,M.P.+Levshin,A.L.+Starovoit,O.Ye.|Iterative frequency-time analysis of surface waves|In Russian with English abstract|Vychisl. Seismol.::16:1984:156-165
J|1030|Gabrielov,A.M.|Diffraction of Love waves at a vertical boundary|In Russian with English abstract|Vychisl. Seismol.::16:1984:165-170
J|1031|Vishik,M.M.|Remarks on an inverse problem for dispersion curves|In Russian with English abstract|Vychisl. Seismol.::16:1984:171-173
J|1032|Diasamidze,G.N.+Pisarenko,V.F.|On space-time filtering|In Russian with English abstract|Vychisl. Seismol.::16:1984:174-181
J|1033|Kushnir,A.F.|Asymptotically optimal statistical inference in spectral problems for autoregression-moving average processes|In Russian with English abstract|Vychisl. Seismol.::16:1984:182-193|Spectral analysis
J|1034|Kushnir,A.F.+Pinskii,V.I.|The estimation of frequency characteristics of linear systems with noise|In Russian with English abstract|Vychisl. Seismol.::16:1984:193-206
J|1035|Vyukov,V.I.+Gvishiani,A.D.+Mostinskii,A.Z.+|Current data file of strong earthquakes in the USSR|In Russian with English abstract|Vychisl. Seismol.::16:1984:207-214|Data bank
J|1036|Prochazkova,D.|Attenuation of macroseismic effects of earthquakes|With Russian abstract|Trav. geophys., Prague:30:569:1982:47-93|Macroseismic data|Published in 1985
J|1037|Holub,K.|Travel-time and its residuals for the blasts from Eschenlohe (Bavaria)||Trav. geophys., Prague:30:570:1982:95-102|Travel-times+Quarry blast|Published in 1985
J|1038|Dvorak,A.|Seismology in civil engineering||Trav. geophys., Prague:30:571:1982:103-117|Earthquake engineering|Published in 1985
J|1039|Tobyas,V.|Short-period SVSN-4 seismograph||Trav. geophys., Prague:30:572:1982:119-140|Instrument|Published in 1985
J|1040|Broucek,I.+Tobyas,V.|Magnification of low-sensitivity channels in seismographs with standard characteristics||Trav. geophys., Prague:30:573:1982:141-153||Published in 1985
J|1041|Cerveny,V.+Jansky,J.|Fast computation of ray synthetic seismograms in vertically inhomogeneous media|With Russian abstract|Studia geophys. geod.:29:1:1985:49-67|Inhomogeneous medium
J|1042|Tobyas,V.+Fiedler,J.+Knaislova,D.+|Magnitudes of detectable and localizable shocks in NW Bohemia|With Russian abstract|Studia geophys. geod.:29:1:1985:68-74
J|1043|Kozak,J.|Earthquake - an original copper engraving||Studia geophys. geod.:29:1:1985:100|Bohemia+History
J|1044|Martinec,Z.+Pec,K.|Matrix approach to the solution of free toroidal elastic oscillations of the Earth|With Russian abstract|Studia geophys. geod.:29:2:1985:163-168|Free oscillation+Toroidal mode
J|1045|Gasperini,M.+Signanini,P.|S-wave polarization for the determination of plane solutions|With Italian abstract|Boll. Geofis. teor. appl.:27:106:1985:95-100|Fault plane solution
J|1046|Rocca,A.Ch.+Karakaisis,G.F.+Karacostas,B.G.+|Further evidence on the strike-slip faulting of the northern Aegean trough based on properties of the August-November 1983 seismic sequence||Boll. Geofis. teor. appl.:27:106:1985:101-109|Aegean Sea||#*NAEGEAN
J|1047|Pasquale,V.|Aftershock activity of two recent destructive earthquakes in Italy|With Italian abstract|Boll. Geofis. teor. appl.:27:106:1985:111-124|Friuli+1976+Campania-Basilicata+1980||#*CAMPANIA
J|1048|Kuwahara,Y.+Yamamoto,K.+Kosuga,M.+|Focal mechanisms of acoustic emissions in Abukuma-granite under uniaxial and biaxial compressions||Sci. Rep. Tohoku Univ. 5:30:1:1985:1-14|P-wave+Japan
J|1049|Grant,A.C.|Structural evolution of the head of Solander Trough, south of New Zealand, based on analysis of seismic basement||N.Z. Jl Geol. Geophys.:28:1:1985:5-22
J|1050|Lewis,K.B.+Mildenhall,D.C.+Clowes,C.D.|The late Quaternary seismic, sedimentary and palynological stratigraphy beneath Evans Bay, Wellington Harbour||N.Z. Jl Geol. Geophys.:28:1:1985:129-152|Profile+New Zealand
J|1051|Clark,R.H.|Review of `Volcanoes of the world' by T. Simkin, L. Siebert, L. McClelland, D. Bridge, C. Newhall and J.H. Latter||N.Z. Jl Geol. Geophys.:28:1:1985:194-195|History+Volcanism
A|1052|Vvedenskaya,A.V.|Seismodynamics|In Russian|1984:Moscow:Nauka Publishing House|Theory+Seismology|144p
A|1053|e*Zverev,S.M.+Boldyrev,S.A.|Seismological studies of the world's oceans|In Russian|1983:Moscow:Nauka Publishing House|Seismicity+Tsunami+Marine seismic investigation|156p
A|1054|Stern,T.A.|A seismic refraction survey near the Dailey Islands, southwestern McMurdo Sound, Antarctica|Report No. 198|1984:Wellington, N.Z.:Geophysics Div., D.S.I.R.|McMurdo Sd.+Refraction study|34p
A|1055|De Vel,O.Y.|Development of a software package for the determination of automatic non-surface-consistent static corrections: application to the New Zealand southern Taranaki graben|Report No. 199|1984:Wellington, N.Z.:Geophysics Div., D.S.I.R.|Computer program+Data processing|34p
J|1056|Shamina,O.G.+Rizayev,Ye.Z.+Kosarev,G.L.+|A study of the displacement and deformation field in the vicinity of rupture by laboratory and numerical modelling|With Polish abstract|Acta geophys. pol.:32:3:1984:219-230|Rupturing+Shear fault
J|1057|Oncescu,M.C.+Apolozan,L.|The earthquake sequence of Rimnicu Sarat, Romania, of 21-22 February 1983|With Polish abstract|Acta geophys. pol.:32:3:1984:231-238|||#*RIMNICU
J|1058|Aleksandrowicz,D.+Droste,Z.+Hordejuk,J.|Analogue determination of seismic source parameters and seismic wave dynamics|With Polish abstract|Acta geophys. pol.:32:3:1984:239-251
J|1059|Kozak,J.+Lokajicek,T.+Shamina,O.G.+|Seismoactive dislocation along a loaded fault|With Polish abstract|Acta geophys. pol.:32:3:1984:253-258
J|1060|Volynets,L.N.+Voyevoda,O.D.|Fracture parameters and surface deformations|In Russian with Polish and English abstracts|Acta geophys. pol.:32:3:1984:259-269
J|1061|Kozak,J.+Lokajicek,T.+Pavlov,A.A.|Laboratory studies of stick-slip|In Russian with Polish and English abstracts|Acta geophys. pol.:32:3:1984:271-281
J|1062|Kol'tsov,A.V.+Ponomarev,A.V.+Salov,B.G.+|Investigation of the precursory stage and fracture development in rock samples by complex geophysical methods|In Russian with Polish and English abstracts|Acta geophys. pol.:32:3:1984:283-299
J|1063|Hanyga,A.|Dynamic ray tracing in the presence of caustics. 2. Equations|With Polish abstract|Acta geophys. pol.:32:3:1984:301-321
J|1064|Chattopadhyay,A.+Pal,A.K.|Dispersion curves of Love waves from a point source in a heterogeneous medium|With Polish abstract|Acta geophys. pol.:32:3:1984:323-332
J|1065|Fajklewicz,Z.|Review of `Physics and evolution of the earth's interior' edited by R. Teisseyre|In English|Acta geophys. pol.:32:3:1984:333-334
J|1066|Totomanov,I.N.|Dependence of seismic activity upon recent tectonic movements in Bulgaria|With Russian abstract|Geologica balc.:15:3:1985:33-44|Neotectonics+Seismicity
J|1067|McCue,K.|Comments on `The development of seismic zones and the evaluation of lateral loadings for earthquake-resistant design of buildings in Papua New Guinea' by R.D. Jury, J.P. Hollings and I.A.N. Fraser||Bull. N.Z. natn. Soc. Earthq. Engng:17:4:1984:292-296|Zoning+Structure
J|1068|Toki,K.+Miura,F.+Oguni,Y.|Dynamic slope stability analyses with a non-linear finite element method||Earthq. Engng struct. Dyn.:13:2:1985:151-171|Accelerogram
V|1985:2||Bibliography of seismology. 1985 July-December|ISC:21:2:1986
J|0001|Kawakatsu,H.|Double seismic zone in Tonga||Nature, Lond.:316:6023:1985:53-55|Subduction
J|0002||Feeling for earthquakes||New Scient.::1463:1985:35|Monitoring+Prediction+Aries
J|0003|Anderson,R.R.|Seismic surveying in Iowa||Iowa Geol.::10:1985:23|Prospecting+Vibroseis
J|0004|Hecht,J.|Scientists study earthquakes with fibre optics|News item|New Scient.::1465:1985:32|Strain+Precursor+Sensor
J|0005|Sereno,T.J.+Orcutt,J.A.|Synthetic seismogram modelling of the oceanic Pn phase||Nature, Lond.:316:6025:1985:246-248|Pn-wave
J|0006|Sibson,R.H.|Stopping of earthquake ruptures at dilational fault jogs||Nature, Lond.:316:6025:1985:248-251|Palaeoseismicity+Control
J|0007|Porter,R.|The rise of `mobilism'. Review of `The dark side of the earth. The battle for the earth sciences: 1800-1980' by R.M. Wood||Nature, Lond.:316:6026:1985:303|History+Geology+Plate tectonics
A|0008|Wood,R.M.|The dark side of the earth. The battle for the earth sciences: 1800-1980||1985:London:Allen & Unwin|Plate tectonics+Geology+Mobilism+History|246p
J|0009|Singh,S.K.+Suarez,G.+Dominguez,T.|The Oaxaca, Mexico, earthquake of 1931: lithospheric normal faulting in the subducted Cocos plate||Nature, Lond.:317:6032:1985:56-58|Nazca-Cocos Plate
J|0010|Gambles,P.|Aspects of the Mexican earthquake|News item|Nature, Lond.:317:6035:1985:276|1985+Mexico City||#*MEXICOCITY
J|0011|Anderson,I.|Seismologists converge on Mexico|News item|New Scient.::1475:1985:20-21|1985+Mexico City||#*MEXICOCITY
J|0012|Redfern,M.|New ways of predicting earthquakes||New Scient.::1475:1985:20|Prediction+P-wave+S-wave+Coda
J|0013|Anderson,I.|The harmony that caused disaster||New Scient.::1476:1985:32-33|Building code+Mexico City+1985+Amplification||#*MEXICOCITY
J|0014|Johnstone,R.|Japan seeks to learn from Mexico's experience|News item|New Scient.::1476:1985:33|Mexico City+Building code+1985||#*MEXICOCITY
J|0015|Wood,R.M.|The theory that pulled the Earth together||New Scient.::1476:1985:52-54|Review+Plate tectonics
J|0016||An Earth-shaking discovery||New Scient.::1476:1985:53|Seismology+History+Rebeur Paschwitz, E.
J|0017|Byrne,D.B.+Suarez,G.+McCann,W.R.|Muertos Trough subduction - microplate tectonics in the northern Caribbean?||Nature, Lond.:317:6036:1985:420-421|1984||#*MUERTOS
J|0018|Ten Brink,U.S.+Watts,A.B.|Seismic stratigraphy of the flexural moat flanking the Hawaiian Islands||Nature, Lond.:317:6036:1985:421-424
J|0019|Dunham,K.|Power politics and the global carapace. Review of `The dark side of the earth. The battle for the earth sciences: 1800-1980' by R.M. Wood||New Scient.::1478:1985:65|Plate tectonics+Geology+Mobilism+History
J|0020|Cann,J.|Insight into Earth's changing face. Review of `New views on an old planet: continental drift and the history of the Earth' by T.H. van Andel||Nature, Lond.:317:6037:1985:482
A|0021|Van Andel,T.H.|New views on an old planet: continental drift and the history of the Earth||1985:Cambridge:Cambridge University Press||324p
J|0022||Radon warns of quakes|News item|New Scient.::1479:1985:17|Prediction
J|0023|Zoback,M.D.+Prescott,W.H.+Krueger,S.W.|Evidence for lower crustal ductile strain localization in southern New York||Nature, Lond.:317:6039:1985:705-707|Ductility+Intraplate seismicity+New York State
J|0024|Bard,P-Y.+Tucker,B.E.|Underground and ridge site effects: a comparison of observation and theory||Bull. seism. Soc. Am.:75:4:1985:905-922|Rock+Underground site
J|0025|Tilford,N.R.+Chandra,U.+Amick,D.C.+|Attenuation of intensities and effect of local site conditions on observed intensities during the Corinth, Greece earthquakes of 24 and 25 February and 4 March 1981||Bull. seism. Soc. Am.:75:4:1985:923-937|Intensity+Corinth, G. of+Alkionidhes Islands||#*ALKION|#*ALKION2|#*ALKION3
J|0026|Youngs,R.R.+Coppersmith,K.J.|Implications of fault slip rates and earthquake recurrence models to probabilistic seismic hazard estimates||Bull. seism. Soc. Am.:75:4:1985:939-964|Fault-slip+Probability
J|0027|Hartzell,S.H.+Heaton,T.H.|Teleseismic time functions for large, shallow subduction zone earthquakes||Bull. seism. Soc. Am.:75:4:1985:965-1004|Shallow-focus earthquake
J|0028|McMechan,G.A.+Luetgert,J.H.+Mooney,W.D.|Imaging of earthquake sources in Long Valley Caldera, California, 1983||Bull. seism. Soc. Am.:75:4:1985:1005-1020|Image+Finite difference method||#*LONGVALLEY
J|0029|Saikia,C.K.+Herrmann,R.B.|Application of waveform modelling to determine focal mechanisms of four Miramichi aftershocks||Bull. seism. Soc. Am.:75:4:1985:1021-1040|1982+New Brunswick||#*NEWBRUNSWICK
J|0030|Doser,D.I.+Smith,R.B.|Source parameters of the 28 October 1983 Borah Peak, Idaho, earthquake from body wave analysis||Bull. seism. Soc. Am.:75:4:1985:1041-1051|||#*BORAH
J|0031|Scott,W.E.+Pierce,K.L.+Hait,M.H.|Quaternary tectonic setting of the 1983 Borah Peak earthquake, central Idaho||Bull. seism. Soc. Am.:75:4:1985:1053-1066|Tectonics||#*BORAH
J|0032|Anglin,F.M.+Buchbinder,G.G.R.|Induced seismicity at the LG3 reservoir, James Bay, Quebec, Canada||Bull. seism. Soc. Am.:75:4:1985:1067-1076|Dam+Barrage
J|0033|Kennett,B.L.N.|On regional S||Bull. seism. Soc. Am.:75:4:1985:1077-1086|Sn-wave+Lg-wave+Regional study
J|0034|Bullitt,J.T.+Toksoz,M.N.|Three-dimensional ultrasonic modelling of Rayleigh wave propagation||Bull. seism. Soc. Am.:75:4:1985:1087-1104|Topography
J|0035|Nicholson,C.+Simpson,D.W.|Changes in Vp/Vs with depth: implications for appropriate velocity models, improved earthquake locations, and material properties of the upper crust||Bull. seism. Soc. Am.:75:4:1985:1105-1123
J|0036|Gedney,L.|Stress trajectories across the northeast Alaska Range||Bull. seism. Soc. Am.:75:4:1985:1125-1134|Trajectory
J|0037|Okada,Y.|Surface deformation due to shear and tensile faults in a half-space||Bull. seism. Soc. Am.:75:4:1985:1135-1154
J|0038|Ingate,S.F.+Husebye,E.S.+Christoffersson,A.|Regional arrays and optimum data processing schemes||Bull. seism. Soc. Am.:75:4:1985:1155-1177|Technique
J|0039|Souriau,A.+Woodhouse,J.H.|A strategy for deploying a seismological network for global studies of earth structure||Bull. seism. Soc. Am.:75:4:1985:1179-1193|World
J|0040|Trehu,A.|A note on the effect of bottom currents on an ocean bottom seismometer||Bull. seism. Soc. Am.:75:4:1985:1195-1204|OBS System+Instrument
J|0041|Howell,B.F.|On the effect of too small a data base on earthquake frequency diagrams||Bull. seism. Soc. Am.:75:4:1985:1205-1207
J|0042|Pelton,J.R.+Astrue,M.C.+Lee,W.H.K.+|A computer-based system for interactive processing of earthquake seismograms recorded on microfilm||Bull. seism. Soc. Am.:75:4:1985:1209-1210|Data processing
J|0043|Mendoza,J.+Morgan,D.|BASIC-HYPO: a basic language hypocentre location program||Bull. seism. Soc. Am.:75:4:1985:1211-1215|Computer program
J|0044|Iwan,W.D.+Moser,M.A.+Peng,C-Y.|Some observations on strong-motion earthquake measurement using a digital accelerograph||Bull. seism. Soc. Am.:75:5:1985:1225-1246|Strong-motion analysis
J|0045|Abrahamson,N.A.+Bolt,B.A.|The spatial variation of the phasing of seismic strong ground motion||Bull. seism. Soc. Am.:75:5:1985:1247-1264|Strong-motion analysis
J|0046|Boatwright,J.|Characteristics of the aftershock sequence of the Borah Peak, Idaho, earthquake determined from digital recordings of the events||Bull. seism. Soc. Am.:75:5:1985:1265-1284|1983||#*BORAH
J|0047|Kafka,A.L.+Schlesinger-Miller,E.A.+Barstow,N.L.|Earthquake activity in the greater New York City area: magnitudes, seismicity and geologic structures||Bull. seism. Soc. Am.:75:5:1985:1285-1300|Geology
J|0048|Singh,S.K.+Ponce,L.+Nishenko,S.P.|The great Jalisco, Mexico, earthquakes of 1932: subduction of the Rivera plate||Bull. seism. Soc. Am.:75:5:1985:1301-1313
J|0049|Lomnitz,C.+Hashizume,M.|The Popayan, Colombia, earthquake of 31 March 1983||Bull. seism. Soc. Am.:75:5:1985:1315-1326|||#*POPAYAN
J|0050|Nowroozi,A.A.|Empirical relations between magnitudes and fault parameters for earthquakes in Iran||Bull. seism. Soc. Am.:75:5:1985:1327-1338
J|0051|Gross,W.K.+Savage,J.C.|Deformation near the epicentre of the 1984 Round Valley, California earthquake||Bull. seism. Soc. Am.:75:5:1985:1339-1347|||#*ROUNDVALLEY
J|0052|Davison,F.C.+Scholz,C.H.|Frequency-moment distribution of earthquakes in the Aleutian Arc: a test of the characteristic earthquake model||Bull. seism. Soc. Am.:75:5:1985:1349-1361
J|0053|Alter,B.|In situ velocity estimates for shallow crystalline rocks in the Adirondack Mountains, New York and the Laramie Range, Wyoming||Bull. seism. Soc. Am.:75:5:1985:1363-1369|Adirondack Mts+New York State
J|0054|Rebollar,C.J.+Traslosheros,C.+Alvarez,R.|Estimates of seismic wave attenuation in northern Baja California||Bull. seism. Soc. Am.:75:5:1985:1371-1382|Q
J|0055|Menke,W.+Witte,D.+Chen,R.|Laboratory test of attenuation formulas||Bull. seism. Soc. Am.:75:5:1985:1383-1393
J|0056|Campillo,M.+Plantet,J-L.+Bouchon,M.|Frequency-dependent attenuation in the crust beneath central France from Lg waves: data analysis and numerical modelling||Bull. seism. Soc. Am.:75:5:1985:1395-1411|Lg-wave+Q
J|0057|Baumgardt,D.R.|Comparative analysis of teleseismic P coda and Lg waves from underground nuclear explosions in Eurasia||Bull. seism. Soc. Am.:75:5:1985:1413-1433|P-wave+Coda wave+Lg-wave
J|0058|Sanchez-Sesma,F.|Diffraction of elastic SH waves by wedges||Bull. seism. Soc. Am.:75:5:1985:1435-1446|Elastic wave+SH-wave
J|0059|Herrmann,R.B.|An extension of random vibration theory estimates of strong ground motion to large distances||Bull. seism. Soc. Am.:75:5:1985:1447-1453|Vibration
J|0060|Heaton,T.H.+Snavely,P.D.|Possible tsunami along the northwestern coast of the United States inferred from Indian traditions||Bull. seism. Soc. Am.:75:5:1985:1456-1460|History
J|0061|Abrahamson,N.A.+Darragh,R.B.|Observation of a double event at regional distances: the Morgan Hill earthquake of 24 April 1984||Bull. seism. Soc. Am.:75:5:1985:1461-1464|1979+Coyote L.+California||#*MORGAN
J|0062|Simpson,D.W.+Leith,W.|The 1976 and 1984 Gazli, USSR, earthquakes - were they induced?||Bull. seism. Soc. Am.:75:5:1985:1465-1468|Induced seismicity+Gas||#*GAZLI3
J|0063|Bapat,A.|Comments on `Seismic gap in Assam, northeast India' by K. Khattri, M. Wyss, V.K. Gaur, S.N. Saha, and V.K. Bansal||Bull. seism. Soc. Am.:75:5:1985:1469-1470|1979+Seismicity|With a reply by the authors
J|0064|Bollinger,G.A.|Seismic geology: Presidential address||Bull. seism. Soc. Am.:75:5:1985:1473-1477|Seismology
J|0065|Der,Z.A.+McElfresh,T.+Wagner,R.A.+|Errata to `Spectral characteristics of P waves from nuclear explosions and yield estimation'||Bull. seism. Soc. Am.:75:4:1985:1222|P-wave+Underground nuclear explosion+Spectral analysis
J|0066|Bonilla,M.G.+Mark,R.K.+Lienkaemper,J.J.|Errata to `Statistical relations among earthquake magnitude, surface rupture length, and surface fault displacement'||Bull. seism. Soc. Am.:75:4:1985:1223|Rupturing
A|0067|e*Feng,D-Y.+Liu,X-H.|Fuzzy mathematics in earthquake researches. Proceedings of International Symposium, 1985, Beijing||1985:Beijing:Seismological Press|Seismology+Earthquake engineering|440p
J|0068|McGeary,S.+Warner,M.R.|Seismic profiling the continental lithosphere||Nature, Lond.:317:6040:1985:795-797|Deep seismic sounding+Reflexion study+Profile
J|0069|Yel'nikov,I.N.+Zonenshain,L.P.|Structure of the Red Sea sedimentary cover according to seismic data|In Russian|Geotektonika::4:1985:110-122
J|0070|Hartley,K.|Review of `Geophysical data analysis. Discrete inverse theory' by W. Menke||Observatory:105:1067:1985:146|Data processing+Inversion
J|0071||Mexican quake was `just a foreshock'|News item|New Scient.::1480:1985:12|Mexico City+1985+Prediction||#*MEXICOCITY
J|0072|Stein,R.S.+Bucknam,R.C.|Basin and Range viewed from Borah Peak|News item|EOS. Trans. Am. geophys. Un.:66:34:1985:603|Basin & Range+Idaho+1983||#*BORAH
J|0073|Berge,P.A.+Dawson,P.B.+Evans,J.R.|Active seismic imaging experiment|News item|EOS. Trans. Am. geophys. Un.:66:34:1985:603-604|Medicine L.+California+Upper crust+Image
J|0074|Knowles,C.E.|Review of `Tsunamis: their science and engineering' edited by K. Iida and T. Iwasaki||EOS. Trans. Am. geophys. Un.:66:36:1985:631
A|0075|Claerbout,J.F.|Imaging the Earth's interior||1985:Boston, Mass.:Blackwell Scientific|Image|398p
A|0076|De Bremaecker,J-C.|Geophysics: the Earth's interior||1985:New York:John Wiley|Earth sciences|342p
J|0077||Earthquake rocks Mexico City|News item|EOS. Trans. Am. geophys. Un.:66:39:1985:673|1985||#*MEXICOCITY
J|0078|Estabrook,C.+Davis,J.+Gedney,L.+|Strong Alaskan earthquake sequence|News item|EOS. Trans. Am. geophys. Un.:66:40:1985:685|1985||#*ALASKA
J|0079||Computers and geophysics: requirements outlined|News item|EOS. Trans. Am. geophys. Un.:66:40:1985:685|Prediction
J|0080|Lay,T.|Estimating explosion yield by analytical waveform comparison||Geophys. J. R. astr. Soc.:82:1:1985:1-30|Underground nuclear explosion+Nevada test site
J|0081|Wu,R-S.|Multiple scattering and energy transfer of seismic waves - separation of scattering effect from intrinsic attenuation. 1. Theoretical modelling||Geophys. J. R. astr. Soc.:82:1:1985:57-80|Theory
J|0082|Milkereit,B.+Mooney,W.D.+Kohler,W.M.|Inversion of seismic refraction data in planar dipping structure||Geophys. J. R. astr. Soc.:82:1:1985:81-103|Computer program
J|0083|Tanimoto,T.|The Backus-Gilbert approach to the three-dimensional structure in the upper mantle. 1. Lateral variation of surface wave phase velocity with its error and resolution||Geophys. J. R. astr. Soc.:82:1:1985:105-123|Backus-Gilbert method
J|0084|Der,Z.A.+Lees,A.C.|Methodologies for estimating t*(f) from short-period body waves and regional variations of t*(f) in the United States||Geophys. J. R. astr. Soc.:82:1:1985:125-140|Travel-times+Frequency domain+Time domain
J|0085|Harding,A.J.|Review of `Deconvolution' edited by A. Ziolkowski||Geophys. J. R. astr. Soc.:82:1:1985:141
J|0086|Ben-Menahem,A.+Beydoun,W.B.|Range of validity of seismic ray and beam methods in general inhomogeneous media. 1. General theory||Geophys. J. R. astr. Soc.:82:2:1985:207-234|Asymptotic wave theory
J|0087|Beydoun,W.B.+Ben-Menahem,A.|Range of validity of seismic ray and beam methods in general inhomogeneous media. 2. A canonical problem||Geophys. J. R. astr. Soc.:82:2:1985:235-262|Asymptotic wave theory+Inhomogeneous medium
J|0088|Chapman,C.H.+Orcutt,J.A.|Least-squares fitting of marine seismic refraction data||Geophys. J. R. astr. Soc.:82:3:1985:339-374|Marine seismic investigation+Least squares solution
J|0089|Shaw,P.R.+Orcutt,J.A.|Waveform inversion of seismic refraction data and applications to young Pacific crust||Geophys. J. R. astr. Soc.:82:3:1985:375-414|Pacific Ocean
J|0090|Sen,M.K.+Frazer,L.N.|Kirchhoff-Helmholtz reflection seismograms in a laterally inhomogeneous multi-layered elastic medium. 2. Computations||Geophys. J. R. astr. Soc.:82:3:1985:415-437|Kirchhoff-Helmholtz integral+Reflexion
J|0091|Savage,J.E.G.+Long,R.E.|Lithospheric structure beneath the Kenya Dome||Geophys. J. R. astr. Soc.:82:3:1985:461-477|Lithosphere
J|0092|Lynnes,C.S.+Ruff,L.J.|Source process and tectonic implications of the great 1975 North Atlantic earthquake||Geophys. J. R. astr. Soc.:82:3:1985:497-510|Tectonics
J|0093|Yomogida,K.|Gaussian beams for surface waves in laterally slowly-varying media||Geophys. J. R. astr. Soc.:82:3:1985:511-533|Lateral variation
J|0094|Al-Abbasi,J.N.+Fahmi,K.J.|Estimating maximum magnitude earthquakes in Iraq using extreme value statistics||Geophys. J. R. astr. Soc.:82:3:1985:535-548|1905-1982+Seismicity+Extreme value theory
J|0095|Fletcher,J.B.+Liu,H-P.|Precise measurement of seismic travel times from an air gun source||Geophys. J. R. astr. Soc.:82:3:1985:549-557|Air cannon+Travel-times
J|0096|Crampin,S.+Evans,R.+Ucer,S.B.|Analysis of records of local earthquakes: the Turkish Dilatancy Projects (TDP1 and TDP2)||Geophys. J. R. astr. Soc.:83:1:1985:1-16|Dilatancy+Turkey+Anisotropy
J|0097|Ucer,S.B.+Crampin,S.+Evans,R.+|The MARNET radiolinked seismometer network spanning the Marmara Sea and the seismicity of Western Turkey||Geophys. J. R. astr. Soc.:83:1:1985:17-30
J|0098|Booth,D.C.+Crampin,S.|Shear-wave polarizations on a curved wavefront at an isotropic free surface||Geophys. J. R. astr. Soc.:83:1:1985:31-45|Shear wave
J|0099|Evans,R.+Asudeh,I.+Crampin,S.+|Tectonics of the Marmara Sea region of Turkey: new evidence from micro-earthquake fault plane solutions||Geophys. J. R. astr. Soc.:83:1:1985:47-60|Microearthquake
J|0100|Booth,D.C.+Crampin,S.+Evans,R.+|Shear-wave polarizations near the North Anatolian Fault. 1. Evidence for anisotropy-induced shear-wave splitting||Geophys. J. R. astr. Soc.:83:1:1985:61-73|Shear wave
J|0101|Crampin,S.+Booth,D.C.|Shear-wave polarizations near the North Anatolian Fault. 2. Interpretation of crack-induced anisotropy||Geophys. J. R. astr. Soc.:83:1:1985:75-92|Shear wave+Turkey
J|0102|Wu,R-S.|Gaussian beams, complex rays, and the analytic extension of the Green's function in smoothly inhomogeneous media||Geophys. J. R. astr. Soc.:83:1:1985:93-110|Inhomogeneous medium
J|0103|Thomson,C.J.+Chapman,C.H.|An introduction to Maslov's asymptotic method||Geophys. J. R. astr. Soc.:83:1:1985:143-168|Maslov asymptotic theory
J|0104|Hori,S.+Inoue,H.+Fukao,Y.+|Seismic detection of the untransformed `basaltic' oceanic crust subducting into the mantle||Geophys. J. R. astr. Soc.:83:1:1985:169-197|Subduction
J|0105|Nowroozi,A.A.+Mohajer-Ashjai,A.|Fault movements and tectonics of eastern Iran: boundaries of the Lut plate||Geophys. J. R. astr. Soc.:83:1:1985:215-237
J|0106|Stesky,R.M.|Compressional and shear velocities of dry and saturated jointed rock: a laboratory study||Geophys. J. R. astr. Soc.:83:1:1985:239-262|Velocity+Fracture
J|0107|Kennett,B.L.N.+Gregersen,S.+Mykkeltveit,S.+|Mapping of crustal heterogeneity in the North Sea basin via the propagation of Lg-waves||Geophys. J. R. astr. Soc.:83:1:1985:299-306|Lg-wave
J|0108|Campillo,M.+Bouchon,M.|Synthetic SH seismograms in a laterally varying medium by the discrete wavenumber method||Geophys. J. R. astr. Soc.:83:1:1985:307-317|Synthetic seismogram+Lateral variation
J|0109|Singh,S.K.+Lermo,J.|Mislocation of Mexican earthquakes as reported in international bulletins|With Spanish abstract|Geofis. int.:24:2:1985:333-351|Mexico
J|0110|Balakina,L.M.|The lithospheric earthquakes of 1978 in the southern Kuril Islands area|In Russian|Izv. Akad. Nauk SSSR, Fiz. Zemli::4:1985:3-16
J|0111|Graizer,V.M.|Numerical modelling of non-plane faulting|In Russian|Izv. Akad. Nauk SSSR, Fiz. Zemli::4:1985:17-27
J|0112|Lyakhovskii,V.A.+Myasnikov,V.P.|The behaviour of viscoelastic microfractured media under tension and shear|In Russian|Izv. Akad. Nauk SSSR, Fiz. Zemli::4:1985:28-35|Viscoelastic solid
J|0113|Volarovich,M.P.+Bayuk,Ye.I.+D'yaur,N.I.|Variations in compressional wave velocities during the deformation of samples|In Russian|Izv. Akad. Nauk SSSR, Fiz. Zemli::4:1985:78-82|Rock+Velocity
J|0114|Solov'ev,V.S.|On the use of the dynamic characteristics of seismic waves|In Russian|Izv. Akad. Nauk SSSR, Fiz. Zemli::4:1985:83-86|Dynamics
J|0115|Nikolayev,A.V.+Solov'ev,V.S.|The problems of four-dimensional seismics|In Russian|Izv. Akad. Nauk SSSR, Fiz. Zemli::4:1985:109-112
J|0116|Johnston,A.C.+Nava,S.J.|Recurrence rates and probability estimates for the New Madrid seismic zone||J. geophys. Res.:90:8:1985:6737-6753|Missouri
J|0117|Spence,G.D.+Clowes,R.M.+Ellis,R.M.|Seismic structure across the active subduction zone of western Canada||J. geophys. Res.:90:8:1985:6754-6772|Vancouver I.+COCRUST
J|0118|Beck,S.L.+Ruff,L.J.|The rupture process of the 1976 Mindanao earthquake||J. geophys. Res.:90:8:1985:6773-6782|Rupturing+Philippines
J|0119|Jones,T.D.|Nature of seismic reflections from the crystalline basement: COCORP Wind River Line, Wyoming||J. geophys. Res.:90:8:1985:6783-6791|Reflexion study
J|0120|Segall,P.|Stress and subsidence resulting from subsurface fluid withdrawal in the epicentral region of the 1983 Coalinga earthquake||J. geophys. Res.:90:8:1985:6801-6816|California||#*COALINGA
J|0121|Lawson,J.E.+Luza,K.V.|Oklahoma earthquakes, 1984||Okla. Geol. Notes:45:2:1985:52-61|Seismicity
J|0122||1956 Oklahoma `earthquake' probably wasn't an earthquake||Okla. Geol. Notes:45:2:1985:62-63|Sonic boom
J|0123|Silver,P.G.+Masuda,T.|A source extent analysis of the Imperial Valley earthquake of October 15, 1979 and the Victoria earthquake of June 9, 1980||J. geophys. Res.:90:9:1985:7639-7651|California+Mexico
J|0124|Burger,R.W.+Langston,C.A.|Source mechanism of the May 18, 1980, Mount St. Helens eruption from regional surface waves||J. geophys. Res.:90:9:1985:7653-7664|Focal mechanism+St. Helens, Mt.+Volcanism
J|0125|Yomogida,K.+Aki,K.|Waveform synthesis of surface waves in a laterally heterogeneous earth by the Gaussian beam method||J. geophys. Res.:90:9:1985:7665-7688|Heterogeneous medium
J|0126|Roecker,S.W.|Velocity structure in the Izu-Bonin seismic zone and the depth of the olivine-spinel phase transition in the slab||J. geophys. Res.:90:9:1985:7771-7794|Bonin Islands
J|0127|Merriam,J.B.|Toroidal Love numbers and transverse stress at the earth's surface||J. geophys. Res.:90:9:1985:7795-7802
J|0128|Savage,J.C.+Gu,G-H.|A plate flexure approximation to postseismic and interseismic deformation||J. geophys. Res.:90:10:1985:8570-8580|Flexing
J|0129|Schwartz,S.Y.+Ruff,L.J.|The 1968 Tokachi-Oki and the 1969 Kurile Islands earthquakes: variability in the rupture process||J. geophys. Res.:90:10:1985:8613-8626|Tokachi-oki+Kuril Islands+Rupturing
J|0130|McClain,J.S.+Orcutt,J.A.+Burnett,M.|The East Pacific Rise in cross section: a seismic model||J. geophys. Res.:90:10:1985:8627-8639|Refraction study+Magmatism
J|0131|Marthelot,J-M.+Chatelain,J-L.+Isacks,B.L.+|Seismicity and attenuation in the central Vanuatu (New Hebrides) islands: a new interpretation of the effect of subduction of the D'Entrecasteaux fracture zone||J. geophys. Res.:90:10:1985:8641-8650|D'Entrecasteaux Islands
J|0132|Jin,A-S.+Cao,T-Q.+Aki,K.|Regional change of coda Q in the oceanic lithosphere||J. geophys. Res.:90:10:1985:8651-8659
J|0133|Carpenter,P.J.+Sanford,A.R.|Apparent Q for upper crustal rocks of the central Rio Grande rift||J. geophys. Res.:90:10:1985:8661-8674|Q+Rio Grande Rift
J|0134|Carlson,R.L.+Gangi,A.F.|Effect of cracks on the pressure dependence of P wave velocities in crystalline rocks||J. geophys. Res.:90:10:1985:8675-8684|P-wave+Velocity
J|0135|a-MIT Field Geophysics Course|A geophysical study of Mesquite Valley: Nevada-California border||J. geophys. Res.:90:10:1985:8685-8689|Geophysical investigation
J|0136|Krylov,S.V.+Sergeyev,V.N.|Properties of head waves and new possibilities for their processing automation|In Russian with English abstract|Geologiya Geofiz. Novosibirsk::4:1985:92-102|Automatic processing
J|0137|Gol'din,S.V.|Integral continuation of wave fields|In Russian with English abstract|Geologiya Geofiz. Novosibirsk::4:1985:103-113
J|0138|Epov,A.B.|Maximum parameters of spatial travel-time curves of refracted and diffracted waves and the method of calculating them for the layered-uniform medium|In Russian with English abstract|Geologiya Geofiz. Novosibirsk::4:1985:113-119|Travel-times+Refracted wave+Layered medium
J|0139|Kanareikin,B.A.+Bogachev,S.F.+Smirnov,D.V.|The structure of the Palaeozoic deposits in the Nyurol'skii depression according to MCDP and gravitation prospecting data|In Russian with English abstract|Geologiya Geofiz. Novosibirsk::4:1985:119-129
J|0140|Puzyrev,N.N.+Bobrov,B.A.+Gik,L.D.+|Investigation of the directivity of the source of transverse seismic waves by means of physical modelling|In Russian with English abstract|Geologiya Geofiz. Novosibirsk::5:1985:66-74|Transverse wave+Ultrasound
J|0141|Zaitsev,V.P.|The methods and results of the experiments on the investigation of the elastic connexion between the horizontal geophone and the soil|In Russian with English abstract|Geologiya Geofiz. Novosibirsk::5:1985:75-84|Elasticity
J|0142|Gol'din,S.V.|Two-dimensional integral continuation of waves|In Russian with English abstract|Geologiya Geofiz. Novosibirsk::5:1985:84-93
J|0143|Obolentseva,I.R.+Dumnova,A.M.|Reflexion and refraction coefficients of plane SH-waves at the transversal-isotropic elastic interface with inclined axes of symmetry|In Russian with English abstract|Geologiya Geofiz. Novosibirsk::5:1985:103-115|Reflexion coefficient+SH-wave+Plane wave
J|0144|Rezanov,I.A.+Faitel'son,A.Sh.|Archimedean equilibrium of the earth's crust and the Mohorovicic discontinuity|In Russian with English abstract|Geologiya Geofiz. Novosibirsk::5:1985:115-123
J|0145|Golenetskii,S.I.+Golubev,V.A.|On the relation of seismicity to heat flow in the Lake Baikal depression area|In Russian with English abstract|Geologiya Geofiz. Novosibirsk::6:1985:87-97
J|0146|Yeremin,G.G.|Seismicity and time variations in the helium content in the border zone between the Pamirs and Tien Shan|In Russian with English abstract|Geologiya Geofiz. Novosibirsk::6:1985:97-104|Temporal variation
J|0147|Vostrikov,Yu.N.|Numerical investigation of the precision of restoration of soil displacement on the basis of the seismogram|In Russian with English abstract|Geologiya Geofiz. Novosibirsk::6:1985:104-112
J|0148|Garin,V.P.+Yashkov,G.N.|Spatial time fields of diffracted waves|In Russian with English abstract|Geologiya Geofiz. Novosibirsk::6:1985:113-119
J|0149|Gol'din,S.V.+Kiseleva,L.G.+Kurdyukova,T.V.|Interpretation by the KING system of hodographs of refracted waves with complicated relief of the day surface|In Russian with English abstract|Geologiya Geofiz. Novosibirsk::6:1985:120-126|Travel-times
J|0150|Zhu,P-D.+Li,Y-M.|The study of crust and upper mantle structure below the recording station by means of teleseismic P waveforms|In Chinese with English abstract|Acta geophys. sin.:28:1:1985:16-25|Crustal structure+P-wave+Synthetic seismogram
J|0151|Huang,Y-P.+Teng,J-W.|The tau method inversion and research into crustal structure|In Chinese with English abstract|Acta geophys. sin.:28:1:1985:26-39|Data processing+Tau-method
J|0152|Zhu,Y-Q.+Xing,R-Y.|A space-spectrum analysis on Asia-Europe continental seismicity|In Chinese with English abstract|Acta geophys. sin.:28:1:1985:40-52
J|0153|Feng,R.+Kanasewich,E.R.|Propagating enclosure method in finite element analysis|In Chinese with English abstract|Acta geophys. sin.:28:1:1985:53-63|Finite element method
J|0154|Zhao,L-S.+Yao,Z-X.|Complex phase matching method and its application to the problem of stratified homogeneous media with curved interfaces: theory|In Chinese with English abstract|Acta geophys. sin.:28:1:1985:64-73|Synthetic seismogram+Layered medium
J|0155|Huang,G-Y.+Xu,W-T.+Fu,G-H.+|An algorithm for processing seismic exploration data|In Chinese with English abstract|Acta geophys. sin.:28:1:1985:74-84|Data processing
J|0156|Teng,J-W.+Sun,K-Z.+Xiong,S-B.+|Explosion seismology study for velocity distribution and structure of the crust and upper mantle from Maanshan to Qidong in the southern part of China|In Chinese with English abstract|Acta geophys. sin.:28:2:1985:155-169|Crustal structure
J|0157|Yao,Z-X.+Zheng,T-Y.|Estimation of strong ground motion for the Ertan Dam region|In Chinese with English abstract|Acta geophys. sin.:28:2:1985:170-180|Dam+Barrage+Reservoir+China+Prediction
J|0158|Fu,S-F.+Xu,D-F.|Mantle Rayleigh wave dispersion and attenuation|In Chinese with English abstract|Acta geophys. sin.:28:2:1985:198-207
J|0159|Dong,Q-D.+Wang,K-X.+Xu,J-Q.|Numerical evaluation and analysis of the acoustic pressure waveform in cylindrical multilayer quasi-elastic media - a theoretical study of the acoustic logging method. 2.|In Chinese with English abstract|Acta geophys. sin.:28:2:1985:208-217|Sonic diagraphy+Numerical analysis
J|0160|Zhang,L-M.+Shu,P-Y.+Teng,C-K.+|Is Tanlu Fault belt an active seismic zone?|In Chinese|Acta geophys. sin.:28:2:1985:230-232|China+Seismicity
J|0161|Liu,Q-Y.+Shao,X-Z.|Study on the dynamic characteristics of PS converted waves|In Chinese with English abstract|Acta geophys. sin.:28:3:1985:291-302|PS-wave+Dynamics
J|0162|Li,L-Y.+Liu,D-F.|Threshold modelling on the earthquake magnitude series|In Chinese with English abstract|Acta geophys. sin.:28:3:1985:303-310|Maximum magnitude
A|0163|Chester,D.K.+Duncan,A.M.+Guest,J.E.+|Mount Etna. The anatomy of a volcano||1985:London:Chapman and Hall|Volcanism+Sicily+Earthquake|404p
J|0164|Petrashen',G.I.+Budayev,B.V.|On the subject matter of Part 1 of the book by K.D. Klem-Musatov, `Theory of boundary waves and their application in seismics'|In Russian|Geologiya Geofiz. Novosibirsk::6:1985:149-152
J|0165|Ma,Z-T.|On stability of splitting-up algorithm for solution of higher-order migration equation|In Chinese with English abstract|Acta geophys. sin.:28:1:1985:101-109
J|0166|Schlax,M.+Oldenburg,D.W.|A practical solution for linear inference computations||Geophys. J. R. astr. Soc.:83:2:1985:331-345|Prediction+Backus' theory+Inversion
J|0167|Maguire,P.K.H.+Francis,D.J.+Whitcombe,D.N.|Determination of the three-dimensional seismic structure of the crust and upper mantle in the Central Midlands of England||Geophys. J. R. astr. Soc.:83:2:1985:347-362|United Kingdom+Crustal structure
J|0168|Maupin,V.|Partial derivatives of surface wave phase velocities for flat anisotropic models||Geophys. J. R. astr. Soc.:83:2:1985:379-398|Anisotropy+Phase velocity
J|0169|Lomnitz-Adler,J.|Asperity models and characteristic earthquakes||Geophys. J. R. astr. Soc.:83:2:1985:435-450|Percolation
J|0170|Nye,J.F.|Caustics in seismology||Geophys. J. R. astr. Soc.:83:2:1985:477-485|Core-mantle boundary+Catastrophe theory
J|0171|MacBeth,C.D.+Burton,P.W.|Upper crustal shear velocity models from higher mode Rayleigh wave dispersion in Scotland||Geophys. J. R. astr. Soc.:83:2:1985:519-539|United Kingdom+Crustal structure
J|0172|Gupta,I.N.+Blandford,R.R.+Wagner,R.A.+|Use of P coda for determination of yield of nuclear explosions||Geophys. J. R. astr. Soc.:83:2:1985:541-553|P-wave+NORSAR+Underground nuclear explosion+Nevada test site
J|0173|Kennett,B.L.N.|Review of `Geophysical data analysis: discrete inverse theory' by W. Menke||Geophys. J. R. astr. Soc.:83:2:1985:562|Data processing+Inversion
J|0174|Ritzert,M.+Jacoby,W.R.|On the lithospheric seismic structure of Reykjanes Ridge at 62.5degreesN||J. geophys. Res.:90:12:1985:10117-10128|Lithosphere+Synthetic seismogram
J|0175|Andrews,M.C.+Mooney,W.D.|The relocation of microearthquakes in the northern Mississippi embayment||J. geophys. Res.:90:12:1985:10223-10236
J|0176|Crosson,R.S.+Bame,D.A.|A spherical source model for low frequency volcanic earthquakes||J. geophys. Res.:90:12:1985:10237-10247|Sphere+Volcanism
J|0177|Bratt,S.R.+Bergman,E.A.+Solomon,S.C.|Thermoelastic stress: how important as a cause of earthquakes in young oceanic lithosphere?||J. geophys. Res.:90:12:1985:10249-10260|Thermoelasticity+Triggering agent
J|0178|Wu,R-S.+Aki,K.|Elastic wave scattering by a random medium and the small-scale inhomogeneities in the lithosphere||J. geophys. Res.:90:12:1985:10261-10273|Inhomogeneity
J|0179|Harder,S.|Inversion of phase velocities for the anisotropic elastic tensor||J. geophys. Res.:90:12:1985:10275-10280|Phase velocity+Anisotropy
J|0180|Savage,J.C.+Gu,G-H.|The 1979 Palmdale, California, strain event in retrospect||J. geophys. Res.:90:12:1985:10301-10309
J|0181|Savage,J.C.+Lisowski,M.+Prescott,W.H.|Strain accumulation in the Rocky Mountain states||J. geophys. Res.:90:12:1985:10310-10320|Rocky Mountains
J|0182|a-North Atlantic Transect Study Group|North Atlantic Transect: a wide-aperture, two-ship multichannel seismic investigation of the oceanic crust||J. geophys. Res.:90:12:1985:10321-10341
J|0183|Qiang,Z-J.+Ye,S-Z.|The characteristics of the active faults in the 1668 great earthquake (M=8.5) area, Juxian-Tancheng, Shandong Province|In Chinese with English abstract|Seismology Geol.:7:2:1985:19-26|China
J|0184|Zhang,B-C.+Zheng,B-H.+Guo,S-M.+|Geological structure setting of the generation of intraplate earthquakes in the continent of China and their structural classification|In Chinese with English abstract|Seismology Geol.:7:2:1985:27-33|Geology
J|0185|Yao,Y-Z.|Symposium on tectonophysics and crustal deformation, held in Beijing|In Chinese|Seismology Geol.:7:2:1985:34|Report
J|0186|Feng,X-Y.|Seismogeological characteristics of the Xinjiang area|In Chinese with English abstract|Seismology Geol.:7:2:1985:35-44|Seismogeology+China
J|0187|Wang,C-M.+Wang,G-Z.+Jia,H-Z.+|Preliminary discussion on the principle, method and results of dynamic state observation networks of underground water set in China|In Chinese with English abstract|Seismology Geol.:7:2:1985:51-58|Groundwater+Xingtai+1966
J|0188|Wu,Z-L.|Crustal movement and seismic characteristics of Hainan Island|In Chinese with English abstract|Seismology Geol.:7:2:1985:71-76|1605+Seismicity+South China Sea
J|0189|Wang,J-B.|Symposium on the different strong-shock-generating structure background at the shallow surface from that in the deep earth|In Chinese|Seismology Geol.:7:2:1985:80|Deep-focus earthquake+Shallow-focus earthquake
J|0190|Sun,W-C.+Li,S-L.+Yang,Y-C.|Preliminary study on crustal structures in the east of North China|In Chinese with English abstract|Seismology Geol.:7:3:1985:1-11
J|0191|Xia,R-L.|Characteristic distribution of regional seismic stress field in the Anhui area|In Chinese with English abstract|Seismology Geol.:7:3:1985:13-22|China
J|0192|Wen,X-Z.+Huang,S-M.+Jiang,Z-X.|Neotectonic features of the Ganzi-Yushu fault zone and assessment of its earthquake risk|In Chinese with English abstract|Seismology Geol.:7:3:1985:23-32|Neotectonics+China
J|0193|Yao,Y-Z.|Symposium on the Qiongshan earthquake of 1605, held in Haik on Haikou|In Chinese|Seismology Geol.:7:3:1985:42|China+Report
J|0194|Che,Y-T.+Yang,H-N.|Discussion on the mechanism of the microbehaviour of the groundwater level in a borehole|In Chinese with English abstract|Seismology Geol.:7:3:1985:43-50|Underground water
J|0195|Tian,Z-J.+Gu,Y-Z.|Analysis and processing of data on fluctuations of groundwater level|In Chinese with English abstract|Seismology Geol.:7:3:1985:51-59|Data processing+Underground water
J|0196|Xu,S-T.|Discussion on `The plastic deformation characteristics and regional strain field on the southern segment of the Tancheng-Lujiang fault zone'|In Chinese with English abstract|Seismology Geol.:7:3:1985:60-62
J|0197|Hao,X-S.+Peng,Y-M.+Wang,Z-L.|Effect of the underlying bedrock slope on seismic ground motion in the Xuzhou area|In Chinese with English abstract|Seismology Geol.:7:3:1985:63-72|China
J|0198|Dewey,J.+Keilis-Borok,V.I.+Rotwain,I.M.|Bursts of aftershocks and strong earthquakes of the southwest Pacific Ocean|In Russian with English abstract|Vychisl. Seismol.::17:1984:3-7|Circum-Pacific Belt
J|0199|Novikova,N.N.+Sidorenko,T.V.|The `BG' long-term premonitory pattern for seven regions of the world|In Russian with English abstract|Vychisl. Seismol.::17:1984:8-15|Precursor+Maximum magnitude+Circum-Pacific Belt+South America+Strong earthquake
J|0200|Apcauri,P.V.|Earthquake swarms before strong earthquakes in the Caucasus|In Russian with English abstract|Vychisl. Seismol.::17:1984:15-17|Precursor
J|0201|Gabrielov,A.M.+Keilis-Borok,V.I.|Geometry of the principal stress field: trajectories of the weakening due to Rhebinder's effect|In Russian with English abstract|Vychisl. Seismol.::17:1984:17-25|Trajectory
J|0202|Pisarenko,V.F.+Pruchkina,F.M.+Shnirman,M.G.|A stochastic model for the evolution of a system with defects|In Russian with English abstract|Vychisl. Seismol.::17:1984:25-28
J|0203|Gvishiani,A.D.+Gurvich,V.A.|Dynamic problems of pattern recognition. 2. Stabilizing sets and local stability of earthquake prediction|In Russian with English abstract|Vychisl. Seismol.::17:1984:29-36|Central Asia
J|0204|Kronrod,T.L.|Seismicity parameters of the main regions of high seismic activity|In Russian with English abstract|Vychisl. Seismol.::17:1984:36-58
J|0205|Keilis-Borok,V.I.+Molchan,G.M.+Gotsadze,O.D.+|An attempt at seismic risk estimation for rural dwellings in Georgia|In Russian with English abstract|Vychisl. Seismol.::17:1984:58-67|Building+Structure+Georgia, USSR
J|0206|Rastsvetayev,A.L.|Local stability of seismic prediction and cluster analysis|In Russian with English abstract|Vychisl. Seismol.::17:1984:67-69|Clustering
J|0207|Kosobokov,V.G.|General features of the strongest (M>=8.2) earthquake-prone areas in the non-Alpine zone of the TransAsian seismic belt|In Russian with English abstract|Vychisl. Seismol.::17:1984:69-71|Seismicity+Maximum magnitude
J|0208|Kosobokov,V.G.+Lazarov,R.|On the approximational accuracy of pattern recognition solutions for the strongest (M>=8.2) earthquake-prone areas in the Pacific seismic belt|In Russian with English abstract|Vychisl. Seismol.::17:1984:72-74|Circum-Pacific Belt+Maximum magnitude
J|0209|Bukchin,B.G.+Levshin,A.L.+Ratnikova,L.I.|On apparent anisotropy observed in inhomogeneous media|In Russian with English abstract|Vychisl. Seismol.::17:1984:116-124|Inhomogeneous medium+Inverse problem
J|0210|Kushnir,A.F.+Pinskii,V.I.+Rukavishnikova,T.A.|Model studies of the estimation of parameters of a linear system and dispersive media|In Russian with English abstract|Vychisl. Seismol.::17:1984:124-141|Algorithm+Inverse problem
J|0211|Naimark,B.M.+Malevskii,A.V.|An economical method for bi-cubic spline interpolation|In Russian with English abstract|Vychisl. Seismol.::17:1984:141-149|Inverse problem+Algorithm
J|0212|Kushnir,A.F.+Savin,I.V.|Statistical adaptive algorithms for automatic seismic signal detection. 2|In Russian with English abstract|Vychisl. Seismol.::17:1984:150-158|Automatic event detector
J|0213|Kushnir,A.F.+Lapshin,V.M.|Optimal processing of signals recorded by arrays|In Russian with English abstract|Vychisl. Seismol.::17:1984:159-170|Data processing
J|0214|Diasamidze,G.N.+Pisarenko,V.F.|On space-time filtering methods|In Russian with English abstract|Vychisl. Seismol.::17:1984:170-177|Space-time pattern+Signal
J|0215|Kolesnikov,Yu.A.+Toksoz,M.N.|An application of the summing procedure for suppression of wind-generated seismic noise|In Russian with English abstract|Vychisl. Seismol.::17:1984:177-188|Signal+Filtering
J|0216|Joyce,C.|Geologists warned of threat from volcano|News item|New Scient.::1483:1985:18-19|Colombia+Nevado del Ruiz+Volcanism+Prediction+Earthquake
J|0217|Leggett,J.|The day the world's luck ran out|News item|New Scient.::1483:1985:18-19|Colombia+Nevado del Ruiz+Volcanism+Prediction+Earthquake
J|0218||Portents read in the nick of time|News item|Nature, Lond.:318:6043:1985:226|China+Haicheng+1975+Precursor
A|0219|Dobrovol'skii,I.P.|The mechanics of tectonic earthquake preparation|In Russian|1984:Moscow:Nauka Publishing House|Tectonics|189p
J|0220|Kunin,N.Ya.+Goncharova,N.V.+Semenova,G.I.+|Limit of the propagation velocities of longitudinal waves in the lateral heterogeneities of the upper mantle of oceans|In Russian|Dokl. Akad. Nauk SSSR:278:1:1984:76-81|Velocity+Heterogeneity
J|0221|Ilyukhin,S.R.+Kara,V.I.+Lebedev,V.A.+|Tectonic deformation in the south of the Bengal rise|In Russian|Dokl. Akad. Nauk SSSR:278:1:1984:171-174|Bengal, Bay of+Tectonics
J|0222|Kopnichev,Yu.F.+Belousov,T.P.+Nurmagambetov,A.N.+|Horizontal heterogeneities of the upper mantle of Tyan-Shan' in relation to tectonics and seismicity|In Russian|Dokl. Akad. Nauk SSSR:278:2:1984:325-329|Heterogeneity
J|0223|Chaitskii,V.P.+Rogoza,O.I.+Pryamkova,L.A.|Structure of the Mikhailov Basin (northwest of the continental margin of the Black Sea)|In Russian|Dokl. Akad. Nauk SSSR:278:2:1984:440-443
J|0224|Bovenko,V.G.+Shcherbakova,B.Ye.|Study of geological environs by means of seismic dispersion waves|In Russian|Dokl. Akad. Nauk SSSR:278:3:1984:575-580|Geology+Propagation
J|0225|Pavlov,O.V.+Tabulevich,V.N.|Laws of the modification of intensities of global seismic vibrations|In Russian|Dokl. Akad. Nauk SSSR:278:3:1984:585-587|Aftershock+Intensity
J|0226|Engel'brekht,Yu.K.|Problems posed by the description of non-linear waves in active environs|In Russian|Dokl. Akad. Nauk SSSR:278:3:1984:591-594|Propagation
J|0227|Morozova,L.A.+Nevskii,M.V.|Spatial variation of the deformation and propagation velocity of seismic waves in the earth's crust of seismoactive regions|In Russian|Dokl. Akad. Nauk SSSR:278:4:1984:834-837
J|0228|Vinnik,L.P.+Kosarev,G.L.+Makeyeva,L.I.|Anisotropy of the lithosphere from observations of SKS- and SKKS-waves|In Russian|Dokl. Akad. Nauk SSSR:278:6:1984:1335-1339|SKS-wave
J|0229|Gubin,I.Ye.|Seismic tectonic series|In Russian|Dokl. Akad. Nauk SSSR:279:2:1984:426-429|Seismotectonics+Energy+Magnitude
J|0230|Strashinova,Ye.A.|Inhomogeneous propagation velocities in the lithosphere in oceans and continents|In Russian|Dokl. Akad. Nauk SSSR:279:5:1984:1077-1081|Deep seismic sounding+Velocity
J|0231|Gokhberg,M.B.+Kissin,I.G.+Voitov,G.I.+|Hydrogeological and gazogeochemical effects of surface explosions|In Russian|Dokl. Akad. Nauk SSSR:279:6:1984:1334-1339|Hydrochemistry+Underground water+Groundwater
J|0232|Nikolayev,A.V.+Ammosov,S.M.+Voitov,G.I.+|Volatile products in zones with seismovibrations of a substratum|In Russian|Dokl. Akad. Nauk SSSR:279:6:1984:1444-1450|Polymerization+Gas
J|0233|Kissin,I.G.|`Sensitive zones' of the earth's crust and amplitude of precursive signs of earthquakes|In Russian|Dokl. Akad. Nauk SSSR:281:2:1985:304-307|Precursor
J|0234|Ostashevskii,M.G.+Sidorin,A.Ya.|Method and results of electrometric observations in regions with seismic activity|In Russian|Dokl. Akad. Nauk SSSR:282:2:1985:295-299|Electrical resistivity
J|0235|Chigarev,N.V.+Nikolayev,V.A.|Seismogenetic evaluation of Mmax magnitudes of the territories of Central Asia|In Russian|Dokl. Akad. Nauk SSSR:282:3:1985:554-558|Energy+Maximum magnitude
J|0236|Slavina,L.B.+Tagizade,T.T.+Gorel'chik,V.I.|Possibility of illustrating active zones along deep faults by means of the parameters Vp/Vs|In Russian|Dokl. Akad. Nauk SSSR:282:3:1985:550-554|P-wave+S-wave+Velocity+Seismotectonics
J|0237|Nersesov,I.P.+Rulev,B.G.+Bokanenko,L.I.+|Series of seasonal variations and parameters of seismic deformations in the Garm polygon|In Russian|Dokl. Akad. Nauk SSSR:282:5:1985:1086-1089|Seismotectonics+Tyan-Shan'
J|0238|Guberman,Sh.A.|Verification of seismic predictions by means of D-waves from 1978 to 1983|In Russian|Dokl. Akad. Nauk SSSR:282:6:1985:1330-1332|Precursor+World+1978-1983
J|0239|Malamud,A.S.+Nikolayevskii,V.N.|Cyclicity of seismotectonic events on the boundary of the Indian lithospheric plate|In Russian|Dokl. Akad. Nauk SSSR:282:6:1985:1333-1337|Cycle+Seismotectonics+Pamirs+Afghanistan
J|0240|Kogan,L.I.|Structural heterogeneity of the consolidated earth crust of the ocean depths|In Russian|Dokl. Akad. Nauk SSSR:283:1:1985:73-76|Oceanic crust+Pacific Ocean
J|0241|Kind,R.+Kosarev,G.L.+Makeyeva,L.I.+|Observations of laterally inhomogeneous anisotropy in the continental lithosphere||Nature, Lond.:318:6044:1985:358-361|Mapping
J|0242||Minister's seismic claim is ridiculed|News item|New Scient.::1484:1985:16|Underground nuclear explosion+Monitoring+Earthquake+Discrimination
J|0243|Christoskov,L.+Eneva,M.|Relation between the diameter of foci and seismic magnitudes in the regions of the eastern Mediterranean and the Near East|In Bulgarian with Russian and English abstracts|Bulg. geofiz. Spis.:11:1:1985:32-40|Focus
J|0244|Christoskov,L.+Rangelov,B.+Gospodinov,D.|Some results from the application of a probability model to the prediction of strong earthquakes in the Aegean seismic zone|In Bulgarian with Russian and English abstracts|Bulg. geofiz. Spis.:11:1:1985:41-47|Aegean Sea+Precursor
J|0245|Rizhikova,S.+Shishkova,E.+Nikolova,S.|Some results from observations of deep seismic PP and SP phases in Bulgaria by means of seismic information through a telemetric system|In Russian with English abstract|Bulg. geofiz. Spis.:11:1:1985:48-54|P-wave+S-wave+Telemetry
J|0246|Glavcheva,R.+Atanasova,Z.|Characteristics of the detection of earthquakes in Bulgaria with M>=5|In Bulgarian with Russian and English abstracts|Bulg. geofiz. Spis.:11:1:1985:55-65
J|0247|Deneva,D.|Seismic subdivision of the Maritsa zones with a recapitulation of the spectral characteristics of seismic waves|In Bulgarian with Russian and English abstracts|Bulg. geofiz. Spis.:11:1:1985:74-82|Zoning+Bulgaria
J|0248|Ralchovski,Ts.|Natural electromagnetic radiations in relation to seismic activity preliminary results|In Bulgarian with Russian and English abstracts|Bulg. geofiz. Spis.:11:2:1985:46-55|Precursor+Electromagnetism
J|0249|Sokerova,D.+Velichkova,S.|Earthquakes in Bulgaria in 1976 considered in the light of some earth tidal effects|With Russian abstract|Bulg. geofiz. Spis.:11:2:1985:56-64|Earth tide+Spatial variation
J|0250|Yelenkov,S.+Maslinkova,S.+Pachova,S.+|Elucidation by means of the energy relations and amplitudes of precursory phenomena of earthquakes in the lowlands of High Thrace|In Russian|Bulg. geofiz. Spis.:11:2:1985:65-75|Bulgaria
J|0251|Georgiev,G.+Paskaleva,I.|Procedure for obtaining uncorrected accelerograms|In Bulgarian with Russian and English abstracts|Bulg. geofiz. Spis.:11:2:1985:76-82|Bulgaria
J|0252|Leggett,J.|The noise of the Bomb||New Scient.::1482:1985:39-42|Discrimination+Underground nuclear explosion+Monitoring+Earthquake
J|0253|Wattrus,N.J.|Seismic tomography applied to surface wave analysis||Acoust. Imaging:13::1984:549-563
J|0254|Dziewonski,A.M.+Anderson,D.L.|Seismic tomography of the earth's interior||Am. Scient.:72:5:1984:483-494|Seismicity+Anisotropy
J|0255|Medina,F.+Jimenez,Z.|Seismicity and variation of the b-Value in the volcanic zone of Colima, (Mexico)|In Spanish|An. Inst. Geofis. Univ. Mex.:27::1982:63-72|b-Value+Volcanism|Published in 1984
J|0256|Martinez,R.D.+Islas L.,J.|Techniques of seismological exploration used in Mexico|In Spanish|An. Inst. Geofis. Univ. Mex.:27::1982:107-164|Prospecting+Data processing+Filtering|Published in 1984
J|0257|Gallart,J.+Daignieres,M.+Gagnepain-Beyneix,J.+|Relationship between deep structure and seismicity in the western Pyrenees||Annls Geophys.:3:2:1985:239-247
J|0258|Cisternas,A.+Geodfroy,P.+Gvishiani,A.D.+|A dual approach to recognition of earthquake prone areas in the western Alps||Annls Geophys.:3:2:1985:249-269|Risk
J|0259|Makris,J.+Demnati,A.+Klussmann,J.|Deep seismic soundings in Morocco and a crust and upper mantle model deduced from seismic and gravity data||Annls Geophys.:3:3:1985:369-380|Refraction study
J|0260|Gagnepain-Beyneix,J.|Variation of source parameters of small western Pyrenean earthquakes and their relation to main shock occurrence||Annls Geophys.:3:3:1985:381-393|Moment+Pyrenees
J|0261|Bonasia,V.+Del Pezzo,E.+Pingue,F.+|Eruptive history, seismic activity and ground deformations at Mt. Vesuvius, Italy||Annls Geophys.:3:3:1985:395-406|Eruption+Seismicity+Volcanism
J|0262|Tinti,S.+Mulargia,F.|Completeness analysis of a seismic catalogue||Annls Geophys.:3:3:1985:407-414|Statistical method+Calabria+Sicily
J|0263|Alexandre,P.|Earthquakes in Belgium, in the Rhineland and in the north of France from 700 to 1400: critical catalogue|In French|Annls Soc. geol. Belg.:107::1984:117-124|History+700-1400+Germany
J|0264|Tani,M.+Kawasaki,I.|Why is seismic activity low in Antarctica?|With Japanese abstract|Antarctic Rec.::83:1984:29-36|Plate tectonics+Seismicity
J|0265|Kaminuma,K.|Activities of Japanese earth science research in the McMurdo Sound region in the 1983-1984 season|In Japanese with English abstract|Antarctic Rec.::83:1984:81-87|Erebus, Mt.+McMurdo Sd.+Antarctic+Prediction
J|0266|Hill,D.P.+Kissling,E.+Luetgert,J.H.+|Constraints on the upper crustal structure of the Long Valley-Mono Craters volcanic complex, eastern California, from seismic refraction measurements||J. geophys. Res.:90:13:1985:11135-11150|Refraction study
J|0267|Lide,C.S.+Ryall,A.S.|Aftershock distribution related to the controversy regarding mechanisms of the May 1980, Mammoth Lakes, California, earthquakes||J. geophys. Res.:90:13:1985:11151-11154|Focal mechanism
J|0268|Julian,B.R.+Sipkin,S.A.|Earthquake processes in the Long Valley caldera area, California||J. geophys. Res.:90:13:1985:11155-11169|Mechanism
J|0269|Wallace,T.C.|A reexamination of the moment tensor solutions of the 1980 Mammoth Lakes earthquakes||J. geophys. Res.:90:13:1985:11171-11176|California+Seismic moment tensor
J|0270|Priestley,K.F.+Brune,J.N.+Anderson,J.G.|Surface wave excitation and source mechanisms of the Mammoth Lakes earthquake sequence||J. geophys. Res.:90:13:1985:11177-11185|Focal mechanism+1980
J|0271|Denlinger,R.P.+Riley,F.S.+Boling,J.K.+|Deformation of Long Valley caldera between August 1982 and August 1983||J. geophys. Res.:90:13:1985:11199-11209|Geodesy+California
J|0272|Stein,R.S.+Barrientos,S.E.|Planar high-angle faulting in the Basin and Range: geodetic analysis of the 1983 Borah Peak, Idaho, earthquake||J. geophys. Res.:90:13:1985:11355-11366|Basin & Range+Geodesy||#*BORAH
J|0273|Gremell,P.E.+Cook,F.A.|Shear waves (?) on COCORP southern Appalachian reflection data||J. geophys. Res.:90:13:1985:11367-11373|Appalachian Mts.+Reflexion data
J|0274|Mori,J.+Shimazaki,K.|Inversion of intermediate-period Rayleigh waves for source characteristics of the 1968 Tokachi-Oki earthquake||J. geophys. Res.:90:13:1985:11374-11382|Japan+Tokachi-oki
J|0275|Stephen,R.A.|Seismic anisotropy in the upper oceanic crust||J. geophys. Res.:90:13:1985:11383-11396|DSDP
J|0276|Ambos,E.L.+Hussong,D.M.+Holman,C.E.|An ocean bottom seismometer study of shallow seismicity near the Mid-America Trench offshore Guatemala||J. geophys. Res.:90:13:1985:11397-11412|DSDP+OBS System
J|0277|Sutton,G.H.+Duennebier,F.K.+Fryer,G.J.|Comment on `The recovery of true particle motion from three-component ocean bottom seismometer data' by J.D. Garmany||J. geophys. Res.:90:13:1985:11567-11570|OBS System+Comments|With a reply by the author
J|0278|Sharma,R.D.+Achuthankutty,I.|On uncertainties in design basis ground motion parameters for site having inadequate data||Bull. Indian Soc. Earthq. Technol.:21:1:1984:1-14|Risk
J|0279|Iyengar,R.N.+Meera,K.|Earthquake in south India on 20th March 1984||Bull. Indian Soc. Earthq. Technol.:21:2:1984:49-61|Bangalore
J|0280|Gupta,I.D.+Ramakrishna,T.V.S.|Evaluation of risk Fourier spectra for a site in Assam seismic gap, northeast India||Bull. Indian Soc. Earthq. Technol.:21:2:1984:62-72|Fourier spectrum
J|0281|Schwarz,G.|Electrical conductivity in Tuscany and deduction of a geothermic model. Study of the Travale anomaly|In German with English abstract|Berl. geowiss. Abh., B::8:1984:1-95|Italy+Geothermy
J|0282|Mostaanpour,M.M.|Uniform evaluation of crustal seismic data in western Europe. Description of crustal parameters and anomalies in travel-times|In German with English abstract|Berl. geowiss. Abh., B::10:1984:1-96|Data processing
J|0283|Wigger,P.J.|Crustal structure of the north Appennines and neighbouring areas with a particular study of the geothermal anomaly of Tuscany|In German with English abstract|Berl. geowiss. Abh., B::9:1984:1-114|Italy+Geothermy
J|0284|Plata Torres,J.L.|Some practical aspects of the application of high resolution seismics to mining geology|In Spanish with English abstract|Boln Geol. Min.:95:5:1984:463-475|Reflexion study+Prospecting
J|0285|Lavecchia,G.+Minelli,G.+Pialli,G.+|First results of the Perugia-Frontone seismic refraction profile|In Italian with English abstract|Boll. Soc. geol. ital.:103:3:1984:447-466|Refraction study+Italy
J|0286|Casertano,L.+Borgia,A.+Cigolini,C.|Geophysical investigations at Poas Volcano, Costa Rica|In Spanish with English abstract|Boln Vulcanol.:6:14:1982:95-97|Volcanism+Eruption+Seismicity
J|0287|McNutt,S.|Analysis of volcanic tremor from Pavlof, Fuego, Pacaya San Cristobal and Masaya volcanoes|In English with Spanish abstract|Boln Vulcanol.:6:14:1982:56-58|Costa Rica+Seismicity+Volcanism
J|0288|Lavecchia,G.+Minelli,G.+Pialli,G.|The Appennines of Umbria and Marche: distension tectonics and seismogenesis hypothesis|In Italian with English abstract|Boll. Soc. geol. ital.:103:3:1984:467-476|Seismicity+Italy
J|0289|Davies,H.C.+Dobson,M.R.+Whittington,R.J.|A revised seismic stratigraphy for Quaternary deposits on the inner continental shelf west of Scotland between 55degrees30' and 57degrees30'N||Boreas:13:1:1984:49-66|United Kingdom
J|0290|Withjack,M.D.+Pollock,D.J.D.|Synthetic seismic-reflection profiles of rift-related structures||Bull. Am. Ass. Petrol. Geol.:68:9:1984:1160-1178|Synthetic seismogram+Reflexion study
J|0291|Bollinger,G.A.+Sibol,M.S.|Seismicity, seismic reflection studies, gravity and geology of the central Virginia seismic zone. Part 1. Seismicity||Bull. geol. Soc. Am.:96:1:1985:49-57|United States+Zoning
J|0292|Sah,S.L.+Ganapathy,M.A.|Three dimensional seismic data acquisition and sign bit recording||Bull. Oil nat. Gas Commn:20:1:1983:15-23
J|0293|Srivastava,D.C.+Mathur,P.N.|Analysis of sea level changes from seismic data in Mahim area of Bombay offshore basin||Bull. Oil nat. Gas Commn:20:2:1983:15-21|India
J|0294|Rich,V.|Tajikistan earthquake reveals flaw||Nature, Lond.:318:6045:1985:405|Tadzhikistan+1985+Monitoring+Leninabad||#*LENINABAD
J|0295|Galster,M.F.|An earthquake observation at sea||Bull. Ass. Engng Geologists:21:3:1984:387-388|Alaska+Prince William Sound
A|0296|e*Dohr,G.|Seismic shear waves. Part A: Theory||1985:Amsterdam:Geophysical Press||356p
A|0297|e*Dohr,G.|Seismic shear waves. Part B: Applications||1985:Amsterdam:Geophysical Press||273p
A|0298|Lockridge,P.|Tsunamis in Peru-Chile|Report SE-39|1985:Boulder, Colorado:National Geophysical Data Centre||77p
A|0299|Glover,D.P.+Meyers,H.+Herrmann,R.B.+|Inventory of filmed historical seismograms and station bulletins at World Data Centre A|Report SE-37|1985:Boulder, Colorado:National Geophysical Data Centre|History|220p
J|0300|Prasada Rao,R.+Srivastava,D.C.|Regional seismic facies analysis of western offshore India||Bull. Oil nat. Gas Commn:21:1:1984:83-96
J|0301|Zhang,Y-M.+Wang,L-M.+Dong,R-S.|Recent plate tectonic boundaries and strong earthquake belts in Eurasia|In Chinese with English abstract|Bull. Chin. Acad. geol. Sci.::10:1984:13-25|Europe+Asia+Plate tectonics
J|0302|Schoop,R.W.+Wegener,H.|Some results of s seismic survey on Lake Constance|In German with English and French abstracts|Bull. Verein. schweiz. Petrol.-Geol. u. -Ing.:50:118:1984:55-61|Constance, L.+Reflexion study+Bodensee
J|0303|Gorin,G.E.|Data bases in oil and gas exploration|With German and French abstracts|Bull. Verein. schweiz. Petrol.-Geol. u. -Ing.:50:119:1984:27-45|Prospecting
J|0304|Papadopoulos,G.A.|Seismic properties in the eastern part of the south Aegean volcanic arc||Bull. volcan.:47:1:1984:143-152|Greece+Aegean Sea+Survey
J|0305|Maiguma,T.+Takaya,T.|Recent developments of seismic refraction survey instruments|In Japanese|Butsuri-Tanko:37:5:1984:3-18
J|0306|Watanabe,V.+Kano,N.|Seismic recording system, to-day|In Japanese|Butsuri-Tanko:37:5:1984:19-26|Data acquisition
J|0307|Aoki,Y.+Ohnishi,M.+Tada,M.|Introduction to 3D seismic survey|In Japanese|Butsuri-Tanko:37:5:1984:27-41|Method
J|0308|Chujo,J.|Current state of continuous seismic profiling|In Japanese|Butsuri-Tanko:37:5:1984:42-49|Data acquisition+Data processing+Survey
J|0309|Asakura,N.|Concepts of seismic migration|In Japanese|Butsuri-Tanko:37:6:1984:22-34|Survey+Velocity
J|0310|Kawabe,Y.+Horike,M.+Kobayashi,Y.+|Shallow reflection prospecting with CDP stacking by means of a simple observation system|In Japanese with English abstract|Butsuri-Tanko:37:6:1984:307-318|Common depth point+Japan+Data processing
J|0311|Kobayashi,Y.|The shielding effect of a solid wall embedded in ground on seismic body waves|In Japanese with English abstract|Butsuri-Tanko:37:6:1984:319-327|Protection+P-wave+Velocity
J|0312|Ohmi,M.+Kanedo,K.+Maeda,Y.|Extension of Hales's method for interpretation of refraction data in cases of irregular ground surface and multi-layers|In Japanese with English abstract|Butsuri-Tanko:38:1:1985:1-9|Irregularity+Travel-times+Layered medium
J|0313|Yokokura,T.|Effect of static correction on velocity analysis of shallow seismic reflection|In Japanese with English abstract|Butsuri-Tanko:38:1:1985:10-19|Reflexion study+Travel-times
J|0314|Billings,H.J.|Hydraulic fill dam made earthquake resistant||Civ. Engng:55:6:1985:56-59|Barrage+Reservoir+Earthquake-resistant design
J|0315|White,J.E.|Seismic waves in fluid-saturated rocks: an examination of the Biot theory||Colo. Sch. Mines Q.:79:2:1984:1-32|Hydrocarbon
J|0316|White,J.E.|Computed waveforms in transversely isotropic media. 1. Line source and vertical point force||Colo. Sch. Mines Q.:79:2:1984:33-60|Rock mechanics+Isotropic medium
J|0317|White,J.E.+Chalermkiat Tongtaow+Monash,C.|Computed waveforms in transversely isotropic media. 2. Horizontal point force||Colo. Sch. Mines Q.:79:2:1984:61-64|Rock mechanics+Isotropic medium
J|0318|Harmsen,S.C.+Harding,S.T.|A comparison of three numerical techniques for modelling P-SV wave propagation across slanting interfaces||Colo. Sch. Mines Q.:79:2:1984:65-82|Rock mechanics+P-wave+SV-wave
J|0319|Carswell,A.+Moon,W.|Algorithm for the creation of the P-tau and P-X planes from T-X plane data||Comput. Phys. Communs:2:3:1984:185-190|Data processing+P-tau plane
J|0320|Jimenez Calad,G.A.|Seismic risk in Medellin|In Spanish|Dyna::103:1984:6-15|Colombia
J|0321|Untung,M.|Subsidence of the Aru Trough and the Aru Island, Irian Jaya, Indonesia||Tectonophysics:112:1-4:1985:411-422|Reflexion study
J|0322|Sweeney,J.F.|Comments about the age of the Canada Basin||Tectonophysics:114:1-4:1985:1-10|Dating+Survey
J|0323|Duckworth,G.L.+Baggeroer,A.B.|Inversion of refraction data from the Fram and Nansen basins of the Arctic Ocean||Tectonophysics:114:1-4:1985:55-102|Data processing
J|0324|Kristoffersen,Y.+Husebye,E.S.|Multi-channel seismic reflection measurements in the Eurasian basin, Arctic Ocean, from U.S. ice station Fram 1V||Tectonophysics:114:1-4:1985:103-115|Reflexion data
J|0325|Mutter,J.C.|Seaward dipping reflectors and the continent-ocean boundary at passive continental margins||Tectonophysics:114:1-4:1985:117-131|Passive margin+Continental crust+Oceanic crust+Norway
J|0326|Dinter,D.A.|Quaternary sedimentation of the Alaskan Beaufort shelf: influence of regional tectonics, fluctuating sea levels, and glacial sediment sources||Tectonophysics:114:1-4:1985:133-161|Beaufort Sea
J|0327|Chan,W.W.+Mitchell,B.J.|Intraplate earthquakes in northern Svalbard||Tectonophysics:114:1-4:1985:181-191
J|0328|Davydova,N.I.+Pavlenkova,N.I.+Tulina,Y.V.+|Crustal structure of the Barents Sea from seismic data||Tectonophysics:114:1-4:1985:213-231|Data processing
J|0329|Rouland,D.+Xu,S-H.+Schindele,F.|Upper mantle structure in the southeast Indian Ocean: a surface wave investigation||Tectonophysics:114:1-4:1985:281-291|Antarctic
J|0330|Haugland,K.+Kristoffersen,Y.+Velde,A.|Geology and potential resources of the Antarctic continental margin: seismic investigations in the Weddell Sea embayment||Tectonophysics:114:1-4:1985:293-313|Data processing
J|0331|Stagg,H.M.J.|The structure and origin of Prydz Bay and MacRobertson Shelf, east Antarctica||Tectonophysics:114:1-4:1985:315-340|MacRobertson Land
J|0332|McGinnis,L.D.+Bowen,R.H.+Erickson,J.M.+|East-west Antarctic boundary in McMurdo Sound||Tectonophysics:114:1-4:1985:341-356|McMurdo Sd.
J|0333|Kaminuma,K.+Ueki,S.+Kienle,J.|Volcanic earthquake swarms at Mt. Erebus, Antarctica||Tectonophysics:114:1-4:1985:357-369|Erebus, Mt.
J|0334|Ikami,A.+Ito,K.+Shibuya,K.+|Geophysical studies of crustal structure of the Ongul Islands and the northern Mizuho Plateau, east Antarctica||Tectonophysics:114:1-4:1985:371-387|Geophysical investigation+Synthetic seismogram
J|0335|Guterch,A.+Grad,M.+Janik,T.+|Seismic studies of the crustal structure in west Antarctica 1979-1980: preliminary results||Tectonophysics:114:1-4:1985:411-429
J|0336|Niazi,M.+Shoja-Taheri,J.|Source geometry and mechanism of 1978 Tabas, Iran earthquake from well located aftershocks||Tectonophysics:115:1-2:1985:61-68|Focal mechanism
J|0337|Kaila,K.L.+Tewari,H.C.|Structural trends in the Cuddapah basin from deep seismic soundings (DSS) and their tectonic implications||Tectonophysics:115:1-2:1985:69-86|Andhra Pradesh
J|0338|Carter,R.M.+Carter,L.|The Motunau Fault revisited||Tectonophysics:115:1-2:1985:164-166|New Zealand+Continental margin
J|0339|Seno,T.|Is northern Honshu a microplate?||Tectonophysics:115:3-4:1985:177-196|Plate tectonics
J|0340|Ramalingeswara Rao,B.+Sitapathi Rao,P.|Investigations of earthquake probabilities in the Indian Ocean seismic belts||Tectonophysics:115:3-4:1985:335-343|Prediction+Probability+Statistics
J|0341|Girdler,R.W.+Underwood,M.|The evolution of early oceanic lithosphere in the southern Red Sea||Tectonophysics:116:1-2:1985:95-108|Oceanic crust+Refraction study
J|0342|Wiens,D.A.+Stein,S.|Implications of oceanic intraplate seismicity for plate stresses, driving forces and rheology||Tectonophysics:116:1-2:1985:143-162|Oceanic crust+Lithosphere+Focal mechanism
J|0343|Mulargia,F.+Broccio,F.+Achilli,V.+|Evaluation of a seismic quiescence pattern in southeastern Sicily||Tectonophysics:116:3-4:1985:335-364|Prediction+Plate tectonics
J|0344|Olsson,R.|An objective test of earthquake migrations in Turkey||Tectonophysics:116:3-4:1985:365-367|Seismicity
J|0345|Newmark,R.L.+Anderson,R.N.+Moos,D.+|Structure, porosity and stress regime of the upper oceanic crust: sonic and ultrasonic logging of DSDP Hole 504B||Tectonophysics:118:1-2:1985:1-42|Sonic diagraphy
J|0346|Bath,M.|Superficial granitic layering in shield areas||Tectonophysics:118:1-2:1985:75-83|Granite+Baltic Shield+Layered medium
J|0347|Calcagnile,G.+Scarpa,R.|Deep structure of the European-Mediterranean area from seismological data||Tectonophysics:118:1-2:1985:93-111|P-wave+S-wave
J|0348|Marillier,F.+Mueller,S.|The western Mediterranean region as an upper mantle transition zone between two lithospheric plates||Tectonophysics:118:1-2:1985:113-130|Deep structure
J|0349|H'faiedh,M.+Dorel,J.+Dubois,J.|Crustal anomalies under the Tunisian seismograph array using teleseismic P waves||Tectonophysics:118:1-2:1985:131-141|Deep structure+P-wave
J|0350|Cattaneo,M.+Eva,C.+Merlanti,F.|Crustal inhomogeneities in northwestern Italy as inferred by Pn-wave time residuals||Tectonophysics:118:1-2:1985:143-158|Pn-wave+Deep structure
J|0351|Mechie,J.+Prodehl,C.+Fuchs,K.|Seismic refraction investigations of crust and uppermost mantle structure beneath the Rhenish Massif||Tectonophysics:118:1-2:1985:159-160|Deep structure+Upper mantle+Rhenish shield+Refraction study
J|0352|Yoshida,S.|Two-dimensional rupture propagation controlled by Irwin's criterion||J. Phys. Earth:33:1:1985:1-20|Rupturing+Waveform
J|0353|Horike,M.|Inversion of phase velocity of long-period microtremors to the S-wave-velocity structure down to the basement in urbanized areas||J. Phys. Earth:33:2:1985:59-96|Microearthquake+Prediction+City
J|0354|Kakuta,T.|A method of ray tracing in a complicated structure||J. Phys. Earth:33:2:1985:97-119|Velocity+Travel-times
J|0355|Kohketsu,K.|The extended reflectivity method for synthetic near-field seismograms||J. Phys. Earth:33:2:1985:121-131|Synthetic seismogram+Near field
J|0356|Urabe,T.+Suyehiro,K.+Iwasaki,T.+|Aftershock distribution of the 1983 Japan Sea earthquake as determined from helicopter-dispatched OBS observation||J. Phys. Earth:33:2:1985:133-147|OBS System+Nihonkai-Chubu+Tsunami||#*SEAOFJAPAN
J|0357|Kijko,A.|A comment on `On the estimation of parameters in the statistical prediction of earthquakes' by So Gu Kim||J. Phys. Earth:33:2:1985:149-156|Statistical method+Comments|With a reply by the author
J|0358|Gao,L.S.|Coda wave analysis for distinguishing attenuation due to isotropic scattering from attenuation due to absorption||Pure appl. Geophys.:122:1:1984:1-9|Q|Published in 1985
J|0359|Cao,T-Q.+Aki,K.|Seismicity simulation with a mass-spring model and a displacement hardening-softening friction law||Pure appl. Geophys.:122:1:1984:10-24||Published in 1985
J|0360|Karakaisis,G.F.+Karacostas,B.G.+Papadimitriou,E.E.+|Properties of the 1979 Monte Negro (southwest Yugoslavia) seismic sequence||Pure appl. Geophys.:122:1:1984:25-35|Montenegro+Precursor+Aftershock|Published in 1985
J|0361|Nishizawa,O.+Onai,K.+Kusunose,K.|Hypocentre distribution and focal mechanism of AE events during two stress stage creep in Yugawara andesite||Pure appl. Geophys.:122:1:1984:36-52|Acoustic emission+Japan|Published in 1985
J|0362|Barsukov,V.L.+Varshal,G.M.+Zamokina,N.S.|Recent results of hydrogeochemical studies for earthquake prediction in the USSR||Pure appl. Geophys.:122:2-4:1985:143-156|Hydrochemistry
J|0363|Barsukov,V.L.+Serebrennikov,V.S.+Belyayev,A.A.+|Some experience in unravelling geochemical earthquake precursors||Pure appl. Geophys.:122:2-4:1985:157-163|Prediction+Geochemistry
J|0364|Nakamura,Y.+Wakita,H.|Precise temperature measurement of groundwater for earthquake-prediction study||Pure appl. Geophys.:122:2-4:1985:164-174|Precise measurement+Underground water
J|0365|Sugisaki,R.|Relation between hydrogen emission and seismic activity||Pure appl. Geophys.:122:2-4:1985:175-184|Prediction
J|0366|Satake,H.+Ohashi,M.+Hayashi,Y.|Discharge of H2 from the Atotsugawa and Ushikubi faults, Japan, and its relation to earthquakes||Pure appl. Geophys.:122:2-4:1985:185-193|Hydrogen+Prediction
J|0367|Kawabe,I.|Anomalous changes of CH4/AR ratio in subsurface gas bubbles as seismogeological precursors at Matsuyama, Japan||Pure appl. Geophys.:122:2-4:1985:194-214|Prediction+Geochemistry+Argon+Methane
J|0368|Wang,C-M.|Ground-water studies for earthquake prediction in China||Pure appl. Geophys.:122:2-4:1985:215-217|Groundwater+Underground water
J|0369|Li,G-R.+Jiang,F-L.J.+Wang,J-H.W.+|Preliminary results of seismogeochemical research in China||Pure appl. Geophys.:122:2-4:1985:218-230|Geochemistry+Prediction
J|0370|Liu,K-K.+Yui,T-F.+Yeh,Y-H.+|Variations of radon content in groundwaters and possible correlation with seismic activity in northern Taiwan||Pure appl. Geophys.:122:2-4:1985:231-244|Prediction+Underground water
J|0371|Merifield,P.M.+Lamar,D.L.|Possible strain events reflected in water levels in wells along San Jacinto Fault zone, southern California||Pure appl. Geophys.:122:2-4:1985:245-254|Prediction
J|0372|Healy,J.H.+Urban,T.C.|In-situ fluid-pressure measurements for earthquake prediction: an example from a deep well at Hi Vista, California||Pure appl. Geophys.:122:2-4:1985:255-279|Underground water+Groundwater
J|0373|Whitehead,R.L.+Harper,R.W.+Sisco,H.G.|Hydrologic changes associated with the October 28, 1983 Idaho earthquake||Pure appl. Geophys.:122:2-4:1985:280-293|Hydrology+Underground water+Groundwater+Borah Peak||#*BORAH
J|0374|Chung,Y.|Radon variations at Arrowhead and Murrieta Springs: continuous and discrete measurements||Pure appl. Geophys.:122:2-4:1985:294-308|California+Prediction
J|0375|Shapiro,M.H.+Rice,A.+Mendenhall,M.H.+|Recognition of environmentally caused variations in radon time series||Pure appl. Geophys.:122:2-4:1985:309-326|Prediction
J|0376|Wollenberg,H.A.+Smith,A.R.+Mosier,D.F.+|Radon-222 in groundwater of the Long Valley caldera, California||Pure appl. Geophys.:122:2-4:1985:327-339|Underground water+Prediction
J|0377|Steele,S.R.|Anomalous radon emanation at local and regional distances preceding earthquakes in the New Madrid seismic zone and adjacent areas of the central mid-continent of North America, 1981-84||Pure appl. Geophys.:122:2-4:1985:353-368|Prediction+1981-1984
J|0378|Reimer,G.M.|Prediction of central California earthquakes from soil-gas helium fluctuations||Pure appl. Geophys.:122:2-4:1985:369-375|Variation
J|0379|Sato,M.+Sutton,A.J.+McGee,K.A.|Anomalous hydrogen emissions from the San Andreas Fault observed at the Cienega Winery, central California||Pure appl. Geophys.:122:2-4:1985:376-391|Prediction
J|0380|Ware,R.H.+Roecken,C.+Wyss,M.|The detection and interpretation of hydrogen in fault gases||Pure appl. Geophys.:122:2-4:1985:392-402|Prediction
J|0381|Stierman,D.J.+Williams,A.E.|Hydrologic and geochemical properties of the San Andreas Fault at the Stone Canyon well||Pure appl. Geophys.:122:2-4:1985:403-424|California+Prediction+Hydrology+Geochemistry
J|0382|Stierman,D.J.+Healy,J.H.|A study of the depth of weathering and its relationship to the mechanical properties of near-surface rocks in the Mojave Desert||Pure appl. Geophys.:122:2-4:1985:425-439|Prediction+California+Mechanics
J|0383|O'Neil,J.R.|Water-rock interactions in fault-gouge||Pure appl. Geophys.:122:2-4:1985:440-446|California+Prediction
J|0384|Varshal,G.M.+Sobolev,G.A.+Barsukov,V.L.+|Separation of volatile components from rocks under mechanical loadings as the source of hydrogeochemical anomalies preceding earthquakes (results of a large-scale model experiment)||Pure appl. Geophys.:122:2-4:1985:463-477|Prediction
J|0385|Shi,X-J.+Wang,C-Y.|Instability on a weakening fault||Pure appl. Geophys.:122:2-4:1985:478-491|Prediction+Pore pressure
J|0386|Gold,T.+Soter,S.|Fluid ascent through the solid lithosphere and its relation to earthquakes||Pure appl. Geophys.:122:2-4:1985:492-530|Prediction+Pore pressure
J|0387|Friedmann,H.|A theoretical model for change of shape of spring-water radon anomalies with epicentral distance||Pure appl. Geophys.:122:2-4:1985:531-544|Prediction
J|0388|Li,V.C.|Estimation of in-situ hydraulic diffusivity of rock masses||Pure appl. Geophys.:122:2-4:1985:545-559|Pore pressure+Prediction
J|0389|Mase,C.W.+Smith,L.|Pore-fluid pressures and frictional heating on a fault surface||Pure appl. Geophys.:122:2-4:1985:583-607|Pore pressure+Prediction
J|0390|Noorishad,J.+Witherspoon,P.A.|Can injection tests reveal the potential for fault movements?||Pure appl. Geophys.:122:2-4:1985:608-618|Fluid injection+Prediction
J|0391|Raoof,M.M.+Nuttli,O.W.|Attenuation of high-frequency earthquake waves in South America||Pure appl. Geophys.:122:5:1985:619-644|Travel-times
J|0392|Niu,Z-R.|Estimates of fracture parameters of earthquakes||Pure appl. Geophys.:122:5:1985:645-661|Fault
J|0393|Kostak,B.+Kozak,J.+Lokajicek,T.|Contact conditions on seismoactive faults||Pure appl. Geophys.:122:5:1985:680-693
J|0394|Ghalib,H.A.A.+Russell,D.R.+Kijko,A.|Optimal design of a regional seismological network for the Arab countries||Pure appl. Geophys.:122:5:1985:694-712|Arabia+North Africa
J|0395|Gallart,J.+Daignieres,M.+Gagnepain-Beyneix,J.|Seismological studies in the Pyrenees: evolution and recent results||Pure appl. Geophys.:122:5:1985:713-724|Focal mechanism
J|0396|Hosken,J.W.J.+Deregowski,S.M.|Tutorial: migration strategy||Geophys. Prospect.:33:1:1985:1-33|Inverse problem+Data acquisition+Data processing
J|0397|Lehmann,H.J.+Houba,W.|Practical aspects of the determination of 3-D stacking velocities||Geophys. Prospect.:33:1:1985:34-51|Data acquisition+Data processing+Velocity
J|0398|Hospers,J.|Sideswipe reflections and other external and internal reflections from salt plugs in the Norwegian-Danish basin||Geophys. Prospect.:33:1:1985:52-71|Norway+Denmark+Reflexion+Data processing+Data acquisition
J|0399|Ursin,B.+Arntsen,B.|Computation of zero-offset vertical seismic profiles including geometrical spreading and absorption||Geophys. Prospect.:33:1:1985:72-96|Zero offset+Vertical seismic profiling
J|0400|Safar,M.H.|On the calibration of the water gun pressure signature||Geophys. Prospect.:33:1:1985:97-109|Instrument
J|0401|Courtot,P.|Noises and vibrations linked with the use of explosives in quarry blasts: elements for a quantitative approach|In French with English abstract|Hydrogeol.::1:1985:13-21|Instrument+Wave
J|0402|Mantovani,E.+Sartori,R.|Structure, evolution, and present dynamics of the Calabrian arc||Earth Evolut. Sci.:2:3:1983:171|Italy+Sicily
J|0403|Mantovani,E.+Boschi,E.|Short period Rayleigh wave dispersion in the Calabrian arc and surrounding regions||Earth Evolut. Sci.:2:3:1983:239-242|Italy
J|0404|Ghisetti,F.+Scarpa,R.+Vezzani,L.|Seismic activity, deep structures and deformation processes in the Calabrian arc, southern Italy||Earth Evolut. Sci.:2:3:1983:248-260|Seismicity
J|0405|Caputo,M.+Pieri,L.|Seismicity of the Messina Strait: geophysical and geodetic observations||Earth Evolut. Sci.:2:3:1983:261-265|Geophysical investigation+Geodesy+Messina, Straits of
J|0406|Buchbinder,G.G.R.+Kurtz,R.D.+Lambert,A.|A review of time-dependent geophysical parameters in the Charlevoix region, Quebec||Earthq. Predict. Res.:2:3:1984:149-166|Travel-times
J|0407|Rikitake,T.|Active fault and crustal strain||Earthq. Predict. Res.:2:3:1984:167-189|Japan+Prediction
J|0408|Berrocal,J.+Assumpcao,M.+Antezana,R.+|Seismic activity in Brazil in the period 1560-1980||Earthq. Predict. Res.:2:3:1984:191-208|Seismicity
J|0409|Ohshiman,N.+Sasai,Y.+Ishikawa,Y.+|Local changes in the geomagnetic total intensity associated with crustal uplift in the Izu Peninsula, Japan||Earthq. Predict. Res.:2:3:1984:209-219|Geomagnetic variation+Prediction
J|0410|Niazi,M.+Mortgat,C.P.|Application of logistic models to earthquake forecasting||Earthq. Predict. Res.:2:3:1984:221-225|Protection+Statistical method+California
J|0411|Hamada,K.|A probability model for earthquake prediction||Earthq. Predict. Res.:2:3:1984:227-234
J|0412|Rikitake,T.|Editorial: prediction code||Earthq. Predict. Res.:2:4:1984:235-236
J|0413|Gvishiani,A.D.+Solov'ev,A.A.|Recognition of places on the Pacific coast of South America where strong earthquakes may occur||Earthq. Predict. Res.:2:4:1984:237-243|Prediction+Pacific Ocean
J|0414|Singh,V.P.+Singh,H.N.|Precursory swarm and medium size earthquake occurrences in Pamirs and adjoining regions||Earthq. Predict. Res.:2:4:1984:245-258|Hindu Kush+Prediction
J|0415|Caputo,M.|Statistical analysis of the source parameters of the 1980 Mammoth Lakes, California, earthquake sequence||Earthq. Predict. Res.:2:4:1984:259-265|Statistical method
J|0416|Rikitake,T.|Strain rate of active fault and earthquake risk||Earthq. Predict. Res.:2:4:1984:277-303|Japan+Prediction
J|0417|Ellis,S.P.|An optimal statistical decision rule for calling earthquake alerts||Earthq. Predict. Res.:3:1:1985:1-10|Warning+Prediction+Risk
J|0418|Scholz,C.H.|Earthquake prediction and seismic hazard||Earthq. Predict. Res.:3:1:1985:11-23|Risk+California+Japan
J|0419|Kamshilin,A.N.+Kravchenko,V.B.+Sobolev,G.A.+|Investigations on resistivity variations by means of a highly sensitive electrovariometer||Earthq. Predict. Res.:3:1:1985:25-32|Prediction+Electrical resistivity+Instrument
J|0420|Sobolev,G.A.+Husamiddinov,S.S.|Pulsed electromagnetic earth and ionosphere field disturbances accompanying strong earthquakes||Earthq. Predict. Res.:3:1:1985:33-45|Prediction+Electromagnetic field
J|0421|King,C-Y.|Radon monitoring for earthquake prediction in China||Earthq. Predict. Res.:3:1:1985:47-68
J|0422|Berckhemer,H.+Isikara,A.M.|A historical review on earthquake prediction research in Europe||Earthq. Predict. Res.:3:2:1985:69-73|History
J|0423|Nikolayev,A.V.+Teitelbaum,Yu.M.+Tshigarev,N.V.+|Temporary test site for the prediction of earthquakes||Earthq. Predict. Res.:3:2:1985:75-80|Central Asia
J|0424|Scarra,R.+Zollo,A.|Seismotectonics and seismic quiescence in the southern Appennines, Italy||Earthq. Predict. Res.:3:2:1985:81-93|Seismic gap
J|0425|Papadimitriou,E.E.+Papazachos,B.C.|Evidence for precursory seismicity patterns in the Ionian Islands (Greece)||Earthq. Predict. Res.:3:2:1985:95-103|Prediction+Seismic gap
J|0426|Apostol,A.+Arsene,Gr.+Marza,V.I.|Precursory seismicity of intermediate-depth earthquakes in Vrancea region, Romania||Earthq. Predict. Res.:3:2:1985:105-119|Prediction
J|0427|Wong,K.C.+Wyss,M.|Clustering of foreshocks and preshocks in the circum-Aegean region||Earthq. Predict. Res.:3:2:1985:121-140|Aegean Sea+Prediction
J|0428|Radu,C.+Oncescu,M.C.|Temporal variation of focal mechanism of Vrancea earthquakes||Earthq. Predict. Res.:3:2:1985:141-146|Romania+Prediction
J|0429|Poupinet,G.+Frechet,J.+Ellsworth,W.L.+|Doublet analysis: improved accuracy for earthquake prediction studies||Earthq. Predict. Res.:3:2:1985:147-159
J|0430|Coutin,S.+Galdeano,A.+Martin,Y.+|Study of the piezomagnetic effect in a seismically active area: example of the area of Arette (western part of French Pyrenees)||Earthq. Predict. Res.:3:2:1985:161-177|Prediction
J|0431|Friedmann,H.|Anomalies in the radon content of spring water as earthquake precursor phenomena||Earthq. Predict. Res.:3:2:1985:179-189|Austria+Prediction
J|0432|Varga,P.|Influence of external forces on the triggering of earthquakes||Earthq. Predict. Res.:3:2:1985:191-201|Triggering agent+Earth tide+Prediction
J|0433|Franck,P.+Wagner,J-J.+Escher,A.+|Evolution of tectonic constraints and seismicity in the region of the Col du Sanetsch, Swiss Valais Alps|In French with English abstract|Eclog. geol. Helv.:77:2:1984:383-393|Switzerland
J|0434|Garcia Duenas,V.+De Galdeano,C.S.+De Miguel,F.+|Neotectonics and seismicity in the Betic Cordilleras. Review of results|In Spanish|Energia nucl., Madrid:28:149-150:1984:231-237
J|0435|Montoto San Miguel,M.|Study and recording of acoustic emission. Microseismic activity generated in rock massifs; petrophysical interpretation of conditions of geomechanical stability|In Spanish|Energia nucl., Madrid:28:149-150:1984:239-248|Rock mechanics
J|0436|Vidal,F.+Miguel,F.+De Galdeano,C.S.|Neotectonics and seismicity of the Granada depression|In Spanish|Energia nucl., Madrid:28:149-150:1984:267-275|Spain
J|0437|Mingarro Martin,E.|Need for analysis of geological risk|In Spanish|Energia nucl., Madrid:28:149-150:1984:189-193|Neotectonics
J|0438|Capote,R.+Goy,J.L.+Zazo,C.+|Study on the neotectonics in the centre, south and east of the peninsula|In Spanish|Energia nucl., Madrid:28:149-150:1984:223-230|Risk+Spain
J|0439|Ristow,D.|Geophysical exploration techniques. 1. Seismic prospecting|In German with English abstract|Erdol Kohle Erdgas Petrochem.:37:8:1984:343-356|Data acquisition+Data processing
J|0440|Parkes,G.E.+Hatton,L.+Haugland,T.|Marine source array directivity: a new wide airgun array system||First Break:2:7:1984:9-15|Air cannon+Marine seismic investigation
J|0441|Loveridge,M.M.+Parkes,G.E.+Hatton,L.+|Effects of marine source array directivity on seismic data and source signature deconvolution||First Break:2:7:1984:16-22|Marine seismic investigation
J|0442|Gal'perin,Ye.I.|The polarization method of seismic exploration||First Break:2:8:1984:11-14|Prospecting
J|0443|Harton,L.|Computer science for geophysicists. 6. Communications and networks||First Break:2:9:1984:9-17|Geophysics
J|0444|Cassell,B.|Vertical seismic profiles - an introduction||First Break:2:11:1984:9-19|Data acquisition+Vertical seismic profiling
J|0445|Worthington,M.H.|An introduction to geophysical tomography||First Break:2:11:1984:20-26|Inverse problem+Method
J|0446|Games,K.P.+Ogilvie,A.J.S.|A new high-resolution multi-channel hydrophone streamer array||First Break:2:12:1984:9-14|High resolution
J|0447|Kennett,B.L.N.+Harding,A.J.|Is ray theory adequate for reflection seismic modelling?||First Break:3:1:1985:9-14|Reflexion+Layered medium
J|0448|Dahle,A.+Gjoystdal,H.+Grammeltvedt,G.+|Application of seismic reflection methods for ore prospecting in crystalline rock||First Break:3:2:1985:9-16|Reflexion
J|0449|Crampin,S.|Evidence for aligned cracks in the earth's crust||First Break:3:3:1985:12-15|Polarization+Rock+Prediction
J|0450|Crampin,S.+Atkinson,B.K.|Microcracks in the earth's crust||First Break:3:3:1985:16-20|Rock+Prediction
J|0451|Papworth,T.J.|Seismic exploration over basalt covered areas in the U.K.||First Break:3:4:1985:20-32|Background noise+United Kingdom
A|0452|Marshall,P.D.+Lilwall,R.C.+Warburton,P.J.|Body wave magnitudes and locations of underground explosions at the Mururoa test site|AWRE Report No. O12/85|1985:Aldermaston, Berkshire, U.K.:AWRE|Underground nuclear explosion+Pacific Ocean|15p
J|0453|Bunch,A.W.H.+White,R.E.|Cross-equalization of seismic traces||Geoexplor.:23:2:1985:239-256|Reflexion+Data processing+Least squares solution
J|0454|Guha,S.K.+Nayak,P.N.|Geoelectrical and geohydrological precursors of earthquakes in northeastern India. A discussion and reply||Geoexplor.:23:2:1985:285-289|Geoelectricity+Hydrology
J|0455|Whittow,J.+Melville,C.P.+Jones,A.|After the 'quake in Wales||Geogrl Mag.:57:7:1985:366-368|United Kingdom+1984+Lleyn Peninsula+Tremadoc||#*TREMADOC
J|0456|Hirano,S.|Estimation of the period of prehistoric large earthquake occurrence along the Senya fault system in Tohoku District, northeast Japan|In Japanese with English abstract|Geogrl Rev. Japan:57:3:1984:173-185|Holocene
J|0457|Katili,J.A.+Sudradjat,A.|The devastating 1983 eruption of Colo Volcano, Una-Una Island, central Sulawesi, Indonesia|With German and Russian abstracts|Geol. Jb., A::75:1984:27-47|Volcanism
J|0458|Hinz,K.+Dostmann,H.J.+Hanisch,J.|Structural elements of the Norwegian continental margin|With German and Russian abstracts|Geol. Jb., A::75:1984:193-211|Norwegian Sea
J|0459|Von Rad,U.+Von Hinte,J.+Wise,S.W.+|Cretaceous-Cenozoic stratigraphy and palaeoenvironment evolution at the continental rise off eastern North America: first results of DSDP Leg 93/1983|In German with English and Russian abstracts|Geol. Jb., A::75:1984:237-259|Continental margin+Reflexion study
J|0460|Tessensohn,F.|The Ross Sea area: a key to many geotectonic problems|In German with English and Russian abstracts|Geol. Jb., A::75:1984:261-283|Tectonics+Antarctic
J|0461|Kockel,F.|The structure of the Hildesheimer Forest. A new interpretation of geological and geophysical results|In German with English and Russian abstracts|Geol. Jb., A::75:1984:489-499|Reflexion study+Geology+Germany
J|0462|Wellmann,H.W.|The Alpine fault, New Zealand, near Milford Sound and to the southwest||Geol. Mag.:121:5:1984:437-441|Alpide Belt+Milford Sd
J|0463|Whittaker,A.+Chadwick,R.A.|The large-scale structure of the earth's crust beneath southern Britain||Geol. Mag.:121:6:1984:621-624|Crustal structure+Reflexion study+United Kingdom
J|0464|Chroston,P.N.|A seismic refraction line across Norfolk||Geol. Mag.:122:4:1985:397-401|Refraction study+United Kingdom
J|0465|Dost,B.+Van Wettum,A.+Nolet,G.|The NARS array||Geol. Mijnb.:63:4:1984:381-386|Instrument+Europe
J|0466|Crone,A.J.+Machette,M.N.|Surface faulting accompanying the Borah Peak earthquake, central Idaho||Geology:12:11:1984:664-667|1983||#*BORAH
J|0467|Anderson,W.A.+Kelley,J.T.+Thompson,W.B.|Crustal warping in coastal Maine||Geology:12:11:1984:677-680|Seismicity
J|0468|Hill,M.L.|Earthquakes and folding, Coalinga, California||Geology:12:12:1984:711-712|1983+Focal mechanism||#*COALINGA
J|0469|Taylor,B.+Smoot,N.C.|Morphology of Bonin fore-arc submarine canyons||Geology:12:12:1984:724-727|Bonin Islands+Island arc
J|0470|Brocher,T.M.+Karson,J.A.+Collins,J.A.|Seismic stratigraphy of the oceanic Moho based on ophiolite models||Geology:13:1:1985:62-65|Oceanic crust+Mohorovicic discontinuity
J|0471|Gephart,J.W.+Forsyth,D.D.|On the state of stress in New England as determined from earthquake focal mechanisms||Geology:13:1:1985:70-72
J|0472|Mawer,C.K.+Williams,P.F.|Crystalline rocks as possible paleoseismicity indicators||Geology:13:2:1985:100-102|New Brunswick+Devonian+Palaeoseismicity
J|0473|Cook,F.A.|Geometry of the Kapuskasing structure from a lithoprobe pilot reflection survey||Geology:13:5:1985:368-371|Reflexion study+Ontario
J|0474|Rische,H.|Influence of the depth of the charge on the frequency of seismic waves|In German|Geophys. Geol.:3:1:1984:101-107|Explosion
J|0475|Apitz,E.|Comparative calculations for seismic models|In German|Geophys. Geol.:3:1:1984:109-124|Mathematical model+Algorithm
J|0476|Wendt,S.+Tittel,B.|Large-magnitude earthquakes in the period 1960-1979|In German|Geophys. Geol.:3:1:1984:135-151|World
J|0477|Bregman,N.D.+Chapman,C.H.+Bailey,R.C.|A noniterative procedure for inverting plane-wave reflection data at several angles of incidence using the Riccati equation||Geophys. Prospect.:33:2:1985:185-200|Incidence, Angle of+Reflexion data+Plane wave+Inverse problem+Method
J|0478|Ameely,L.+Edelmann,H.A.K.+Fertig,J.|How do shear wave events affect normal P-wave records?||Geophys. Prospect.:33:2:1985:201-211|S-wave
J|0479|Ferber,R-G.|Stabilization of normal-incidence seismogram inversion removing the noise-induced bias||Geophys. Prospect.:33:2:1985:212-223|Background noise+Filtering
J|0480|Newman,P.|Continuous calibration of marine seismic sources||Geophys. Prospect.:33:2:1985:224-232|Marine seismic investigation
J|0481|Ursin,B.+Holberg,O.|Maximum-likelihood estimation of seismic impulse responses||Geophys. Prospect.:33:2:1985:233-251|Maximum likelihood+Inverse problem
J|0482|Kelamis,P.G.+Kjartansson,E.|Forward modelling in the frequency-space domain||Geophys. Prospect.:33:2:1985:252-262|Frequency domain+Mathematical model
J|0483|Eiges,R.+Raz,S.|Inversion from finite offset data and the simultaneous reconstruction of the velocity and density profiles||Geophys. Prospect.:33:3:1985:339-358|Mathematical model
J|0484|Safar,M.H.|On the improvement in penetration achieved by using extended marine source arrays||Geophys. Prospect.:33:3:1985:359-368|Marine seismic investigation+Enhancement
J|0485|Berge,A.M.+Beskow,B.|A method to determine the velocities of the seafloor and near-surface sediments||Geophys. Prospect.:33:3:1985:377-399|Marine seismic investigation+Velocity+Sea floor
J|0486|Walden,A.T.+Hosken,J.W.J.|An investigation of the spectral properties of primary reflection coefficients||Geophys. Prospect.:33:3:1985:400-435|Reflexion coefficient+Spectral analysis
J|0487|Kubichek,R.F.+Humphreys,M.C.+Johnson,R.A.+|Long-range recording of Vibroseis data: simulation and experiment||Geophys. Res. Lett.:11:9:1984:809-812|Signal-to-noise ratio
J|0488|Talandier,J.+Okal,E.A.|New surveys of Macdonald seamount, southcentral Pacific, following volcanoseismic activity, 1977-1983||Geophys. Res. Lett.:11:9:1984:813-816|Volcanism+Swarm+Polynesia
J|0489|Webb,S.+Cox,C.S.|Pressure and electric fluctuations on the deep seafloor: background noise for seismic detection||Geophys. Res. Lett.:11:10:1984:967-970|OBS System+Geoelectricity+Sea floor
J|0490|Dorbath,C.+Dorbath,L.+Gaulon,R.+|Seismotectonics of the Guinean earthquake of December 22, 1983||Geophys. Res. Lett.:11:1:1984:971-974|West Africa+Gaoul||#*GUINEA
J|0491|Jackson,I.+Paterson,M.S.+Niesler,H.+|Rock anelasticity measurements at high pressure, low strain amplitude and seismic frequency||Geophys. Res. Lett.:11:12:1984:1235-1238|Rock mechanics
J|0492|Murphy,W.F.|Seismic to ultrasonic velocity drift: intrinsic absorption and dispersion in crystalline rock||Geophys. Res. Lett.:11:12:1984:1239-1242|Sonic diagraphy+Rock mechanics
J|0493|Kowalik,Z.+Murty,T.S.|Computation of tsunami amplitudes resulting from a predicted major earthquake in the Shumagin seismic gap||Geophys. Res. Lett.:11:12:1984:1243-1246|Shumagin Is.+Alaska+Prediction
J|0494|Slunga,R.+Norrman,P.+Glans,A-C.|Baltic Shield seismicity, the results of a regional network||Geophys. Res. Lett.:11:12:1984:1247-1250
J|0495|Leary,P.C.|Stress in a stratified crust overlying a buried screw dislocation||Geophys. Res. Lett.:12:1:1985:29-32|Layered medium
J|0496|Mueller,C.S.|Source pulse enhancement by deconvolution of an empirical Green's function||Geophys. Res. Lett.:12:1:1985:33-36
J|0497|Toksoz,M.N.+Wilkens,R.H.+Cheng,C.H.|Shear wave velocity and attenuation in ocean bottom sediments from acoustic log waveforms||Geophys. Res. Lett.:12:1:1985:37-40|Acoustic logging+Diagraphy
J|0498|Cloetingh,S.+Wortel,R.|Regional stress field of the Indian plate||Geophys. Res. Lett.:12:2:1985:77-80|Australia+Plate tectonics
J|0499|Murphy,W.F.|Sonic and ultrasonic velocities; theory versus experiment||Geophys. Res. Lett.:12:2:1985:85-88|Diagraphy+Velocity
J|0500|Buchbinder,G.G.R.|Is an earthquake coming?|In French with English abstract|GEOS:13:1:1984:6-9|Quebec+Zoning+History
J|0501|Sweeney,J.F.|Arctic tectonics; what we know to-day|With French abstract|GEOS:13:4:1984:8-10
J|0502|Clowes,R.M.|Phase 1 lithoprobe: a coordinated national geoscience project||Geosci. Can.:11:3:1984:122-126
J|0503|Penta,F.|Geology and seismic engineering|In Italian with English abstract|G. Geol.:31:2:1983:573-605|Risk+Site+Earthquake engineering
J|0504|Schwarzbach,M.|Seismicity and brittle tectonics in central Europe|In German with Italian abstract|G. Geol.:31:2:1983:615-619
J|0505|Carter,L.+Carter,R.M.|Current modification of a mass failure deposit on the continental shelf, north Canterbury, New Zealand||Mar. Geol.:62:3-4:1985:193-211|Canterbury, N.Z.+Survey
J|0506|Peters,J.M.+Huson,W.J.|The Pliny and Strabo trenches (eastern Mediterranean): integration of seismic reflection data and seabeam bathymetric maps||Mar. Geol.:64:1-2:1985:1-17|Reflexion data+Bathymetry
J|0507|Papazachos,B.C.+Koutitas,C.+Hatzidimitriou,P.M.+|Source and short-distance propagation of the July 9, 1956 southern Aegean tsunami||Mar. Geol.:65:3-4:1985:343-351|Aegean Sea
J|0508|Ohtsu,M.+Uesugi,S.|Analysis of the SH wave field in a half space by the boundary element method||Mem. Fac. Engng Kumamoto Univ.:29:3:1984:1-19|SH-wave+Half-space
J|0509|Ladd,J.W.+Truchan,M.+Talwani,M.+|Seismic reflection profiles across the southern margin of the Caribbean||Mem. geol. Soc. Am.:162::1984:153-159|Reflexion study+Plate tectonics
J|0510|Munro,S.E.+Smith,F.D.|The Urica fault zone, northeastern Venezuela||Mem. geol. Soc. Am.:162::1984:213-215|Caribbean
J|0511|Barbano,M.S.+Coli,M.+Ghisetti,F.+|Seismotectonic map of Italy|In Italian with English abstract|Memorie Soc. geol. ital.:24:3:1982:491-496|Seismotectonics+Zoning|Published in 1984
J|0512|Cristofolini,R.+Ghisetti,F.+Vezzani,L.+|Deep and surface dynamic processes in the Calabrian arc and in the southern Appennines according to geological, seismological and volcanological data|In Italian with English abstract|Memorie Soc. geol. ital.:24:3:1982:497-505|Dynamics+Italy+Seismicity|Published in 1984
J|0513|Carbone,S.+Cosentino,M.+Grasso,M.+|Elements for a first evaluation of the seismotectonic characteristics of the Ibleo foreland (southeast Sicily)|In Italian with English abstract|Memorie Soc. geol. ital.:24:3:1982:507-520|Seismicity+Seismotectonics+Iblei, Mti.|Published in 1984
J|0514|Morelli,C.|Geophysical knowledge of Italy and the seas which surround it|In Italian with English abstract|Memorie Soc. geol. ital.:24:3:1982:521-530|Geophysical investigation+Ionian Sea+Tyrrhenian Sea+Adriatic+Ligurian Sea|Published in 1984
J|0515|Wezel,F.C.|The Tyrrhenian Sea: a rifted krikogenic-swell basin||Memorie Soc. geol. ital.:24:3:1982:531-568|Seismicity|Published in 1984
J|0516|Locardi,F.|Characterization of the seismogenetic structures by an examination of the volcanic and tectonic evolution of the Appennines and of the Tyrrhenian Sea|In Italian with English abstract|Memorie Soc. geol. ital.:24:3:1982:569-596|Seismotectonics|Published in 1984
J|0517|Mihajlovic,M.|Use of 3D seismics for studying non-structural traps|In Croatian with English and Russian abstracts|Nafta, Zagr.:35:5:1984:237-248|Oil+Serbia
J|0518|Bonatti,E.|Punctiform initiation of seafloor spreading in the Red Sea during the transition from a continental to an oceanic rift||Nature, Lond.:316:6023:1985:33-37|Transition zone+Sea floor
J|0519||Geological hazards, civil defence and GSNZ||Newsl. geol. Soc. N.Z.::67:1985:52-53|New Zealand+Geophysical investigation+Risk
J|0520|De Natale,G.+Scarpa,R.+Terzini,E.|Earthquake location inverse problem: a review and an application to the aftershocks of the southern Italy 23 November 1980 earthquake|With Italian and Russian abstracts|Nuovo Cim., C:8:1:1985:1-25|Campania-Basilicata||#*CAMPANIA
J|0521|Poley,D.F.+Lawton,D.C.|Acquisition and processing of high resolution reflection seismic data from permafrost affected areas of the Canadian part of the Beaufort Sea|With French abstract|Geol. Surv. Pap. Can.:85:1:1985:491-498|Data acquisition+Data processing+Canada+Reflexion study
J|0522|Cheadle,S.P.+Bertram,M.B.+Lawton,D.C.|Development of a physical seismic modelling system, University of Calgary|With French abstract|Geol. Surv. Pap. Can.:85:1:1985:499-504|Synthetic seismogram+Data processing+Beaufort Sea
J|0523|Bays,A.R.+Poley,D.F.+Blasco,S.M.|DMAPS: a new experimental digital marine reflection seismic acquisition and processing system|With French abstract|Geol. Surv. Pap. Can.:85:1:1985:523-526|Data acquisition+Data processing+Beaufort Sea
J|0524|Yorath,C.J.+Clowes,R.M.+Green,A.G.+|Lithoprobe: Phase 1, southern Vancouver Island; preliminary analyses of reflection seismic profiles and surface geological studies|With French abstract|Geol. Surv. Pap. Can.:85:1:1985:543-554|British Columbia+Reflexion study+Vancouver I.
J|0525|Dietrich,J.R.+Dixon,J.+McNeil,D.H.|Sequence analysis and nomenclature of upper Cretaceous to Holocene strata in the Beaufort-Mackenzie basin|With French abstract|Geol. Surv. Pap. Can.:85:1:1985:613-628|Beaufort Sea
J|0526|Vita-Finzi,C.+King,G.C.P.|The seismicity, geomorphology and structural evolution of the Corinth area of Greece||Phil Trans. R. Soc., A:314:1530:1985:379-407
J|0527|Igiri,G.+Ueberall,H.|Surface waves on a radially stratified earth||I.E.E.E. Trans. Geosci. remote Sens.:22:5:1984:449-455|Layered medium+Interior
J|0528|Sollogub,V.B.+Chekunov,A.V.|The lithosphere of southeastern Europe, based on geophysical data||Int. Geol. Rev.:26:3:1984:303-313
J|0529|Karus,Ye.V.+Mikhal'tsev,A.V.|High-resolution seismic exploration in detailed studies of geologic sections||Int. Geol. Rev.:26:9:1984:1043-1055|High resolution+Prospecting+Diagraphy
J|0530|Sokolov,V.B.+Averkin,Yu.P.+Silin,V.A.|The structure and composition on a section through the upper crust in the greenstone area of the middle Urals and the structural setting of the Degtyarsk copper-mining district||Int. Geol. Rev.:26:10:1984:1222-1226
J|0531|Chugh,A.K.|Dynamic response analysis of embankment dams||Int. J. numer. analyt. Meth. Geomech.:9:2:1985:101-124|Barrage+Reservoir+Finite element method
J|0532|e*Moore,R.K.+Schanda,E.|Selection of papers. International symposium on microwave signatures in remote sensing, Toulouse, 16-20 January 1984||Int. J. remote Sens.:6:2:1985:1-102|Teledetection
J|0533|Anderson,D.L.+Dziewonski,A.M.|Seismic tomography|In Spanish|Invest. Cienc.::99:1984:34-43|Velocity+Crust+Anisotropy
J|0534||The unquiet Pyrenees|In Spanish|Invest. Cienc.::101:1985:40-43|Geodynamics+Refraction study
J|0535|Milanov,L.|Seismic characteristics of brittle morphostructures|In Bulgarian|Izv. bulg. geogr. Druzh.:21::1984:155-160|Seismotectonics+Rhodope+Bulgaria
J|0536|Ekomasov,S.P.|Criteria and methods for the evaluation of seismic effects provoked by impulsion sources and seismic vibrations|In Russian|Izv. vyssh. ucheb. Zaved., Geol. Razv.::9:1984:94-97|Impulse+Oil+Gas+Siberia
J|0537|Galkin,V.I.+Rastegayev,A.V.+Starkova,N.A.+|Evaluation of the quality of seismic studies from the data of geological and geophysical studies of the southeastern part of the Perm region|In Russian|Izv. vyssh. ucheb. Zaved., Geol. Razv.::9:1984:98-101|USSR+Survey
J|0538|Kuz'mina,O.A.|Possibility of earthquake prediction|In Russian|Izv. vyssh. ucheb. Zaved., Geol. Razv.::9:1984:102-107
J|0539|Zaichenko,A.V.|Application of a spatio-temporal model to the analysis of the time necessary for a seismic team using non-explosive sources|In Russian|Izv. vyssh. ucheb. Zaved., Geol. Razv.::10:1984:114-118|Temporal variation+Spatial variation+Multiple cover
J|0540|Kuz'mina,O.A.|The phase transitions in ultrabasites as a source of earthquakes|In Russian|Izv. vyssh. ucheb. Zaved., Geol. Razv.::1:1985:113-115
J|0541|Koryagin,V.V.|Comparison of the results of seismic modelling in the course of calculations by various methods of wave fields|In Russian|Izv. vyssh. ucheb. Zaved., Geol. Razv.::2:1985:96-102|Oil+Gas+Numerical modelling
J|0542|Fonbershtein,Ye.G.+Ekomasov,S.P.+Fedorenko,B.V.|Experimental study of the parameters of functioning cycles relative to the gasodynamic sources of seismic vibrations|In Russian|Izv. vyssh. ucheb. Zaved., Geol. Razv.::2:1985:133-136|Risk
J|0543|Rapoport,L.I.|Relation between the absorption of seismic waves and the phase state of liquids in layers|In Russian|Izv. vyssh. ucheb. Zaved., Geol. Razv.::4:1985:76-81|Layered medium+Oil+Gas
J|0544|Abdullayev,R.A.+Bakhshiyev,F.N.+Aliyev,N.M.+|Kinematics of normal reflexions in two- and three-dimensional media with a refracted interstitial interface|In Russian|Izv. vyssh. ucheb. Zaved., Neft' Gaz:27:1:1984:7-11|Inverse problem+Refraction
J|0545|Mooney,W.D.+Fuis,G.S.+Healy,J.H.|Seismic refraction studies of a sedimentary basin, southern California, USA - methods and results||J. Ass. Explor. Geophys.:4:3:1984:1-11|Velocity+Imperial Valley
J|0546|Banghar,A.R.|Estimation of kinematic source parameters of Kinnaur earthquake by P wave modelling||J. Ass. Explor. Geophys.:4:4:1984:1-10|1975+Himachal Pradesh+P-wave
J|0547|Gupta,K.G.|The phenomenon of frequency changes associated with gas sands in reflection seismic section||J. Ass. Explor. Geophys.:4:4:1984:35-40|Reflexion study+Travel-times
J|0548|Tripathi,K.M.|Arbitrary multilayer model from single side refraction profile||J. Ass. Explor. Geophys.:5:1:1984:1-8|Refraction study+Travel-times
J|0549|Mehta,C.H.+Lohar,B.L.|Pre-stack suppression of marine multiples using wave equation||J. Ass. Explor. Geophys.:5:1:1984:9-15|Multiple reflexion
J|0550|Jee,B.+Chander,R.|Head wave contribution to the exact solution of the problem of a transient explosive line source in a two layered liquid half space: a review||J. Ass. Explor. Geophys.:5:2:1984:7-16|Refraction study+Half-space+Layered medium
J|0551|Hamada,M.+Kitahara,M.|An investigation of the 1983 middle Japan Sea earthquake of May 26|In Japanese with English abstract|J. Fac. mar. Sci. Technol. Tokai Univ.::18:1984:109-133|Tsunami+Nihonkai-Chubu||#*SEAOFJAPAN
J|0552|Davies,A.G.+Heathershaw,A.D.|Surface-wave propagation over sinusoidally varying topography||J. Fluid Mech.::144:1984:419-443|Surface wave+Reflected wave
J|0553|Pointing,A.J.+Maguire,P.K.H.+Khan,M.A.+|Seismicity of the northern part of the Kenya rift valley||J. Geodyn.:3:1-2:1985:23-37
J|0554|Moretti,I.+Turcotte,D.L.|A model for erosion, sedimentation, and flexure with application to New Caledonia||J. Geodyn.:3:1-2:1985:155-168|Flexing
J|0555|Kato,H.|Earthquake faults along the eastern part of the North Anatolian fault|In Japanese with English abstract|J. Geogr., Tokyo:93:2:1984:17-33|Plate tectonics
J|0556|Kato,S.|Submarine geological structure in Tokyo Bay|In Japanese with English abstract|J. Geogr., Tokyo:93:3:1984:1-14|Geology+Reflexion study
J|0557|Le Pichon,X.+Renard,V.+Cadet,J.P.+|Phase 1 of the French-Japanese cooperative research `Kaiko' Project and its results|In Japanese|J. Geogr., Tokyo:93:7:1984:30-42|France
J|0558|Kagami,H.|Observation of sedimentary accretion flakes in abyssal trenches from the results of seismic reflexion with multichannel processing|In Japanese|J. Geogr., Tokyo:93:7:1984:43-51|Reflexion study+Japan
J|0559|Kaila,K.L.+Tripathi,K.M.+Dixit,M.M.|Crustal structure along Wular Lake-Gulmarg-Naoshera profile across Pir Panjal range of the Himalayas from deep seismic soundings||J. geol. Soc. India:25:11:1984:706-719
J|0560|Gupta,H.K.|Cachar earthquake of December 31, 1984 - is it a signal for the beginning of seismic activity?||J. geol. Soc. India:26:2:1985:145-147|Assam+India||#*CACHAR
J|0561|Gong,S-J.|Anomalous changes in transfer functions and the 1976 Tangshan earthquake (Ms=7.8)||J. Geomagn. Geoelect., Kyoto:37:4:1985:503-508|T'ang-shan+Electromagnetism
J|0562|Faber,S.+Muller,G.|Converted phases from the mantle transition zone observed at European stations||J. Geophys.:54:3:1984:183-194|Converted wave+Precursor
J|0563|Mikhailenko,B.G.+Korneyev,V.I.|Calculation of synthetic seismograms for complex subsurface geometries by a combination of finite integral Fourier transforms and finite difference techniques||J. Geophys.:54:3:1984:195-206|Data processing+Finite difference method+Travel-times
J|0564|Ulug,A.+Berckhemer,H.|Frequency dependence of Q for seismic body waves in the earth's mantle||J. Geophys.:56:1:1984:9-19|Q
J|0565|Cormier,V.F.|The polarization of S waves in a heterogeneous isotropic earth model||J. Geophys.:56:1:1984:20-23|S-wave+Isotropic medium+Heterogeneous medium
J|0566|Gajewski,D.+Prodehl,C.|Crustal structure beneath the Swabian Jura, SW Germany, from seismic refraction investigations||J. Geophys.:56:2:1985:69-80|Deep seismic sounding
J|0567|Kutter,B.L.|Earthquake deformation of centrifuge model banks||J. geotech. Engng Div. Am. Soc. civ. Engrs:110:12:1984:1697-1714|Viscoelastic solid
J|0568|Carr,J.R.+Glass,C.E.|Treatment of earthquake ground motion using regionalized variables||J. int. Ass. mathl Geol.:17:3:1985:221-241|Modified Mercalli scale+Statistical method
J|0569||Think deep: computer methods and the subsurface. Conference papers||J. int. Ass. mathl Geol.:17:4:1985:333-334|Diagraphy+Hydrocarbon
J|0570|Tetzlaff,D.M.+Harbaugh,J.W.|Computer mapping of seismic reflectors in the coastal region of the National Petroleum Reserve in Alaska||J. int. Ass. mathl Geol.:17:4:1985:455-480|Hydrocarbon
J|0571|Higashiyama,I.+Fujita,N.|Earthquake damage in the central reclamation zone of Hachirogata lagoon during the 1983 Nihonkai-Chubu earthquake||J. Irrig. Engng rur. Plann.::5:1984:43-47|Tsunami+Japan Sea||#*SEAOFJAPAN
J|0572|Young,R.M.+Ansell,J.H.+Hurst,M.A.|New Zealand's first seismograph: the Hector seismograph 1884-1902||Jl R. Soc. N.Z.:14:2:1984:159-173|Hector, J.+Instrument
J|0573|Vees,R.|Results of deep seismic measurements in the orogenic region of Damara, S.W. Africa|In German|Jl S.W. Africa scient. Soc.:38::1984:17-27|Deep seismic sounding+Namibia
J|0574|Nuttli,O.W.+Herrmann,R.B.|Ground motion of Mississippi Valley earthquakes||J. tech. Topics civ. Engng:110:1:1984:54-69|Risk+Accelerogram
J|0575|Nishi,K.+Tazawa,K.|Earthquake swarm on May 31, 1983 in Izu-O-shima|In Japanese|Kazan:29:2:1984:109-111|Japan
J|0576|Moriya,I.|Gigantic landslide on the southern slope of Ontake Volcano and debris avalanche associated with the earthquake in the western part of the Nagano Prefecture|In Japanese|Kazan:29:3:1984:247-248|1984+Japan+Landslip+Volcanism||#*NAGANO
J|0577|Ehara,S.|Thermal structure and seismic activity in central Kyushu, Japan|In Japanese|Kazan:29:4:1984:249-265|Geothermy+Seismicity+Volcanism
J|0578|Iguchi,M.|Analysis of volcanic shallow earthquakes observed near the active crater|In Japanese|Kazan:30:1:1985:1-10|Shallow-focus earthquake+Volcanism+S-wave+P-wave
J|0579|Krynicki,T.|Interpretation of tectonic zones in seismic profiles through the North-Sudetic basin|In Polish with Russian and English abstracts|Kwart. geol.:28:3-4:1984:735-746|Refraction study+Reflexion study+Sudety Mts.|Published in 1985
J|0580|Er-Raji,A.+Juge,J-M.+Chapuis,J.|The Martil Dam project on Oued-Mhajrate (Tetouan Province)|In French|Lab. Genie. civ.::5:1984:12-20|Morocco+Barrage+Reservoir+Seismicity
J|0581|Benzekri,J.|Determination of the dynamic characteristics of grounds|In French|Lab. Genie. civ.::5:1984:36-47|Dynamics+Shear
J|0582|Heidecker,E.J.+Rynn,J.M.W.|The role of lineament interpretation with seismicity: resource implications in northern Queensland||Qd Govt Min. J.:85:996:1984:388-392|Prospecting+Natural resources
J|0583|Rynn,J.M.W.+Ruediger,G.A.|The role of extractive materials blasting in seismological research in Queensland||Qd Govt Min. J.:86:1000:1985:88-101|Mining+Quarry blast+Seismicity
J|0584|Cisternas,A.+Gaulon,R.|Seismotectonic synthesis of the northeast of Venezuela|In Spanish with English abstract|Revta Geofis.:40:1:1984:3-10|Seismotectonics+Seismicity
J|0585|Buforn,E.+Udias,A.|An algorithm for focal mechanism determination using signs of first motion of P, SV and SH waves|With Spanish abstract|Revta Geofis.:40:1:1984:11-26|P-wave+SV-wave+SH-wave
J|0586|Cisternas,A.+Jobert,G.+Compte,P.|Classic theory of Gaussian traces|In Spanish with English abstract|Revta Geofis.:40:1:1984:27-32|Algorithm+Gaussian beam
J|0587|Guirao,J.M.+De Miguel,F.|Errors found in the locations of earthquakes in the Granada depression|In Spanish with English abstract|Revta Geofis.:40:1:1984:33-42|Spain+Travel-times
J|0588|Badal,J.+Seron,F.J.|An efficient numerical analysis of the dispersion of Love waves|In Spanish with English abstract|Revta Geofis.:40:2:1984:181-190|Finite element method
J|0589|Ruiz,M.S.+Udias,A.|Variations of the spectral content of seismic waves provoked by submarine explosions|In Spanish with English abstract|Revta Geofis.:40:2:1984:191-204|Spectral analysis+Marine seismic investigation
J|0590|Gallart,V.+Olivera,C.+Correig,A.|Geophysical approximation of the Olot volcanic zone (Gerona). Local study of seismicity|In Spanish with English abstract|Revta Geofis.:40:2:1984:205-225|Volcanism+Spain
J|0591|Guirao,J.M.+Vidal,F.|Determination of focal mechanism by means of a microcomputer|In Spanish with English abstract|Revta Geofis.:40:2:1984:309-313|P-wave
J|0592|Mann,P.+Burke,K.|Neotectonics of the Caribbean||Rev. Geophys. Space Phys.:22:4:1984:309-362|Island arc
J|0593|Gladwin,M.T.|High-precision multicomponent borehole deformation monitoring||Rev. scient. Instrum.:55:12:1985:2011-2016|Precise measurement+Instrument+Prediction
J|0594|Bonatti,E.+Crane,K.|Oceanic fracture zones||Scient. Am.:250:5:1984:40-51|Plate tectonics+Seismicity
J|0595|Geng,Q-G.|Drought-earthquake relation and medium-range prediction of great earthquakes||Scientia sin., A:28:3:1985:323-336|Risk+China
J|0596|Wang,X-H.+Qi,G-Z.+Zhao,Y-L.|Resistivity precursors and spreading of fault prior to its instability||Scientia sin., A:28:4:1985:420-436|Prediction+Electrical resistivity
J|0597|Yan,Z-D.+Guo,L-C.|Relationship between earthquake magnitude and epicentral intensity in China and its applications||Scientia sin., B:28:5:1985:549-560|Precursor
J|0598|Wu,W-J.|Applications of orthogonality theory of discrete normal modes to the identification of free oscillation eigenfrequencies and determinations of spectral peak positions and spectral line widths||Scientia sin., B:28:6:1985:641-654|Eigenfrequency
J|0599|Doyle,H.A.|Earthquake prediction: present trends and the Australian situation||Search, Syd.:15:9-10:1984:263-270|Risk
J|0600||Geo-scientific investigations in the Barents and Greenland Norwegian seas||Skr. norsk Polarinst.::180:1984:1-67|Greenland Sea+Barents Sea+Norwegian Sea
J|0601|Dong,W-M.+Shah,H.C.+Bao,A-B.+|Utilization of geophysical information in Bayesian seismic hazard model||Soil Dyn. Earthq. Engng:3:2:1984:103-111|Bayes' theorem+Risk+California
J|0602|Kausel,E.+Roesset,J.M.|Soil amplification: some refinements||Soil Dyn. Earthq. Engng:3:3:1984:116-123|Dynamics
J|0603|Lee,V.W.|Three-dimensional diffraction of plane P, SV and SH waves by a hemispherical alluvial valley||Soil Dyn. Earthq. Engng:3:3:1984:133-144|P-wave+SV-wave+SH-wave+Valley+Alluvium
J|0604|Boissonnade,A.C.+Dong,W-M.+Liu,S.C.+|Use of pattern recognition and Bayesian classification for earthquake intensity and damage estimation||Soil Dyn. Earthq. Engng:3:3:1984:145-149|Bayes' theorem
J|0605|Hoshiya,M.+Ishii,K.|Deconvolution method between kinematic interaction and dynamic interaction of the soil-foundation systems based on observed data||Soil Dyn. Earthq. Engng:3:3:1984:157-164
J|0606|Zeng,X.+Cakmak,A.S.|Dynamic structure-soil interaction under the action of vertical ground motion. 1. The axisymmetric problem||Soil Dyn. Earthq. Engng:3:4:1984:200-219|Loading
J|0607|Zeng,X.+Cakmak,A.S.|Dynamic structure-soil interaction under the action of vertical ground motion. 2. The plane problem||Soil Dyn. Earthq. Engng:3:3:1984:211-219|Loading
J|0608|Spanos,P.D.+Vargas Loli,L.M.|A statistical approach to generation of design spectrum compatible earthquake time histories||Soil Dyn. Earthq. Engng:4:1:1985:2-8|Response
J|0609|Prevost,J.H.|A simple plasticity theory for frictional cohesionless soils||Soil Dyn. Earthq. Engng:4:1:1985:9-17|Liquefaction
J|0610|Nasser,M-V.+Trifunac,M.D.|Scattering of plane SH-waves by cylindrical canals of arbitrary shape||Soil Dyn. Earthq. Engng:4:1:1985:18-23|Plane wave+Ground motion
J|0611|Trifunac,M.D.+Marcus,D.K.+Moslem,K.|A note on controlling the optical density on analog film records in strong motion accelerographs||Soil Dyn. Earthq. Engng:4:1:1985:31-34|Analogue+Strong-motion analysis+Instrument
J|0612|Ali Amini+Trifunac,M.D.|Statistical extension of response spectrum superposition||Soil Dyn. Earthq. Engng:4:2:1985:54-63|Statistical method+Spectral analysis
J|0613|Kavazanjian,E.+Echezuria,H.+McCann,M.W.|RMS acceleration hazard for San Francisco||Soil Dyn. Earthq. Engng:4:3:1985:106-123|Risk+California+Probability
J|0614|Cakmak,A.S.+Sheriff,R.A.+Ellis,G.|Modelling earthquake ground motions in California using parametric time series methods||Soil Dyn. Earthq. Engng:4:3:1985:124-131|Accelerogram
J|0615|Lee,V.W.+Trifunac,M.D.|Torsional accelerograms||Soil Dyn. Earthq. Engng:4:3:1985:132-139|Induced seismicity
J|0616|Watanabe,H.+Sato,S.+Murakami,K.|Evaluation of earthquake-induced sliding in rockfill dams||Soils Found.:24:3:1984:1-14|Slip+Barrage+Accelerogram+Earth dam+Triggering agent
J|0617|Klapperich,H.+Savidis,S.A.+Sarfeld,W.|Distribution of lateral earthquake pressure on a retaining wall||Soils Found.:24:3:1984:113-114
J|0618|Oner,M.|Estimation of the fundamental period of large earthfill and rockfill dams||Soils Found:24:4:1984:1-10|Earth dam+Barrage+Frequency
J|0619|Fu,S-C.+Tatsuoka,F.|Soil liquefaction during Haicheng and Tangshan earthquakes in China: a review||Soils Found:24:4:1984:11-29|T'ang-shan+1975+1976
J|0620|Yoshimi,Y.+Tokimatsu,K.+Kaneko,O.+|Undrained cyclic shear strength of a dense Niigata sand||Soils Found.:24:4:1984:131-145|Japan+Liquefaction
J|0621|Kikusawa,M.+Hasegawa,T.|Analysis of model embankment dam by shaking table test||Soils Found.:25:1:1985:1-14|Barrage+Pore pressure+Shake table
J|0622|Davis,J.F.+Bennett,J.H.+Borchardt,G.A.+|Earthquake planning scenario for a magnitude 8.3 earthquake on the San Andreas Fault in the San Francisco Bay area||Spec. Publs Calif. Div. Mines Geol.:61::1982:1-160
J|0623|Porter,L.D.|Processed data from the strong-motion records of the Imperial Valley earthquake of 15 October 1979||Spec. Publs Calif. Div. Mines Geol.:65::1983:1-317|California+Strong-motion analysis+Accelerogram
J|0624|Orcutt,J.A.+McClain,J.S.+Burnett,M.|Evolution of the ocean crust: results from recent seismic experiments||Spec. Publs geol. Soc. Lond.::13:1984:7-16|Oceanic crust+Geodynamics+Microearthquake
J|0625|White,R.S.|Atlantic oceanic crust: seismic structure of a slow-spreading ridge||Spec. Publs geol. Soc. Lond.::13:1984:101-111|Atlantic Ocean
J|0626|Auffret,G.A.+Le Suave,R.+Kebrat,R.+|Sedimentation in the southern Cape Verde basin: seismic and sediment facies||Spec. Publs geol. Soc. Lond.::15:1984:153-167|Atlantic Ocean
J|0627|Got,H.|Sedimentary processes on the west Hellenic arc margin||Spec. Publs geol. Soc. Lond.::15:1984:169-183|Mediterranean
J|0628|Lewis,K.B.+Pantin,H.M.|Intersection of a marginal basin with a continent: structure and sediments of the Bay of Plenty, New Zealand||Spec. Publs geol. Soc. Lond.::16:1984:121-135|Plenty, B. of+Plate tectonics
J|0629|Smith,I.E.+Milson,J.S.|Late Cenozoic volcanism and extension in eastern Papua||Spec. Publs geol. Soc. Lond.::16:1984:163-171|Papua New Guinea+Seismicity
J|0630|Ward,S.H.|Geophysical studies of active geothermal systems in the northern Basin and Range||Spec. Rep. geotherm. Resour. Coun.:13::1983:121-157|Geothermy+Basin & Range+Geophysical investigation
J|0632|Serpa,L.+Setzer,T.+Farmer,H.+|Structure of the southern Keweenawan rift from COCORP surveys across the midcontinent geophysical anomaly in northeastern Kansas||Tectonics:3:3:1984:367-384|Reflexion study+Continental crust
J|0633|Adams,J.|Active deformation of the Pacific northwest continental margin||Tectonics:3:4:1984:449-472|Washington State+Oregon State
J|0634|Ranken,B.+Cardwell,R.K.+Karig,D.E.|Kinematics of the Philippine Sea plate||Tectonics:3:5:1984:555-575|Plate tectonics
J|0635|Lillie,R.J.|Tectonic implications of subthrust structures revealed by seismic profiling of Appalachian-Ouachita orogenic belt||Tectonics:3:6:1984:619-646|Appalachian Mts.+Ouachita Mts.+Plate tectonics
J|0636|Panza,G.F.+Rybach,L.|International seminars in geophysics in Trieste, Italy||Terra cogn.:5:1:1985:23-24
J|0637|Bolt,B.A.|Structural resolution from long period eigenspectra||Terra cogn.:5:1:1985:25-26|Subduction+Prediction+Eigenperiod
J|0638|Bolt,B.A.|Structural resolution from body waves||Terra cogn.:5:1:1985:27-28|Seismogram+Data processing
J|0639|Rice,J.R.|Rupture mechanics of slip-deficient seismic zones||Terra cogn.:5:1:1985:31-32|Rupturing+Prediction
J|0640|Teisseyre,R.|New earthquake rebound theory||Terra cogn.:5:1:1985:41|Mathematical equation+Constraint
J|0641|Mueller,S.+Berthelsen,A.|The European Geotraverse Project||Terra cogn.:5:2-3:1985:156-163|Lithosphere
J|0642|Meissner,R.+Chapman,C.H.+Matthews,D.H.|Seismic reflection profiling in Europe||Terra cogn.:5:2-3:1985:164-169|Continental crust+Reflexion study
J|0643|Jackson,J.A.+Messier,J.+Froidevaux,C.+|Seismicity and neotectonics||Terra cogn.:5:2-3:1985:170-174|World
J|0644||Earth sciences data bases||Terra cogn.:5:2-3:1985:239-240|Stratigraphy
J|0645||Sedimentology||Terra cogn.:5:2-3:1985:241-245|Bathymetry+Deformation
J|0646||Solid earth geophysics||Terra cogn.:5:2-3:1985:299-305|Solid-earth geophysics+Synthetic seismogram+Lithosphere
J|0647||Seismotectonics||Terra cogn.:5:2-3:1985:306-312|Europe+Seismicity+Plate tectonics
J|0648||Direct measurement of seismic forces using multi-pendular seismometers||Veroff. ZentInst. Phys. Erde, D.A.W., Potsdam::78:1983:85-87|Instrument+Data acquisition+USSR
J|0649|Hosoda,S.|The protection against damage to water supply facilities by natural or man-made disasters||Wat. Supply:2:2:1984:165-170|Natural disaster+Catastrophe+Japan
J|0650|Hampe,E.+Musstow,L.|Introduction to the design of seismic resistant structures|In German|Wiss. Z. Hochsch. Archit. Bauw. Weimar:30:4:1984:243-257|Earthquake-resistant design+Loading+Building
J|0651|Hampe,E.+Schwarz,J.|On the selection of modellings and methods of calculation in seismic investigations of cooling towers|In German|Wiss. Z. Hochsch. Archit. Bauw. Weimar:30:4:1984:257-264|Loading
J|0652|Buck,M.D.|An assessment of volcanic risk on and from Mayor Island, New Zealand||N.Z. Jl Geol. Geophys.:28:2:1985:283-298|Tsunami+Mayor I.+Volcanism
J|0653|Bankwitz,P.+Bankwitz,E.|Contribution to the interpretation of fractures (stress strain analysis)|In German with Russian and English abstracts|Z. angew. Geol.:30:6:1984:265-271|Seismotectonics+Fault
J|0654|Rammner,R.J.|Geophysical exploration of fractured water-bearing rock in northern Nigeria|With German abstract|Z. angew. Geowiss.::5:1984:83-111|Underground water+Groundwater
J|0655|Kopf,M.|On the diagenesis of chalky limestone|In German with Russian and English abstracts|Z. geol. Wiss.:11:12:1983:1443-1451|Diagraphy
J|0656|Olszak,G.|On the cyclic character of plate-tectonic movements and some aspects of the development of geophysical parameters in the history of the Earth|In German with English and Russian abstracts|Z. geol. Wiss.:12:1:1984:23-33|Periodicity+Plate tectonics+Seismicity
J|0657|Inoue,H.+Asano,S.+Yoshii,T.+|Crustal structure in the northeastern part of Shikoku, Japan as derived from seismic observations of Sakaide-Itchu explosions in 1980|In Japanese with English abstract|Zisin:37:2:1984:163-183|Explosion seismology
J|0658|Amaike,F.+Kasuga,S.+Kisimoto,K.+|Exploration of base rock structure in the southeastern Kyoto Basin by means of reflected waves|In Japanese with English abstract|Zisin:37:2:1984:185-196|Basement+Synthetic seismogram
J|0659|Sato,H.+Tatsukawa,M.+Ohkubo,T.|Anomalous tilt change preceding the eastern Yamanashi earthquake of August 8, 1983|In Japanese with English abstract|Zisin:37:2:1984:197-205|Precursor||#*YAMANASHI2
J|0660|Hurukawa,N.+Kasuga,S.+Takeuchi,F.+|Investigation of the Fukui earthquake fault in the Fukui plain by means of array observation of microtremors|In Japanese with English abstract|Zisin:37:2:1984:207-215|1948+Japan+Microearthquake
J|0661|Umino,N.+Hasegawa,A.|Three-dimensional Qs structure in the northeastern Japan arc|In Japanese with English abstract|Zisin:37:2:1984:217-228|Q+Upper mantle+P-wave+S-wave
J|0662|Matsumori,T.+Furuya,I.|Application of group velocity method for reducing dispersed wave trains to original pulse forms|In Japanese with English abstract|Zisin:37:2:1984:229-236|Japan
J|0663|Bowman,R.+Kisslinger,C.+Billington,S.+|Summary of earthquake prediction and seismotectonic research in the central Aleutian island arc using data from Adak, Alaska seismograph network|In Japanese with English abstract|Zisin:37:2:1984:247-256|Seismotectonics+Aleutian Islands
J|0664|Miyatake,T.|Earthquake source process and damage distribution|In Japanese with English abstract|Zisin:37:2:1984:257-267|Japan
J|0665|Yoshida,A.+Taniwatashi,N.|Regional correlation of earthquake occurrence on the west side of Suruga Trough|In Japanese with English abstract|Zisin:37:2:1984:269-279|Frequency+Japan
J|0666|Morita,Y.+Hamaguchi,H.|Automatic detection of onset time of seismic waves and its confidence interval using the autoregressive model fitting|In Japanese with English abstract|Zisin:37:2:1984:281-293|Autoregression+Automatic event detector
J|0667|Koyama,J.|Short-period body-wave excitations from coherent and incoherent rupture on a fault|In Japanese with English abstract|Zisin:37:2:1984:295-305|Rupturing+Body wave+Statistical method
J|0668|Kimata,F.|Distance measurements in the Sangane-Zaoh baseline, before and after the Dec. 19 1983 earthquake (M=4.0)|In Japanese with English abstract|Zisin:37:2:1984:307-309|Japan
J|0669|Maeda,N.|Accuracy of magnitude determinations in the case of maximum velocity amplitude magnitude|In Japanese with English abstract|Zisin:37:2:1984:310-313|Maximum magnitude+Maximum amplitude
J|0670|Naruse,S.+Yoshida,A.+Masaki,K.+|Observation of 1- to 5-second microtremors and their application to earthquake engineering. 9. An extended observation in the Nohbi plain, central Japan|In Japanese with English abstract|Zisin:37:3:1984:383-395|Microearthquake
J|0671|Hayashi,Y.+Abe,K.|A method of Ms determination from JMA data|In Japanese with English abstract|Zisin:37:3:1984:429-439|Magnitude+Japan Meteorological Agency+Error
J|0672|Amaike,F.+Takeuchi,F.+Kasuga,S.+|Seismic exploration of the buried fault associated with the Fukui earthquake, 1948 and its tectonic implications|In Japanese with English abstract|Zisin:37:3:1984:441-452|Japan
J|0673|Yoshida,A.+Iwata,T.+Satomura,M.+|The possibility of the existence of an active tectonic line on the west side of Suruga Trough|In Japanese with English abstract|Zisin:37:3:1984:453-464|Seismicity+Lineament
J|0674|Umeda,Y.+Murakami,H.+Iio,Y.+|Earthquake traces impressed on the Yayoi-age dwelling site|In Japanese with English abstract|Zisin:37:3:1984:465-473|Holocene+Japan
J|0675|Matsumura,S.|Evaluation of the detection capability of microearthquakes for an observational network - the Kanto-Tokai observational network of the National Research Centre for Disaster Prevention|In Japanese with English abstract|Zisin:37:3:1984:475-489|Probability
J|0676|Hurukawa,N.|A new method for determining the velocity gradient in the upper crust and the Conrad discontinuity by using travel-time data of aftershocks|In Japanese with English abstract|Zisin:37:3:1984:491-501|Travel-times+Japan
J|0677|Miyashita,K.+Kitazawa,Y.|Seismicity in the northeastern part of the Kanto District|In Japanese|Zisin:37:3:1984:503-505|Japan
J|0678|Usami,T.+Sekita,Y.+Katsumata,A.+|On the Odawara earthquake of August 23, 1782|In Japanese|Zisin:37:3:1984:506-510|Japan
J|0679|Umino,N.+Hasegawa,A.+Takagi,A.+|Focal mechanisms of intermediate-depth earthquakes beneath Hokkaido and northern Honshu, Japan|In Japanese with English abstract|Zisin:37:4:1985:523-538
J|0680|Ikeda,R.+Kasahara,K.+Ito,K.+|Observation of explosion seismic waves around the southern part of the Karasuyama-Sugaonuma Fault, Ibaraki Prefecture, Japan|In Japanese with English abstract|Zisin:37:4:1985:549-557|Explosion seismology+Travel-times
J|0681|Umeda,Y.+Iio,Y.+Kuroiso,A.+|Scaling of observed seismic spectra|In Japanese with English abstract|Zisin:37:4:1985:559-567|Japan Sea+Data processing+Seismometry
J|0682|Maeda,N.+Watanabe,H.|Mode of activity of microearthquakes - in the case of the middle and northern parts of Kinki District, southwestern Japan|In Japanese with English abstract|Zisin:37:4:1985:579-598
J|0683|Iio,Y.|Microfractures accompanied by aftershocks|In Japanese with English abstract|Zisin:37:4:1985:599-606|Japan+Statistics
J|0684|Watanabe,H.|Statistical studies of the tsunami that occurred in and near Japan, using Watanabe's revised tsunami table|In Japanese with English abstract|Zisin:37:4:1985:607-619|Statistics+Japan Sea+Nihonkai-Chubu||#*SEAOFJAPAN
J|0685|Urabe,T.+Hirata,N.|A playback system for long-term analogue tape recordings of ocean bottom seismography|In Japanese with English abstract|Zisin:37:4:1985:633-645|Data processing+OBS System+Instrument
J|0686|Koyama,J.+Zheng,S-H.+Suzuki,Z.|Excitation of short-period body waves with random phases generated by great earthquakes|In Japanese with English abstract|Zisin:37:4:1985:655-669|Spectral analysis+Synthetic seismogram
J|0687|Tada,T.|Spreading of the Okinawa trough and its relation to the crustal deformation in Kyushu|In Japanese with English abstract|Zisin:38:1:1985:1-12
J|0688|Ikeda,R.|Possible Quaternary activity of the southern part of the Karasuyama-Sugaonuma Fault, Ibaraki Prefecture|In Japanese with English abstract|Zisin:38:1:1985:13-23|Japan+Seismogram
J|0689|Mikumo,T.+Koizumi,M.+Wada,H.|Seismicity, focal mechanism and tectonics in the northern Hida region, central Japan|In Japanese with English abstract|Zisin:38:1:1985:25-40
J|0690|Takemoto,S.+Watanabe,K.+Onoue,K.+|Strain steps associated with the Oyamazaki, Kyoto, earthquake of May 5, 1984|In Japanese with English abstract|Zisin:38:1:1985:41-55|Japan||#*OYAMAZAKI
J|0691|Miyatake,T.|Earthquake source process and aftershock activity|In Japanese with English abstract|Zisin:38:1:1985:67-79
J|0692|Yamashina,K.+Nakamura,K.+Fukudome,T.+|Subsidence of Kyuroku-shima Island associated with the 1983 Japan Sea earthquake|In Japanese with English abstract|Zisin:38:1:1985:81-91|Nihonkai-Chubu+Tsunami||#*SEAOFJAPAN
J|0693|Okano,K.+Kimura,S.+Konomi,T.+|The focal distribution of earthquakes in Shikoku and its surrounding regions|In Japanese with English abstract|Zisin:38:1:1985:93-103|Spatial distribution+Epicentre
J|0694|Saijo,T.+Hasegawa,A.+Umino,N.+|Microearthquake activity near the Kamafusa Dam, Miyagi Prefecture|In Japanese with English abstract|Zisin:38:1:1985:115-124|Japan+Induced seismicity
J|0695|Yoshida,A.|`Non-superpositionality' and `migrationality' observed in the seismic activity in and around Izu peninsula|In Japanese with English abstract|Zisin:38:1:1985:125-136|Temporal distribution+Spatial distribution+Seismic gap
J|0696|Nishimura,K.+Morii,W.|Azimuthal deflection of P-wave initial motion observed at the Osakayama Crustal Deformation Observatory, Shiga Prefecture|In Japanese|Zisin:38:1:1985:137-140|First motion+Japan
J|0697|Takeuchi,F.+Amaike,F.|Ground level gaps generated by the 1948 Fukui earthquake and its previous events, recognized on topographical maps|In Japanese|Zisin:38:1:1985:141-143|Topography+Fault
J|0698|Tazime,K.|Conservation of the momentum of a string by an impulsive force|In Japanese|Zisin:38:1:1985:143-144|Earthquake+Movement+Theory
J|0699|Koyama,J.|Earthquake source spectrum from a multiple shock model|In Japanese|Zisin:38:1:1985:144-146|Multiple event
J|0700|Takano,K.|P- and S-wave velocity distributions in the upper mantle in and outside the seismic dipping zone located between Kanto and Hokkaido|In Japanese|Zisin:38:1:1985:147-150|P-wave
J|0701|a-Leg 103 Shipboard Scientific Party|Ocean drilling programme. Evolution of a passive margin||Nature, Lond.:317:6033:1985:115-116|DSDP+Atlantic Ocean+Oceanic crust
J|0702|Shudofsky,G.N.|Source mechanisms and focal depths of East African earthquakes using Rayleigh-wave inversion and body wave modelling||Geophys. J. R. astr. Soc.:83:3:1985:563-614|Rayleigh wave+Body wave+Focal mechanism
J|0703|Bonafede,M.+Dragoni,M.+Boschi,E.|Quasi-static crack models and the frictional stress threshold criterion for slip arrest||Geophys. J. R. astr. Soc.:83:3:1985:615-635
J|0704|Kagan,Y.Y.+Knopoff,L.|The two-point correlation function of the seismic moment tensor||Geophys. J. R. astr. Soc.:83:3:1985:637-656
J|0705|Leveque,J-J.+Cara,M.|Inversion of multimode surface wave data: evidence for sub-lithospheric anisotropy||Geophys. J. R. astr. Soc.:83:3:1985:753-773|Asthenosphere+Pacific Ocean+North America
J|0706|Marrow,P.C.+Roberts,G.|Focal mechanisms of aftershocks of the 1979 Carlisle earthquake: a re-interpretation||Geophys. J. R. astr. Soc.:83:3:1985:797-802|United Kingdom
J|0707|Murphy,N.P.+Jacob,A.W.B.|Detailed S-wave structure in the Dublin Basin and its northern margin||Geophys. J. R. astr. Soc.:83:3:1985:803-807|S-wave+Ireland
J|0708|Trodd,H.+Warburton,P.J.+Pooley,C.I.|The great British earthquake of 1984 seen from afar||Geophys. J. R. astr. Soc.:83:3:1985:809-812|Tremadoc+United Kingdom+Lleyn Peninsula
J|0709|Tadili,B.A.+Ramdani,M.|Dam project on Oued Martil (Tetouan region)|In French with Arabic and English abstracts|Bull. Inst. scient., Rabat::7:1983:65-74|Martil Dam+Seismicity+Morocco
J|0710|Falconer,R.K.H.+Von Rad,U.+Wood,R.|Regional structure and high-resolution seismic stratigraphy of the central Chatham Rise (New Zealand)|With German and Russian abstracts|Geol. Jb., D::65:1984:29-56|High resolution
J|0711|Hansen,D.|High-resolution seismic results of the detailed Sonne-17 survey areas (Chatham Rise, New Zealand)|With German and Russian abstracts|Geol. Jb., D::65:1984:57-67|High resolution
J|0712|Mufti,I.R.|Seismic modelling in the implicit mode||Geophys. Prospect.:33:5:1985:619-656|Mathematical model+Finite difference method
J|0713|Bunch,A.W.H.+White,R.E.|Least-squares filters without transient errors: an examination of the errors in least-squares filter design||Geophys. Prospect.:33:5:1985:657-673|Least squares solution+Filtering+Signal
J|0714|Harding,A.J.|Inversion methods for tau-p maps of near offset data - linear inversion||Geophys. Prospect.:33:5:1985:674-695|Data processing+Tau-method
J|0715|Greenhalgh,S.A.+Suprajitno,M.|Vertical seismic profiling in coal||Geophys. Prospect.:33:5:1985:696-715|Data acquisition
J|0716|Fairhead,J.D.|Preliminary study of the seismicity associated with the Cameroon volcanic province during the volcanic eruption of Mt Cameroon in 1982||J. Afr. Earth Sci.:3:3:1983:297-301|Africa+Volcanism+Cameroun, Mt.
J|0717|Khattab,M.M.|Geophysical investigation of an upper Tertiary subbasin in the southern Egyptian Red Sea shelf and its bearing on oil exploration||J. Afr. Earth Sci.:3:3:1983:321-330
J|0718|Gambles,P.|Origin of mantle turbulence||Nature, Lond.:316:6027:1985:392-393|Plate tectonics+Subduction
J|0719|Zhou,K-S.|Sphere-fit method for determining focal mechanism from amplitude ratios of initial P-waves|In Chinese with English abstract|Acta geophys. sin.:28:4:1985:364-376|P-wave+China
J|0720|Zhang,Y-G.+Ma,D-B.|The investigation of seismic wave velocity and crustal structure in Sichuan region by use of mine explosions|In Chinese with English abstract|Acta geophys. sin.:28:4:1985:377-388|China
J|0721|Wang,G-F.+Wang,Z-Q.|Analysis of initial motion characteristics of the SKZ seismograph|In Chinese with English abstract|Acta geophys. sin.:28:4:1985:402-409|Instrument+Signal+First motion
J|0722|Zhang,S-Q.+Wu,L-J.+Guo,J-M.|An interpretation of the DSS data on the Menyuan-Pingling-Weinan profile in west China|In Chinese with English abstract|Acta geophys. sin.:28:5:1985:460-472|Deep seismic sounding
J|0723|Zhou,C-R.|Harmonic plane wave propagating in an arbitrary wedge|In Chinese with English abstract|Acta geophys. sin.:28:5:1985:473-481|P-wave
J|0724|Liu,C-E.+Deng,S-B.+Yang,J.|Observations of tilt tides by use of a water tube tiltmeter|In Chinese with English abstract|Acta geophys. sin.:28:5:1985:502-509|Instrument
J|0725|Yao,Z-X.+Zheng,T-Y.|The generalized reflection-transmission coefficient method in acoustic well logging|In Chinese with English abstract|Acta geophys. sin.:28:5:1985:510-518|Reflexion coefficient+Acoustic logging
J|0726|Lu,Y-Z.+Song,J-G.+Dai,W-L.|The U-value of earthquake swarms: a criterion assessing the seismic condition of a region|Supplement|Acta seism. sin.:6::1984:495-509|Strain+Uniformity
J|0727|Chen,P-S.+Hu,R-H.+Zhou,K-G.+|On the calibration function of surface wave magnitude and correction for site condition of stations|Supplement|Acta seism. sin.:6::1984:510-524
J|0728|Yu,S-J.+Wu,J-Y.|Spatial distribution of Japan Sea deep-focus earthquakes and geometric features of the subduction zone|Supplement|Acta seism. sin.:6::1984:525-543|Benioff zone+Seismic gap+1964-1978
J|0729|Liu,W-Q.|A study of source parameters of some earthquakes in China|Supplement|Acta seism. sin.:6::1984:544-557|1966-1981
J|0730|Hao,J-Q.+Hastie,L.M.+Stacey,F.D.|Piezomagnetic effect of three-dimensional dislocation models|Supplement|Acta seism. sin.:6::1984:558-573
J|0731|Zhang,H-N.|A comparative study of the tectonics of strong seismic regions in south China|Supplement|Acta seism. sin.:6::1984:583-596|Seismicity
J|0732|Ding,Y-Z.+Xiao,A-Y.+Chen,Y-M.+|Seismicity and its tendency in the Zhelin Reservoir region|Supplement|Acta seism. sin.:6::1984:597-608|Induced seismicity+Dam+Reservoir+Barrage+China
J|0733|Wang,P-D.+Song,L-Y.|Precursory earthquake swarm and probabilistic earthquake prediction|Supplement|Acta seism. sin.:6::1984:609-618|China+1971-1980
J|0734|Zhu,C-X.|A predictive method for the stochastic function of a Markov chain - the shock-lacking method in earthquake prediction|Supplement|Acta seism. sin.:6::1984:619-628|Markov model
J|0735|Xu,D-Y.|Statistical prediction of global seismicity for 1983-1985|Supplement|Acta seism. sin.:6::1984:629-631|World+Seismicity+Statistical method
J|0736|Yan,Y-D.+Zhang,H-F.|`Time field' analysis of rock body in the Xinfengjiang Reservoir region|Supplement|Acta seism. sin.:6::1984:632-635|Fracture+Dam+Barrage+Induced seismicity
J|0737|Han,W-B.+Xi,D-L.|The characteristics of seismicity belts before strong earthquakes with magnitude M>=6 in Sichuan|In Chinese with English abstract|Acta seism. sin.:7:1:1985:1-16|Precursor+Microseism
J|0738|Wang,S-Y.+Xu,Z-H.|Seismotectonic stress field in east China|In Chinese with English abstract|Acta seism. sin.:7:1:1985:17-32|Seismotectonics+Microearthquake
J|0739|Sun,W-B.+He,Y-S.+Li,Y-B.|Subduction of the Pacific plate in the Sea of Japan and earthquakes of northeastern China|In Chinese with English abstract|Acta seism. sin.:7:1:1985:33-44|Japan Sea
J|0740|Zhang,Z-L.|Investigation of the thermal force sources of the 1976 Tangshan earthquake|In Chinese with English abstract|Acta seism. sin.:7:1:1985:45-56|Geothermy+T'ang-shan+Stress
J|0741|Zhu,Y-Q.+Wu,B.+Xing,R-Y.|Gravity variation and Moho surface deformation before and after the 1976 Tangshan earthquake|In Chinese with English abstract|Acta seism. sin.:7:1:1985:57-73|T'ang-shan+Temporal variation+Mohorovicic discontinuity
J|0742|Zhu,H-B.+Zhou,W-H.+Wu,L-G.|The isostatic gravity anomalies and seismic activity in the Himalayan region|In Chinese with English abstract|Acta seism. sin.:7:1:1985:74-79|Isostasy+Himalayas+Seismicity+1950-1975
J|0743|Bao,A-B.+Li,Z-X.+Gao,X-W.+|Probabilistic calibration of basic intensity for parts of China|In Chinese with English abstract|Acta seism. sin.:7:1:1985:100-109
J|0744|Wang,L-G.|Preliminary attempt at the application of seismic vulnerability analysis to urban social factors, with Xuzhou as example|In Chinese with English abstract|Acta seism. sin.:7:1:1985:110-117|Risk+City+China
J|0745|Wei,G-X.+Zhou,G-Y.+Xu,K-F.|The 1983 Heze earthquake of magnitude 5.9|In Chinese with English abstract|Acta seism. sin.:7:1:1985:118-123|China||#*HEZE
J|0746|Zeng,R-S.+Zhang,S-Q.+Zhou,H-N.+|Crustal structure of Tangshan epicentral region and its relation to the seismogenic process of a continental earthquake|In Chinese with English abstract|Acta seism. sin.:7:2:1985:125-142|Deep seismic sounding+Generation
J|0747|Zuo,Z.R.+Guo,L-C.|Study of the synthetic calibration function of body wave magnitude|In Chinese with English abstract|Acta seism. sin.:7:2:1985:158-170|P-wave+S-wave
J|0748|Cheng,D-L.+Xie,Y-S.+Ding,Z.F.|A catalogue of Chinese earthquakes (M>=6.5) from 1900 to 1948 with uniform magnitudes|In Chinese with English abstract|Acta seism. sin.:7:2:1985:171-189|1900-1948+China
J|0749|Wang,J-M.|Periodicity of ground fissures and earthquakes in the earthquake belt of the Weihe River|In Chinese with English abstract|Acta seism. sin.:7:2:1985:190-201|Crack
J|0750|Jiang,J-C.+Sun,W.+Xu,M-L.+|A study on the attenuation characteristics of earthquake premonitory geosound and its biological effects|In Chinese with English abstract|Acta seism. sin.:7:2:1985:202-211|Animal behaviour+Precursor
J|0751|Wang,G-F.|On the possibility of checking the variations of elementary constants of the Kirnos seismograph (SK) by using a step calibration signal|In Chinese with English abstract|Acta seism. sin.:7:2:1985:212-225|Calibration+Instrument
J|0752|Wang,C-Y.|An inversion formula for a mantle structure with low velocity zone|In Chinese with English abstract|Acta seism. sin.:7:2:1985:226-230|Low-velocity layer
J|0753|Tang,X-M.+Fu,Z-Q.+Chen,Y.|An application of the microcomputer-high speed data acquisition system to the accurate measurement of wave velocity|In Chinese with English abstract|Acta seism. sin.:7:2:1985:231-234|Precise measurement
J|0754|Teisseyre,R.+Kijko,A.|Evolution of internal stresses related to fracturing process|With Polish abstract|Acta geophys. pol.:33:1:1985:1-9|Precursor+Fracture
J|0755|Teisseyre,R.|Creep-flow and earthquake rebound: system of the internal stress evolution|With Polish abstract|Acta geophys. pol.:33:1:1985:11-23|Precursor
J|0756|Dey,S.+Roy,N.+Dutta,A.|Propagation of P and S waves and reflection of SV wave in a highly pre-stressed medium|With Polish abstract|Acta geophys. pol.:33:1:1985:25-43|P-wave+S-wave+SV-wave+Reflexion
J|0757|Cichowicz,A.|Review of `Digital filtering: applications in geophysical exploration for oil' by A. Mesko||Acta geophys. pol.:33:1:1985:119|Digital processing+Prospecting
J|0758|Singh,S.J.|Static deformation of a multilayered half-space by two-dimensional sources|With Polish abstract|Acta geophys. pol.:33:2:1985:123-134|Layered medium
J|0759|Livieratos,E.+Zadro,M.|Multiple-input linear systems in geoprocesses: an analysis of geophysical data across the eastern continental Hellenic margin|With Polish abstract|Acta geophys. pol.:33:2:1985:135-146|Geophysical investigation+Hellenic arc+Statistical method
J|0760|Pham Van Thuc+Nguyen Dinh Xuyen+Bui Cong Que+|Seismic zoning of the territory of Vietnam|With Polish abstract|Acta geophys. pol.:33:2:1985:147-167|114-1980
J|0761|Pal,A.K.|The propagation of Love waves in a dry sandy layer|With Polish abstract|Acta geophys. pol.:33:2:1985:183-188|Layered medium
J|0762|Rybicki,K.+Kato,T.+Kasahara,K.|Mechanical interaction between neighbouring active faults - static and dynamic stress field induced by faulting|With Japanese abstract|Bull. Earthq. Res. Inst. Tokyo Univ.:60:1:1985:1-21
J|0763|Kasahara,J.+Takahashi,M.+Matsubara,T.+|Mass storage digital ocean bottom seismometer and hydrophone (DOBSH) controlled by microprocessors using ADPCM voice synthesizing|With Japanese abstract|Bull. Earthq. Res. Inst. Tokyo Univ.:60:1:1985:23-37|OBS System+Instrument
J|0764|Hatori,T.|Irregular tsunami generated by the Torishima-Kinkai earthquake (Izu-Mariana region) on June 13, 1984|In Japanese with English abstract|Bull. Earthq. Res. Inst. Tokyo Univ.:60:1:1985:87-95|Marianas||#*TORISHIMA
J|0765|Hatori,T.|Tsunami behaviour at Ogasawara-Chichijima Island (Bonin Is.)|In Japanese with English abstract|Bull. Earthq. Res. Inst. Tokyo Univ.:60:1:1985:97-104|Bonin Islands
J|0766|Wakasugi,T.+Yanagisawa,M.|Crustal movement observation data items in the Maze and Yahiko observatories for the period from 1952 to 1983|In Japanese with English abstract|Bull. Earthq. Res. Inst. Tokyo Univ.:60:1:1985:105-134|Japan+1952-1983
J|0767|Chandrasekaran,A.R.+Chandra,B.|Seismic analysis of a No-Break Set||Bull. Indian Soc. Earthq. Technol.:21:3:1984:79-90|Power station+Observational seismology
J|0768|Hoshiya,M.+Chiba,T.+Katada,T.+|Biggest earthquake in Japan||Bull. Indian Soc. Earthq. Technol.:21:3:1984:91-104|Japan Sea+Tsunami+Nihonkai-Chubu||#*SEAOFJAPAN
J|0769|Arya,A.S.+Srivastava,L.S.+Gupta,S.P.|Damage during the Dhamar earthquake of December 13, 1982 in the Yemen Arab Republic||Bull. Indian Soc. Earthq. Technol.:21:4:1984:115-162|||#*YEMEN
J|0770|Mukherjhi,P.+Mukhopadhyay,A.|On two interacting creeping vertical surface-breaking strike-slip faults in the lithosphere||Bull. Indian Soc. Earthq. Technol.:21:4:1984:163-191
J|0771|Priestley,M.J.N.|Seismic design of masonry structures to the new provisional New Zealand Standard NZS 4230P||Bull. N.Z. natn. Soc. Earthq. Engng:18:1:1985:1-20|Earthquake-resistant design+Norm+Building code
J|0772|Hopkins,D.C.+Massay,W.E.+Pollard,J.L.|Architectural elements in earthquake. A review of design and construction practice in New Zealand||Bull. N.Z. natn. Soc. Earthq. Engng:18:1:1985:21-40|Building code+Earthquake-resistant design
J|0773|Reyners,M.+Hodder,S.|The Motu River earthquake of 8 March 1984||Bull. N.Z. natn. Soc. Earthq. Engng:18:1:1985:41-54|New Zealand||#*MOTU
J|0774|Fedyanin,A.P.+Umperovich,N.V.+Lapkovskii,V.V.|The combining of seismic and gravitational prospecting in the search for structures on the Siberian platform|In Russian with English abstract|Geologiya Geofiz. Novosibirsk::7:1985:100-104|Gravity
J|0775|Blyas,E.A.|The loops of the time fields of refracted waves in a medium with curvilinear refracting boundary|In Russian with English abstract|Geologiya Geofiz. Novosibirsk::7:1985:105-111
J|0776|Gobarenko,V.S.+Yanovskaya,T.B.|The velocity model of the upper mantle structure in Central Asia|In Russian with English abstract|Geologiya Geofiz. Novosibirsk::7:1985:111-119
J|0777|Bryksin,A.V.+Kul'chinskii,Yu.V.+Mishen'kin,B.P.+|The use of transverse waves in deep seismic sounding in the northeast of the Baikalian Rift-belt|In Russian with English abstract|Geologiya Geofiz. Novosibirsk::7:1985:119-127
J|0778|Goloshubin,G.M.+Vingalov,V.M.|On the continuation of wave fields in the method of refracted waves|In Russian with English abstract|Geologiya Geofiz. Novosibirsk::7:1985:134-137
J|0779|Bulycheva,O.Yu.|Use of a priori information when interpreting seismic data|In Russian with English abstract|Geologiya Geofiz. Novosibirsk::8:1985:123-129|Data processing
J|0780|Madrid,J.A.|Travel times and ray paths for continuous media|With Spanish abstract|Geofis. int.:24:3:1985:439-458|Travel-times
J|0781|Clowes,R.M.+Gens-Lenartowicz,E.|Upper crustal structure of southern Queen Charlotte Basin from sonobuoy refraction studies|With French abstract|Can. J. Earth Sci.:22:11:1985:1696-1710|Refraction study+Canada+Queen Charlotte Islands
J|0782|Bungum,H.+Mykkeltveit,S.+Kvaerna,T.|Seismic noise in Fennoscandia, with emphasis on high frequencies||Bull. seism. Soc. Am.:75:6:1985:1489-1513|High frequency
J|0783|Wilson,J.C.+Jennings,P.C.|Spatial variation of ground motion determined from accelerograms recorded on a highway bridge||Bull. seism. Soc. Am.:75:6:1985:1515-1533
J|0784|Cranswick,E.+Wetmiller,R.+Boatwright,J.|High-frequency observations and source parameters of microearthquakes recorded at hard-rock sites||Bull. seism. Soc. Am.:75:6:1985:1535-1567|High frequency
J|0785|Hasegawa,H.S.|Attenuation of Lg waves in the Canadian Shield||Bull. seism. Soc. Am.:75:6:1985:1569-1582|Lg-wave+Canada
J|0786|Chavez,D.E.+Priestley,K.F.|ML observations in the Great Basin and MO versus ML relationships for the 1980 Mammoth Lakes, California earthquake sequence||Bull. seism. Soc. Am.:75:6:1985:1583-1598|Nevada+Magnitude
J|0787|Bakun,W.H.+Li,Y-Z.+Fischer,F.G.+|Magnitude and seismic moment scales in western Yunnan, People's Republic of China||Bull. seism. Soc. Am.:75:6:1985:1599-1612
J|0788|Munsey,J.W.+Bollinger,G.A.|Focal mechanism analyses for Virginia earthquakes (1978-1984)||Bull. seism. Soc. Am.:75:6:1985:1613-1636
J|0789|Christensen,D.H.+Ruff,L.J.|Analysis of the trade-off between hypocentral depth and source time function||Bull. seism. Soc. Am.:75:6:1985:1637-1656
J|0790|Satake,K.|Effects of station coverage on moment tensor inversion||Bull. seism. Soc. Am.:75:6:1985:1657-1667|Seismic moment tensor+Spatial distribution
J|0791|Jones,L.M.|Foreshocks and time-dependent earthquake hazard assessment in southern California||Bull. seism. Soc. Am.:75:6:1985:1669-1679
J|0792|Tinti,S.+Mulargia,F.|Effects of magnitude uncertainties on estimating the parameters in the Gutenberg-Richter frequency-magnitude law||Bull. seism. Soc. Am.:75:6:1985:1681-1697|Frequency-magnitude relation+Gutenberg & Richter
J|0793|McMechan,G.A.+Nation,J.B.+Ward,R.W.|Two-dimensional synthetic seismogram modelling of wide-angle seismic data from the Wichita Uplift, Oklahoma||Bull. seism. Soc. Am.:75:6:1985:1699-1711|Wichita Mts.
J|0794|Brown,R.J.|Elimination of near-source ellipticity corrections to body-wave travel times by use of equidistant latitudes||Bull. seism. Soc. Am.:75:6:1985:1713-1718|Body wave+Travel-times
J|0795|Langston,C.A.+Baag,C-E.|The validity of ray theory approximations for the computation of teleseismic SV waves||Bull. seism. Soc. Am.:75:6:1985:1719-1727|SV-wave
J|0796|Borcherdt,R.D.+Wennerberg,L.|General P, Type-I S, and Type II S waves in anelastic solids; inhomogeneous wave fields in low-loss solids||Bull. seism. Soc. Am.:75:6:1985:1729-1763|P-wave+S-wave+Anelasticity
J|0797|Vidale,J.+Helmberger,D.V.+Clayton,R.W.|Finite-difference seismograms for SH waves||Bull. seism. Soc. Am.:75:6:1985:1765-1782|Finite difference method+SH-wave
J|0798|Borcherdt,R.D.+Fletcher,J.B.+Jensen,E.G.+|A General Earthquake-Observation System (GEOS)||Bull. seism. Soc. Am.:75:6:1985:1783-1825|Observational seismology
J|0799|Gledhill,K.R.|An earthquake detector employing frequency domain techniques||Bull. seism. Soc. Am.:75:6:1985:1827-1835|Detection
J|0800|Lomnitz,C.+Castanos,H.|A same-day overflight in the epicentral area of the great Mexico earthquake of 19 September 1985||Bull. seism. Soc. Am.:75:6:1985:1837-1841|Mexico City+Epicentre||#*MEXICOCITY
J|0801|Cluff,L.S.|Firsthand experience of the Ms 8.1 earthquake that struck Mexico City on 19 September 1985||Bull. seism. Soc. Am.:75:6:1985:1843-1846|||#*MEXICOCITY
J|0802|Levander,A.R.|Use of the telegraphy equation to improve absorbing boundary efficiency for fourth-order acoustic wave finite difference schemes||Bull. seism. Soc. Am.:75:6:1985:1847-1852|Finite difference method
J|0803|Silliman,A.+Billington,S.|Seismicity associated with a recent earthquake of mb 5.8 beneath Adak Canyon, central Aleutian Islands||Bull. seism. Soc. Am.:75:6:1985:1853-1858|1982||#*ADAKCANYON
J|0804|Muklygin,S.I.+Lapkovskii,V.V.|The reconstruction of the function of two variables by the values of its oblique derivatives in the calculation of some geological and geophysical problems|In Russian with English abstract|Geologiya Geofiz. Novosibirsk::8:1985:110-113|Algorithm+Geophysical investigation
J|0805|Fournier d'Albe,E.M.|Seismology for the user||Earthq. Inf. Bull.:17:1:1985:4-19|Damage+Earthquake engineering+Preparedness
J|0806|Kockelman,W.J.|Reducing losses from earthquakes through personal preparedness||Earthq. Inf. Bull.:17:2:1985:50-59|Mitigation
J|0807|Lockridge,P.|Natural hazards activities of the National Geophysical Data Centre||Earthq. Inf. Bull.:17:2:1985:60-69|Natural disaster+Data base
J|0808|Hall,J.+Brewer,J.A.+Matthews,D.H.+|Crustal structure across the Caledonides from the `WINCH' seismic reflection profile: influences on the evolution of the Midland Valley of Scotland||Trans. R. Soc. Edinb., Earth Sci.:75::1984:97-109|Reflexion study
J|0809|Matthews,D.H.|Deep seismic reflections and intercontinental collisions||Trans. Leicester lit. phil. Soc.:79::1985:53-57|Reflexion
J|0810|White,R.S.|Seismic reflection profiling comes of age||Geol. Mag.:122::1985:199-201|Reflexion study+Profile
J|0811|Ambraseys,N.N.|Magnitude assessment of northwestern European earthquakes||Earthq. Engng struct. Dyn.:13:3:1985:307-320|Risk+Prediction+1900-1984
J|0812|Peng,K-Z.+Wu,F.T.+Song,L-Y.|Attenuation characteristics of peak horizontal acceleration in northeast and southwest China||Earthq. Engng struct. Dyn.:13:3:1985:337-350
J|0813|Ambraseys,N.N.|The seismicity of western Scandinavia||Earthq. Engng struct. Dyn.:13:3:1985:361-399|Prediction+Risk
J|0814|Ambraseys,N.N.|A damaging seaquake||Earthq. Engng struct. Dyn.:13:3:1985:421-424|1969+Atlantic Ocean
J|0815|Howells,D.A.|Review of `Terra non firma' by J.M. Gere and H.C. Shah||Earthq. Engng struct. Dyn.:13:3:1985:425|Earthquake+Prediction+Preparedness
J|0816|Skipp,B.O.|Review of `Slope instability' edited by D. Brunsden and D.B.Prior||Earthq. Engng struct. Dyn.:13:3:1985:425
J|0817|Housner,G.W.|Review of `Earthquake engineering' by S.F. Borg||Earthq. Engng struct. Dyn.:13:3:1985:426|Damage+Design
A|0818|e*Brunsden,D.+Prior,D.B.|Slope instability||1984:Chichester, U.K.:John Wiley||620p
J|0819|Manos,G.C.+Clough,R.W.|Tank damage during the May 1983 Coalinga earthquake||Earthq. Engng struct. Dyn.:13:4:1985:449-466|California||#*COALINGA
J|0820|Shing,P-S.B.+Mahin,S.A.|Computational aspects of a seismic performance test method using on-line computer control||Earthq. Engng struct. Dyn.:13:4:1985:507-526|Earthquake engineering
J|0821|Middleton,D.|Review of `Mathematics for seismic data processing and interpretation' by A.R. Camina and G.J. Janacek||Earthq. Engng struct. Dyn.:13:4:1985:559|Mathematical method
J|0822|Loh,C-H.|Analysis of the spatial variation of seismic waves and ground movements from SMART 1 array data||Earthq. Engng struct. Dyn.:13:5:1985:561-581|Taiwan+Ground motion
J|0823|Haroun,M.A.+Tayel,M.A.|Response of tanks to vertical seismic excitations||Earthq. Engng struct. Dyn.:13:5:1985:583-595
J|0824|Riggs,H.R.+Waas,G.|Influence of foundation flexibility on soil-structure interaction||Earthq. Engng struct. Dyn.:13:5:1985:597-615|Base isolation system+Building+Nuclear power plant
J|0825|Elgamal,A-W.M.+Abdel-Ghaffar,A.M.+Prevost,J.H.|Elasto-plastic earthquake shear-response of one-dimensional earth dam models||Earthq. Engng struct. Dyn.:13:5:1985:617-633|Dam+Barrage
J|0826|Maison,B.F.+Neuss,C.F.+Kasai,K.|Authors' reply to discussion by S.A. Anagnostopoulos of the paper `The comparative performance of seismic response spectrum combination rules in building analysis'||Earthq. Engng struct. Dyn.:13:5:1985:683-685|Structure
J|0827|Karnik,V.|Existing recommendations and definitions on disaster insurance||Geneva Pap. Risk Insur.:9:30:1984:3-7|Natural disaster
J|0828|Algermissen,S.T.+Steinbrugge,K.V.|Seismic hazard and risk assessment: some case studies||Geneva Pap. Risk Insur.:9:30:1984:8-26|Natural disaster+Insurance
J|0829|Foster,H.D.|Reducing vulnerability to natural hazards||Geneva Pap. Risk Insur.:9:30:1984:27-56|Natural disaster+Insurance
J|0830|Friedman,D.G.|Natural hazard risk assessment for an insurance programme||Geneva Pap. Risk Insur.:9:30:1984:57-128|Natural disaster
J|0831|Munkhammar,A.+Themptander,R.|Catastrophe insurance||Geneva Pap. Risk Insur.:9:31:1984:131-134|Natural disaster
J|0832|Berz,G.|Research and statistics on natural disasters in insurance and reinsurance companies||Geneva Pap. Risk Insur.:9:31:1984:135-157
J|0833|Porro,B.|Natural disaster insurance, problems of capacity and solvency||Geneva Pap. Risk Insur.:9:31:1984:158-166
J|0834|Thorne,N.J.|Reinsurance and natural disasters||Geneva Pap. Risk Insur.:9:31:1984:167-174
J|0835|Gallardo,G.|The markets for disaster insurance||Geneva Pap. Risk Insur.:9:31:1984:175-187|Natural disaster
J|0836|Jones-Lee,M.W.|Natural disasters: a comparison of alternative methods for evaluating preventive measures||Geneva Pap. Risk Insur.:9:31:1984:188-205|Insurance+Prevention
J|0837|Kunreuther,H.|Causes of underinsurance against natural disasters||Geneva Pap. Risk Insur.:9:31:1984:206-220
J|0838|Boissonnade,A.C.+Shah,H.C.|Seismic vulnerability and insurance studies||Geneva Pap. Risk Insur.:9:32:1984:223-254|Natural disaster
J|0839|Keilis-Borok,V.I.+Kronrod,T.L.+Molchan,G.M.|Seismic risk for the largest cities of the world; Intensity VIII or more||Geneva Pap. Risk Insur.:9:32:1984:255-270|City+Insurance+Natural disaster
J|0840|Morimiya,Y.|Demand for natural disaster insurance||Geneva Pap. Risk Insur.:9:32:1984:271-279
J|0841|Grases,J.|Expected building losses caused by earthquakes||Geneva Pap. Risk Insur.:10:35:1985:84-99|Structure+Damage
J|0842|Souriau,A.+Woodhouse,J.H.|A worldwide comparison of predicted S-wave delays from a three-dimensional upper mantle model with P-wave station corrections||Physics Earth planet. Interiors:39:2:1985:75-88
J|0843|Lister,H.|Review of `The International Karakoram Project' edited by K.J. Miller||Physics Earth planet. Interiors:39:2:1985:145-146|Pamirs+Hindu Kush
J|0844|Dziewonski,A.M.+Franzen,J.E.+Woodhouse,J.H.|Centroid-moment tensor solutions for October-December, 1984||Physics Earth planet. Interiors:39:3:1985:147-156
J|0845|Abe,K.|Re-evaluation of the large deep earthquake of January 21, 1906||Physics Earth planet. Interiors:39:3:1985:157-166|Deep-focus earthquake+Tokai-Oki+Japan
J|0846|Bergman,E.A.+Solomon,S.C.|Earthquake source mechanics from body-waveform inversion and intraplate tectonics in the northern Indian Ocean||Physics Earth planet. Interiors:40:1:1985:1-23|Focal mechanism+Body wave
J|0847|Jarvis,G.T.|The long wavelength component of mantle convection||Physics Earth planet. Interiors:40:1:1985:24-42|Harmonic analysis+Tomography
J|0848|Tajima,F.+Kanamori,H.|Global survey of aftershock area expansion patterns||Physics Earth planet. Interiors:40:2:1985:77-134|Spatial distribution+World+Asperity
J|0849|Singh,S.J.+Garg,N.R.|On two-dimensional elastic dislocations in a multilayered half-space||Physics Earth planet. Interiors:40:2:1985:135-142|Layered medium+Elasticity
J|0850|Wiens,D.A.+Stein,S.|Intraplate seismicity and stresses in young oceanic lithosphere||J. geophys. Res.:89:13:1984:11442-11464|World
J|0851|Grand,S.P.+Helmberger,D.V.|Upper mantle shear structure beneath the northwest Atlantic Ocean||J. geophys. Res.:89:13:1984:11465-11475|SH-wave+Travel-times
J|0852|Bergman,E.A.+Solomon,S.C.|Source mechanisms of earthquakes near mid-ocean ridges from body waveform inversion; implications for the early evolution of oceanic lithosphere||J. geophys. Res.:89:13:1984:11415-11441|Focal mechanism
J|0853|Stump,B.W.+Reinke,R.E.|Spall observations and mechanisms in alluvium||J. geophys. Res.:89:13:1984:11495-11506|Ground motion+Rayleigh wave
J|0854|Szelwis,R.|Rayleigh wave scattering at a basin type heterogeneity||J. geophys. Res.:89:13:1984:11476-11494
J|0855|Kern,H.+Schenk,V.|Elastic wave velocities in rocks from a lower crustal section in southern Calabria (Italy)||Physics Earth planet. Interiors:40:3:1985:147-160|Velocity
J|0856|Kampfmann,W.+Berckhemer,H.|High temperature experiments on the elastic and anelastic behaviour of magmatic rocks||Physics Earth planet. Interiors:40:3:1985:223-247|Elasticity+Anelasticity
J|0857|Dziewonski,A.M.+Franzen,J.E.+Woodhouse,J.H.|Centroid-moment tensor solutions for January-March 1985||Physics Earth planet. Interiors:40:4:1985:249-258
J|0858|Giardini,D.+Dziewonski,A.M.+Woodhouse,J.H.|Centroid-moment tensor solutions for 113 large earthquakes in 1977-1980||Physics Earth planet. Interiors:40:4:1985:259-272|Seismicity
J|0859|Mulargia,F.+Tinti,S.|Seismic sample areas defined from incomplete catalogues: an application to the Italian territory||Physics Earth planet. Interiors:40:4:1985:273-300|Sampling+Italy+Seismicity
J|0860|Koyama,J.+Shimada,N.|Physical basis of earthquake magnitudes: an extreme value of seismic amplitudes from incoherent fracture of random fault patches||Physics Earth planet. Interiors:40:4:1985:301-308|Extreme value theory
J|0861|Arora,S.K.+Basu,T.K.|A seismic event on August 20, 1983: double explosion or a single earthquake||Physics Earth planet. Interiors:40:4:1985:309-315|Discrimination+Caspian Sea+USSR||#*CASPIANSEA
J|0862|Darragh,R.B.|Mapping of upper mantle structure from differential (PP-P) travel-time residuals||Physics Earth planet. Interiors:41:1:1985:6-17|PP-wave+P-wave+Travel-times
J|0863|Schmeling,H.|Numerical models on the influence of partial melt on elastic, anelastic and electric properties of rocks. Part 1: elasticity and anelasticity||Physics Earth planet. Interiors:41:1:1985:34-57|Numerical modelling+Melting+Geoelectricity
J|0864|Lewkowicz,J.F.|Tilt observations from shallow and deep borehole arrays||Physics Earth planet. Interiors:41:1:1985:58-65|Earth tide+Crustal structure
J|0865|Chen,C.H.|Review of `Seismic migration: imaging of acoustic energy by wave field extrapolation. B. Practical aspects' by A.J. Berkhout||Physics Earth planet. Interiors:41:1:1985:70-71|Data processing+Solid-earth geophysics+Image
J|0866|Borisevich,Ye.S.|Development of investigative and constructional work in the field of the light-ray oscillograph in the O. Yu. Shmidt Institute of Earth Physics, Academy of Sciences of the USSR|In Russian|Seism. Pribory::15:1983:3-12|Instrument
J|0867|Begushin,G.K.+Borisevich,Ye.S.+Galstyan,G.Ye.+|The ASEO-1 automatic electrographic seismic oscillograph|In Russian|Seism. Pribory::15:1983:13-17|Instrument+Seismogram
J|0868|Aleksandrov,A.L.+Volodin,A.A.+Zelikman,E.I.+|Seismic FM-station for use with the accumulation method|In Russian|Seism. Pribory::15:1983:18-21|Instrument+Frequency+Source
J|0869|Yaroshevich,M.I.+Kastorskii,S.A.|An oscillograph for recording low-frequency seismic information|In Russian|Seism. Pribory::15:1983:22-24|Instrument+Seismograph
J|0870|Dvoyeglazov,Yu.B.+Sergeyev,V.M.|A magnetic drum recorder for seismic explosion waves|In Russian|Seism. Pribory::15:1983:24-28|Instrument+Explosion seismology
J|0871|Rykov,A.V.+Arkhangel'skii,V.T.+Zabelin,M.V.+|SDSH long-period wide-band seismic station|In Russian|Seism. Pribory::15:1983:28-33|Seismograph+Instrument+Surface wave+Rayleigh wave
J|0872|Andriyanov,V.A.+Davydov,A.B.+Mazin,V.D.+|High-sensitivity piezoelectric seismometers|In Russian|Seism. Pribory::15:1983:33-39|Piezoelectricity+Seismicity+Instrument
J|0873|Barikhin,A.A.+Chechin,G.V.|Calibration of a marine seismometer in an oscillating vertical liquid column|In Russian|Seism. Pribory::15:1983:40-41|Marine seismic investigation+Instrument
J|0874|Trifonov,N.V.|SSM multichannel seismic station|In Russian|Seism. Pribory::15:1983:42-45|Instrument+Frequency+Amplitude
J|0875|Fursov,A.N.+Tokmakov,V.A.|A self-levelling three-component seismometer|In Russian|Seism. Pribory::15:1983:45-49|Instrument+Pressure
J|0876|Borisevich,Ye.S.+Zargaryan,D.N.|Galvanometers for recording strong earthquakes|In Russian|Seism. Pribory::15:1983:49-52|Instrument+Frequency+Amplitude
J|0877|Zverev,A.S.+Sergeyev,V.M.|Pulsed seismic explosion wave recording on a magnetic drum|In Russian|Seism. Pribory::15:1983:52-54|Explosion seismology+Instrument+Amplitude
J|0878|Ovsyannikov,G.A.|Two-zone automatic correction systems for the equilibrium position in a pendulum seismometer|In Russian|Seism. Pribory::15:1983:55-61|Instrument
J|0879|Davydov,A.B.+Astapenko,V.N.|A seismic-signal analyzer in the CAMAC standard|In Russian|Seism. Pribory::15:1983:61-62|Instrument+Microseism+Magnitude
J|0880|Rykov,A.V.+Aripov,I.A.|Tilt sensitivity of a vertical seismometer|In Russian|Seism. Pribory::15:1983:63-65|Instrument+Frequency
J|0881|Kvashin,Ye.V.+Pak,V.V.|An automatic monitoring and analysis method for seismometric channels|In Russian|Seism. Pribory::15:1983:65-71|Computer+Instrument+Seismograph
J|0882|Dvoyeglazov,Yu.B.+Sergeyev,V.M.|Basic-parameter calculation for a seismic explosion wave recorder|In Russian|Seism. Pribory::15:1983:71-73|Explosion seismology+Instrument+Pressure
J|0883|Mishatkin,V.N.|A remote measuring station for a telemetric geophysical data acquisition system|In Russian|Seism. Pribory::15:1983:73-77|Telemetry+Instrument+Seismograph
J|0884|Zakharchenko,N.Z.|A seismic-signal time-delay device|In Russian|Seism. Pribory::15:1983:78-82|Seismograph+Instrument
J|0885|Sarkisyan,R.Ye.+Akhsakhalyan,G.A.|An ultra-low-frequency vibration calibration system|In Russian|Seism. Pribory::15:1983:82-85|Instrument
J|0886|Zheleznyak,T.K.|The effective sensitivity of a two-pendulum seismograph|In Russian|Seism. Pribory::15:1983:85-88|Instrument+Tilt
J|0887|Levinzon,F.A.+Zyuzin,V.N.|A capacitance displacement transducer as a sensitive means of producing electrical signals from mechanical oscillations|In Russian|Seism. Pribory::15:1983:88-91|Instrument+Frequency
J|0888|Vol'f,A.I.+Krylov,G.G.|Generator for marking the moment of explosions|In Russian|Seism. Pribory::15:1983:91-93|Explosion seismology+Instrument
J|0889|Razorenov,A.A.|Designing circuits for remote checking of automatic effector devices in borehole instruments|In Russian|Seism. Pribory::15:1983:93-96|Monitoring
J|0890|Chistyakov,V.A.+Yesakova,I.N.|The motion of the horizontal pendulum in an inclinometer|In Russian|Seism. Pribory::15:1983:96-100|Instrument+Tilt
J|0891|Aripov,I.A.|The effects of tilts on a vertical seismometer|In Russian|Seism. Pribory::15:1983:100-105|Instrument+Microseism
J|0892|Gel'berger,A.M.+Kabychenko,N.V.+Shevchenko,N.K.|A digital delay device|In Russian|Seism. Pribory::15:1983:105-106|Instrument
J|0893|Gel'berger,A.M.|A recorder for single-shot processes, caused by the explosion of an impact on a model specimen|In Russian|Seism. Pribory::15:1983:106-110|Frequency+Instrument+Explosion seismology
J|0894|Bagmet,M.I.|A digital field instrument for recording slow processes|In Russian|Seism. Pribory::15:1983:110-113|Data processing+Frequency
J|0895|Bogatov,I.A.+Boichuk,V.I.+Kazantsev,V.A.+|The upgraded F004M semiautomatic oscillogram digitizer|In Russian|Seism. Pribory::15:1983:113-114|Data processing+Instrument+Seismogram
J|0896|Arakelyan,G.K.+Yesayan,N.Z.+Fremd,V.M.|An advance-communication radio seismic system|In Russian|Seism. Pribory::15:1983:115-118|Instrument+P-wave+S-wave
J|0897|Shevchenko,N.K.|Single time marking for a multichannel numerical recorder of seismic explosion waves|In Russian|Seism. Pribory::15:1983:118-120|Instrument+Explosion seismology
J|0898|Volodin,A.A.+Zelikman,E.I.+Kapustyan,N.K.+|A correlation method of calibrating a seismic channel|In Russian|Seism. Pribory::15:1983:121-123|Calibration+Instrument+Microseism
J|0899|Negrebetskii,S.A.+Rozenberg,Ye.Ya.+Ivanov,A.P.|An algorithm and programs for interfacing a multichannel measuring suite to a microcomputer|In Russian|Seism. Pribory::15:1983:123-125|Computer program+Instrument
J|0900|Aranovich,Z.I.+Gomzyakova,E.S.+Kapichnikov,Ye.V.+|An algorithm and program for quiescent earthquake recording|In Russian|Seism. Pribory::15:1983:126-132|Computer program+Instrument
J|0901|Aranovich,Z.I.|Definition of optimal frequency response for seismometric apparatus in relation to dynamic recording range|In Russian|Seism. Pribory::15:1983:133-138|Instrument
J|0902|Mysh,A.G.|A seismograph monitoring equation|In Russian|Seism. Pribory::15:1983:138-140|Instrument+Mathematical equation
J|0903|Mysh,A.G.|A feature of mechanical seismograph characteristics|In Russian|Seism. Pribory::15:1983:141-142|Instrument+Monitoring
J|0904|Aranovich,Z.I.+Korchagina,O.A.+Trapeznikov,N.L.|Experience with operating electronic seismometer channels built around standard units|In Russian|Seism. Pribory::15:1983:143-146|Instrument
J|0905|Kabychenko,N.V.|Estimating the distortion in a galvanometer-seismometer channel by means of normalized transfer functions|In Russian|Seism. Pribory::15:1983:146-152|Instrument+Computer
J|0906|Fremd,V.M.|Internal calibration of piezoelectric seismometers|In Russian|Seism. Pribory::15:1983:153-155|Piezoelectricity+Instrument
J|0907|Levshenko,V.T.|Instrumental means of vibrational sounding with torsional oscillations|In Russian|Seism. Pribory::15:1983:156-163|Seismograph
J|0908|Chistyakov,V.A.|Standardizing the metrological characteristics of seismometric apparatus|In Russian|Seism. Pribory::15:1983:164-166|Frequency+Velocity+Seismograph+Instrument
J|0909|Tokmakov,V.A.+Mamichev,V.I.|Recording long-period oscillations with a vibrating platform|In Russian|Seism. Pribory::15:1983:167-169|Seismograph+Instrument+Accelerogram
J|0910|Aleksakov,G.N.+Koridalin,V.Ye.|The characteristics of a dynamic Michelson interferometer in the seismic frequency range|In Russian|Seism. Pribory::15:1983:170-173|Instrument+Seismograph+Intensity
J|0911|Rybkin,I.S.|An automated seismic tilt station|In Russian|Seism. Pribory::15:1983:173-176|Instrument
J|0912|Vasil'ev,I.M.+Iordanov,N.D.|The DSH pillar deformometer|In Russian|Seism. Pribory::15:1983:177-180|Deformation+Instrument
J|0913|Estrem,J.E.+Lisowski,M.+Savage,J.C.|Deformation in the Long Valley caldera, California, 1983-1984||J. geophys. Res.:90:14:1985:12683-12690
J|0914|Kadinsky-Cade,K.+Reilinger,R.+Isacks,B.L.|Surface deformation associated with the November 23, 1977, Caucete, Argentina, earthquake sequence||J. geophys. Res.:90:14:1985:12691-12700
J|0915|Reilinger,R.+Kadinsky-Cade,K.|Earthquake deformation cycle in the Andean back arc, western Argentina||J. geophys. Res.:90:14:1985:12701-12712|Caucete+1977
J|0916|Nabelek,J.|Geometry and mechanism of faulting of the 1980 El Asnam, Algeria, earthquake from inversion of teleseismic body waves and comparison with field observations||J. geophys. Res.:90:14:1985:12713-12728|Focal mechanism
J|0917|Fehler,M.|Locations and spectral properties of earthquakes accompanying an eruption of Mount St. Helens||J. geophys. Res.:90:14:1985:12729-12740|St. Helens, Mt.+Washington State+Volcanism+1980
J|0918|Chiu,J-M.+Isacks,B.L.+Cardwell,R.K.|Propagation of high-frequency seismic waves inside the subducted lithosphere from intermediate-depth earthquakes recorded in the Vanuatu arc||J. geophys. Res.:90:14:1985:12741-12754|High frequency
J|0919|Sereno,T.J.+Orcutt,J.A.|Synthesis of realistic oceanic Pn wave trains||J. geophys. Res.:90:14:1985:12755-12776|Pn-wave
J|0920|Pavlis,G.L.+Hokanson,N.B.|Separated earthquake location||J. geophys. Res.:90:14:1985:12777-12789|Hypocentre
J|0921|Peters,J.+Beaumont,C.|Borehole tilt measurements from Charlevoix, Quebec||J. geophys. Res.:90:14:1985:12791-12806|Quebec+Seismicity
J|0922|Nair,G.J.|Estimation of seismic source functions of some explosions in the U.S.S.R. using AR method||Physics Earth planet. Interiors:41:2-3:1985:92-100|USSR+Explosion seismology+Autoregression
J|0923|Roy,K.K.+Ghose,R.|Magnetotelluric and seismic evidence for crust-mantle heterogeneities||Physics Earth planet. Interiors:41:2-3:1985:143-153|Heterogeneity+Magnetotellurics+Earthquake+Underground nuclear explosion
J|0924|Grand,S.P.+Helmberger,D.V.|Uppermantle shear structure beneath Asia from multi-bounce S waves||Physics Earth planet. Interiors:41:2-3:1985:154-169|Upper mantle+S-wave
J|0925|Liu,H-S.|Geophysical basis for crustal deformation under the Tibetan Plateau||Physics Earth planet. Interiors:41:2-3:1985:170-185|Plate tectonics
J|0926|Chandrasekharam,D.|Structure and evolution of the western continental margin of India deduced from gravity, seismic, geomagnetic and geochronological studies||Physics Earth planet. Interiors:41:2-3:1985:186-198|Geomagnetism+Geochronology
J|0927|Nikolayev,A.V.+Sanina,I.A.+Trifonov,V.G.+|Structure and evolution of the Pamir-Hindu Kush region lithosphere||Physics Earth planet. Interiors:41:2-3:1985:199-206|Pamirs
J|0928|Chatterjee,A.K.+Knopoff,L.|Fracture dynamics of fusion of two anti-plane cracks||Proc. natn. Acad. Sci. U.S.A.:82:7:1985:1869-1873
J|0929|Banks,R.J.+Gurbuz,C.|An investigation of the crustal structure of north-west England using quarry blasts as seismic sources||Proc. Yorks. geol. Soc.:45:1-2:1984:19-25|United Kingdom
J|0930|King,C-Y.|Impulsive radon emanation on a creeping segment of the San Andreas Fault, California||Pure appl. Geophys.:122:2-4:1985:340-352|Prediction
J|0931|Dunning,J.D.+Miller,M.E.|Effects of pore fluid chemistry on stable sliding of Berea sandstone||Pure appl. Geophys.:122:2-4:1985:447-462|Slip+Prediction
A|0932|Ahjos,T.+Korhonen,H.|On a catalogue of historical earthquakes in the Fennoscandian area|Report S-10|1985:Helsinki:Inst. Seismology, Univ. of Helsinki|History+Seismicity|24p
A|0933|Aparicio,E.P.|Geology of San Juan|In Spanish|1984:San Juan, Argentina:Universidad Nacional|Argentina+Seismicity|167p
A|0934|e*Barazangi,M.+Brown,L.|Reflection seismology: a global perspective. Geodynamics Series, Vol. 13||1985:Washington, D.C.:American Geophysical Union|Reflexion+World|314p
A|0935|e*Barazangi,M.+Brown,L.|Reflection seismology: the continental crust. Geodynamics Series, Vol. 14||1985:Washington, D.C.:American Geophysical Union|Reflexion|340p
A|0936|Baumann,W.+Bayer,H.+Greupner,P.+|Ecological repercussions of dams. Consequences for political co-operation|In German|1984:Munchen, Koln, London:Weltforum|Ecology+Barrage+Reservoir|181p
A|0937|Pflug,R.|Structure and evolution of the upper Rhine-Graben|In German|1982:Darmstadt:Wiss. Buchges.|Plate tectonics+Seismicity|145p
A|0938|e*Gillmor,C.S.|History of geophysics, Vol. 1||1984:Washington, D.C.:American Geophysical Union||148p
A|0939|e*Gori,P.L.+Hays,W.W.|Proceedings of the symposium on `The New Madrid seismic zone'||1984:Denver, Colorado:USGS|1811-1812+Missouri|461p
A|0940|Graizer,V.M.|`True' ground motions in epicentral zones|In Russian|1984:Moscow:Inst. Earth Phys.|Epicentre+USSR+Inverse problem|198p
A|0941|Bolt,B.A.|Earthquakes. A primer|German edition of English original|1984:Berlin:Springer Verlag||236p
A|0942|Hunt,R.E.|Geotechnical engineering investigation manual||1984:New York:McGraw-Hill Book Co.|Rock mechanics+Handbook|983p
A|0943|Wijkman,A.+Timberlake,L.|Natural disasters, acts of God or acts of man||1984:London:Earthscan|Catastrophe|145p
A|0944|Kalinin,A.V.+Kalinin,V.V.+Pivovarov,B.L.|Seismoacoustic research on the equator|In Russian|1983:Moscow:Nedra Publishing House|Seismoacoustics+Marine seismic investigation+Instrument|204p
A|0945|Kharechko,G.Ye.|Deep structures of the earth's crust in the Indian shield|In Russian|1983:Kiev:Naukova Dumka|Deep seismic sounding|152p
A|0946|e*King,C-Y.|Earthquake hydrology and chemistry||1985:Basel:Birkhauser Verlag|Radon+Prediction|479p
J|0947|e*Leyendecker,E.V.+Chung,R.M.|Wind and seismic effects||Natn. Bur. Stand. spec. Publs::665:1984:1-543|Conference+Seismicity|543p
A|0948|Luosto,U.+Korhonen,H.+Kosminskaya,I.P.+|First results from the DSS study on the Baltic profile in SE Finland|Report S-11|1985:Helsinki:Inst. Seismology, Univ. of Helsinki|Deep seismic sounding+Geotraverse|21p
A|0949|Meskoe,A.|Digital filtering: applications in geophysical exploration for oil||1984:New York:John Wiley and Sons|Prospecting+Data processing|635p
A|0950|Mogi,K.|Earthquake prediction||1985:London:Academic Press||376p
A|0951|e*Priscu,R.+Popovici,A.+Stematiu,D.+|Earthquake engineering for large dams, 2nd revised edition||1985:Chichester, U.K.:John Wiley and Sons|Barrage+Reservoir|406p
A|0952|Proskuryakov,V.M.+Blyakhman,A.S.|Seismic methods of studying the stress characteristics of a massif|In Russian|1983:Moscow:Nedra Publishing House|Instrument+Site|193p
A|0953|Rossmanith,H.P.|Rock fracture mechanics||1983:Vienna:Springer Verlag|Rock mechanics|484p
A|0954|e*Scholl,R.E.+Stratta,J.L.|Coalinga, California, earthquake of May 2, 1983||1984:Berkeley, California:Earthquake Engineering Res. Inst.||300p|#*COALINGA
A|0955|Schulz,S.S.+Wallace,R.E.|The San Andreas Fault||1984:Denver, Colorado:USGS|California|20p
A|0956|Shumila,V.I.|Statistical method of interpretation and prediction of seismic intensity|In Russian|1983:Kishinev:Shtiintsa||104p
A|0957|e*Schuppisser,S.+Studer,J.|Earthquake relief in less industrialized areas||1984:Rotterdam:A.A. Balkema|Damage+Reconstruction+First aid|182p
A|0958|Sjogren,B.|Shallow refraction seismics||1984:London:Chapman and Hall|Method|268p
A|0959|Starobinets,A.Ye.+Starobinets,M.Ye.|Processing and interpretation of data from refracted wave methods|In Russian|1983:Moscow:Nedra Publishing House|Data processing|207p
A|0960|Svenson,A.G.|Earthquakes, earth scientists, and seismic-safety planning in California||1984:Lanham, Maryland:Univ. Press. Am.|Risk+Seismicity|130p
A|0961|Trabant,P.K.|Applied high-resolution geophysical methods: offshore geoengineering hazards||1984:Boston, Mass.:International Human Resources Development Corp.|Data processing+Marine seismic investigation+High resolution|265p
A|0962|Updike,R.G.+Dearborn,L.L.+Ulery,C.A.+|Guide to the engineering geology of the Anchorage area||1984:Anchorage, Alaska:Alaska Geol. Soc.|Stability+Natural disaster|75p
A|0963||Seismic engineering applied to public works, Vol. 1|In Spanish|1984:Madrid:Cent. Estud. Exp. Obras Publicas|Earthquake engineering|377p
A|0964||Disaster prevention and mitigation: a compendium of current knowledge. Vol. 11. Preparedness aspects||1984:New York:UNDRO Liaison Office, United Nations Building|Natural disaster+Catastrophe|218p
J|0965|Vogt,J.|Landslips associated with earthquakes in the Pyrenees|In French with English abstract|Revue Geogr. Pyrenees S.-Ouest:55:1:1984:49-56|Ground motion+Neotectonics
B|0966||Earthquake engineering in Britain: proceedings of a conference held at the University of East Anglia, April 1985||Melville,C.P.|The geography and intensity of earthquakes in Britain - the eighteenth century||1985:London:Thomas Telford|Catalogue+United Kingdom+1700-1799|7-23
B|0967||Earthquake engineering in Britain: proceedings of a conference held at the University of East Anglia, April 1985||Adams,R.D.|ISC records of British earthquakes||1985:London:Thomas Telford|United Kingdom+International Seismological Centre+History|25-31
B|0968||Earthquake engineering in Britain: proceedings of a conference held at the University of East Anglia, April 1985||Browitt,C.W.A.+Turbitt,T.+Morgan,S.N.|Investigation of British earthquakes using the national monitoring network of the British Geological Survey||1985:London:Thomas Telford|United Kingdom|33-47
B|0969||Earthquake engineering in Britain: proceedings of a conference held at the University of East Anglia, April 1985||Ambraseys,N.N.+Jackson,J.A.|Long-term seismicity of Britain||1985:London:Thomas Telford|United Kingdom+History|49-66
B|0970||Earthquake engineering in Britain: proceedings of a conference held at the University of East Anglia, April 1985||Houliston,D.J.+Laughlin,J.+Waugh,G.|Event triggered seismic detection systems developed by the British Geological Survey||1985:London:Thomas Telford|Triggering agent|67-81
B|0971||Earthquake engineering in Britain: proceedings of a conference held at the University of East Anglia, April 1985||Neilson,G.+Burton,P.W.|Instrumental magnitudes of British earthquakes||1985:London:Thomas Telford|United Kingdom|83-85
B|0972||Earthquake engineering in Britain: proceedings of a conference held at the University of East Anglia, April 1985||Musson,R.M.W.+Neilson,G.+Burton,P.W.|A comparison of two historical earthquakes in North Wales||1985:London:Thomas Telford|History+1903+1940+United Kingdom|87-89
B|0973||Earthquake engineering in Britain: proceedings of a conference held at the University of East Anglia, April 1985||Burton,P.W.+McGonigle,R.+Neilson,G.+|Macroseismic focal depth and intensity attenuation for British earthquakes||1985:London:Thomas Telford|United Kingdom+Macroseismic data+1727-1979|91-109
B|0974||Earthquake engineering in Britain: proceedings of a conference held at the University of East Anglia, April 1985||Kusznir,N.J.+Blenkinsop,T.G.+Long,R.E.+|Seismicity associated with Longwall coal mining||1985:London:Thomas Telford|Rock burst+United Kingdom|111-127
B|0975||Earthquake engineering in Britain: proceedings of a conference held at the University of East Anglia, April 1985||Wood,R.M.|The seismotectonics of North-West Europe||1985:London:Thomas Telford||129-142
B|0976||Earthquake engineering in Britain: proceedings of a conference held at the University of East Anglia, April 1985||Davenport,C.A.+Ringrose,P.S.|Fault activity and palaeoseismicity during Quaternary time in Scotland - preliminary studies||1985:London:Thomas Telford|United Kingdom|143-155
B|0977||Earthquake engineering in Britain: proceedings of a conference held at the University of East Anglia, April 1985||Gutmanis,J.C.+Holt,R.W.+Whittle,R.A.|Satellite imagery applied to investigations of geological structure as part of recent seismic hazard studies in the UK||1985:London:Thomas Telford|Satellite photography+Geology+United Kingdom|157-168
B|0978||Earthquake engineering in Britain: proceedings of a conference held at the University of East Anglia, April 1985||Long,R.E.|A ground motion probability analysis for Britain based on macroseismic earthquake data||1985:London:Thomas Telford|Macroseismic data+United Kingdom|169-181
B|0979||Earthquake engineering in Britain: proceedings of a conference held at the University of East Anglia, April 1985||Woo,G.|Seismic ground motions in Great Britain||1985:London:Thomas Telford|United Kingdom|183-188
B|0980||Earthquake engineering in Britain: proceedings of a conference held at the University of East Anglia, April 1985||Skipp,B.O.+Shilston,D.T.+Gutmanis,J.C.+|Colchester revisited||1985:London:Thomas Telford|United Kingdom+1884+Intensity|189-206
B|0981||Earthquake engineering in Britain: proceedings of a conference held at the University of East Anglia, April 1985||Aspinall,W.P.|The 8 November earthquake at Liege, Belgium||1985:London:Thomas Telford|1983|207-225|#*LIEGE
B|0982||Earthquake engineering in Britain: proceedings of a conference held at the University of East Anglia, April 1985||Menu,J.M.+Ambraseys,N.N.+Melville,C.P.|On the seismicity of the south-west of the British Isles||1985:London:Thomas Telford|United Kingdom|227-241
B|0983||Earthquake engineering in Britain: proceedings of a conference held at the University of East Anglia, April 1985||Alderson,M.A.H.G.|Seismic engineering requirements in British industry||1985:London:Thomas Telford|Risk+United Kingdom|243-259
B|0984||Earthquake engineering in Britain: proceedings of a conference held at the University of East Anglia, April 1985||Irving,J.|Earthquake hazard in Britain||1985:London:Thomas Telford|United Kingdom|261-277
B|0985||Earthquake engineering in Britain: proceedings of a conference held at the University of East Anglia, April 1985||Papastamatiou,D.|Promises and limitations of available techniques in UK seismotectonic investigations||1985:London:Thomas Telford|Seismotectonics+United Kingdom|279-292
B|0986||Earthquake engineering in Britain: proceedings of a conference held at the University of East Anglia, April 1985||Kunar,R.R.|Methods of seismic qualifications for hazardous facilities in the UK||1985:London:Thomas Telford|Design+United Kingdom|293-304
B|0987||Earthquake engineering in Britain: proceedings of a conference held at the University of East Anglia, April 1985||Smith,C.R.|Seismic design approach for the Sizewell `B' nuclear power plant||1985:London:Thomas Telford|England+United Kingdom|305-319
B|0988||Earthquake engineering in Britain: proceedings of a conference held at the University of East Anglia, April 1985||Booth,E.D.|Response to extreme earthquakes of an offshore concrete gravity platform in the North Sea||1985:London:Thomas Telford|Maximum magnitude+Offshore structure|321-334
B|0989||Earthquake engineering in Britain: proceedings of a conference held at the University of East Anglia, April 1985||Pal,D.C.+Parker,J.V.|The aseismic design of a reactor building for the advanced gas cooled reactor power plant||1985:London:Thomas Telford|Nuclear power plant+United Kingdom|335-350
B|0990||Earthquake engineering in Britain: proceedings of a conference held at the University of East Anglia, April 1985||Taylor,C.A.+Dumanoglu,A.A.+Trevelyan,J.+|Seismic analysis of the Upper and Lower Glendevon dams||1985:London:Thomas Telford|Reservoir+Scotland+United Kingdom+Ground motion|351-364
B|0991||Earthquake engineering in Britain: proceedings of a conference held at the University of East Anglia, April 1985||Liam Finn,W.D.+Atkinson,G.M.|Probability of seismically induced liquefaction in British sector of North Sea||1985:London:Thomas Telford|Triggering agent|365-377
J|0992|Zhou,K-S.|Simultaneous determination of source parameters and source mechanism of small earthquakes|In Chinese with English abstract|Acta seism. sin.:7:3:1985:237-253|Focal mechanism
J|0993|Wang,Z-G.|The `long-term activity' of large earthquake areas|In Chinese with English abstract|Acta seism. sin.:7:3:1985:254-266|Seismicity
J|0994|Hu,H-X.+Wang,Y.|On problems of identification of seismic phases in deep seismic sounding|In Chinese with English abstract|Acta seism. sin.:7:3:1985:267-275
J|0995|Hao,J-S.+Lu,X-H.+Li,J-H.|An experimental study on the density and elastic wave velocity of typical rocks of North China under high pressure up to 10kb|In Chinese with English abstract|Acta seism. sin.:7:3:1985:276-284|Rock mechanics
J|0996|Hao,J-Q.|T'ang-shan 1976 earthquake and the optimum observation strategy for seismomagnetism|In Chinese with English abstract|Acta seism. sin.:7:3:1985:300-313
J|0997|Li,J-G.+Liu,Z-Y.+Chen,X-C.|Near-field observation and preliminary study on the geosound generated by the magnitude 3.1 earthquake series in Hunanzhen Reservoir, Zhejiang on May 22, 1982|In Chinese with English abstract|Acta seism. sin.:7:3:1985:314-325|Dam+Barrage+China
J|0998|Hao,X-S.+Peng,Y-M.+Wang,Z-L.|Effects of the depression in the topography of bedrock underlying Beijing on earthquake ground motion|In Chinese with English abstract|Acta seism. sin.:7:3:1985:326-336
J|0999|Ding,Y-Y.+Xue,Y-J.|Activity features of Jingyang small earthquake swarms|In Chinese with English abstract|Acta seism. sin.:7:3:1985:337-341|China+1983
J|1000|Shi,Z-L.+Li,Q.+Wu,H-Y.+|A possible historical slow earthquake in Eastern China - The Oct. 6 1597 Bohai earthquake|In Chinese with English abstract|Acta seism. sin.:7:3:1985:342-347
J|1001|Bormann,P.+Schulze,A.+Apitz,E.+|Methods and results of interpretation of deep seismic investigations in the G.D.R.|With German and Russian abstracts|Beitr. Geophys.:94:4-6:1985:259-268|Deep seismic sounding+Germany+Refraction study+Reflexion study
J|1002|Jacobs,F.+Patzer,U.|On the use of dynamic parameters in deep seismic reflection profiling|With German and Russian abstracts|Beitr. Geophys.:94:4-6:1985:269-275|Reflexion study+Deep seismic sounding+Germany
J|1003|Grunthal,G.+Bankwitz,P.+Bankwitz,E.+|Seismicity and geological features of the eastern part of the west European platform|With German and Russian abstracts|Beitr. Geophys.:94:4-6:1985:276-289|Geology+Germany+Poland+Czechoslovakia
J|1004|Grunthal,G.+Bankwitz,P.+Bankwitz,E.|Preliminary results relating to seismotectonic studies in central Europe|With German and Russian abstracts|Beitr. Geophys.:94:4-6:1985:290-293|Seismotectonics+Bohemian Massif
J|1005|Bankwitz,P.+Bankwitz,E.+Grunthal,G.|Parameters of the earth's crust and causes for the occurrence of earthquakes in the southern part of the G.D.R.|With German and Russian abstracts|Beitr. Geophys.:94:4-6:1985:294-298|Germany
J|1006|Hurtig,E.+Stromeyer,D.|Relations between geophysical fields and material properties in the upper mantle beneath central and eastern Europe|With German and Russian abstracts|Beitr. Geophys.:94:4-6:1985:456-463|Geophysical investigation
J|1007|Chen,K-C.+Wang,J-H.|On the study of May 10, 1983 Taipingshan, Taiwan earthquake sequence|With Chinese abstract|Bull. Inst. Earth Sci., Acad. sin.:4::1984:1-27|||#*TAIPING
J|1008|Liaw,Z-S.+Alexander,S.S.|A modified cepstral method and its application to detections of P-to-S conversions|With Chinese abstract|Bull. Inst. Earth Sci., Acad. sin.:4::1984:29-49|Cepstral analysis+P-wave+S-wave
J|1009|Wen,K-L.+Yeong Tein Yeh|Seismic velocity structure beneath the SMART 1 array|With Chinese abstract|Bull. Inst. Earth Sci., Acad. sin.:4::1984:51-72|Taiwan+Refraction study
J|1010|Loh,C-H.|Seismic hazard analysis based on attenuation equation model|With Chinese abstract|Bull. Inst. Earth Sci., Acad. sin.:4::1984:73-99|Strong-motion analysis+Taiwan+SMART 1 array
J|1011|Yu,S-B.+Prescott,W.H.|Horizontal strain accumulation in the northern San Francisco Bay region, California|With Chinese abstract|Bull. Inst. Earth Sci., Acad. sin.:4::1984:117-129
J|1012|Wang,C-S.|Explicit response function for plane SH waves in stratified media with the source in the top layer|With Chinese abstract|Bull. Inst. Earth Sci., Acad. sin.:4::1984:177-184|Layered medium+Plane wave+SH-wave
J|1013|Dowrick,D.J.|Preliminary field observations of the Chilean earthquake of 3 March, 1985||Bull. N.Z. natn. Soc. Earthq. Engng:18:2:1985:119-127|San Antonio+Field work||#*SANANTONIO
J|1014|Connor,I.N.|The San Antonio, Chile earthquake of 3 March 1985||Bull. N.Z. natn. Soc. Earthq. Engng:18:2:1985:128-138|||#*SANANTONIO
J|1015|Berrill,J.B.|Seismic hazard analysis and design loads||Bull. N.Z. natn. Soc. Earthq. Engng:18:2:1985:139-150|Loading+Earthquake-resistant design+New Zealand
J|1016|Berrill,J.B.|Distribution of scatter in New Zealand accelerograph data||Bull. N.Z. natn. Soc. Earthq. Engng:18:2:1985:151-164|Strong-motion analysis+Scattering+Accelerogram
J|1017|Priestley,M.J.N.|Seismic behaviour of unreinforced masonry walls||Bull. N.Z. natn. Soc. Earthq. Engng:18:2:1985:191-205
J|1018|Goodstein,J.R.+Roberts,P.|Filming seismograms and related materials at the California Institute of Technology||EOS. Trans. Am. geophys. Un.:66:44:1985:737-739|Caltech+History
J|1019|Russ,D.P.+Johnson,L.E.|Cooperative earthquake research between the United States and the People's Republic of China||EOS. Trans. Am. geophys. Un.:66:46:1985:763-765|Hazard+Mitigation
J|1020||Earthquake watch to be discussed|News item|EOS. Trans. Am. geophys. Un.:66:46:1985:773|Monitoring+Parkfield+California
J|1021|Howell,B.F.|Review of `John Milne: father of modern seismology' by L.K. Herbert-Gustar and P.A. Nott||EOS. Trans. Am. geophys. Un.:66:46:1985:782|History+Milne, J.
J|1022|Ramalingeswara Rao,B.|New trends in earthquake prediction|Meeting Report|EOS. Trans. Am. geophys. Un.:66:46:1985:796-797|Hyderabad+India+1984+IASPEI
A|1023|Bullen,K.E.+Bolt,B.A.|An introduction to the theory of seismology, 4th edition||1985:Cambridge:Cambridge University Press||499p
J|1024|Silver,P.G.+Carlson,R.W.+Bell,P.+|Mantle structure and dynamics||EOS. Trans. Am. geophys. Un.:66:48:1985:1193-1198
A|1025|e*Husebye,E.S.+Johnson,G.L.+Kristoffersen,Y.|Geophysics of the Polar regions||1985:Amsterdam:Elsevier|Arctic+Antarctic+Geology|470p
J|1026|Porstendorfer,G.|Geophysical indications of horizontal inhomogeneities of the Earth's mantle|In German|Freiberger ForschHft, C::398:1985:53-55|Inhomogeneity
J|1027|Olszak,G.|Some tectonophysical aspects of `plumes-hot spots' and intraplate tectonics|In German|Freiberger ForschHft, C::398:1985:59-63|Mantle plume+Tectonophysics
J|1028|Blyas,E.A.|The loops of one-dimensional sections of time fields of reflected waves in a three-dimensional layered medium|In Russian with English abstract|Geologiya Geofiz. Novosibirsk::9:1985:106-114|Travel-times
J|1029|Brodov,L.Yu.+Mushin,I.A.|Spectral-temporal analysis of seismic data in structure-formational interpreting|In Russian with English abstract|Geologiya Geofiz. Novosibirsk::9:1985:114-126|Spectral analysis+Time+P-wave+S-wave
J|1030|Klem-Musatov,K.D.|Reply to criticism of my book `Theory of boundary waves and their application in seismics' by G.I. Petrashen' and B.V. Budayev|In Russian|Geologiya Geofiz. Novosibirsk::9:1985:141-145
J|1031|Sherman,S.I.+Bornyakov,V.Yu.+Buddo,V.A.+|Modelling the mechanism of the formation of seismic faulting in an elastic-viscous medium|In Russian with English abstract|Geologiya Geofiz. Novosibirsk::10:1985:9-19|Viscoelastic solid+Focal mechanism
J|1032|Kremlev,A.N.|Wave analogue of the common depth point method|In Russian with English abstract|Geologiya Geofiz. Novosibirsk::10:1985:77-86
J|1033|Vostrikov,Yu.N.|Reconstruction of the displacement of soil according to actual seismograms and summing of the method of the correction polynomial|In Russian with English abstract|Geologiya Geofiz. Novosibirsk::10:1985:86-94|Inverse problem
J|1034|Teng,J-W.+Xiong,S-B.+Yin,Z-X.+|Structure of the crust and upper mantle pattern and velocity distributional characteristics in the northern Himalayan mountain region||J. Phys. Earth:33:3:1985:157-171|Himalayas+Crustal structure
J|1035|Asano,S.+Wada,K.+Yoshii,T.+|Crustal structure in the northern part of the Philippine Sea plate as derived from seismic observations of Hatoyama-off Izu explosions||J. Phys. Earth:33:3:1985:173-189|Explosion seismology
J|1036|Mori,J.+Boyd,T.|Seismological evidence indicating rupture along an eastward dipping fault plane for the 1964 Niigata, Japan earthquake||J. Phys. Earth:33:3:1985:227-240|Synthetic seismogram+Rupturing+Focal mechanism
J|1037|Nakanishi,I.|Three-dimensional structure beneath the Hokkaido-Tohoku region as derived from a tomographic inversion of P-arrival times||J. Phys. Earth:33:3:1985:241-256|P-wave+Tomography
J|1038|Imagawa,K.+Hirahara,K.+Mikumo,T.|Source mechanisms of subcrustal and upper mantle earthquakes around the northeastern Kyushu region, southwestern Japan, and their tectonic implications||J. Phys. Earth:33:3:1985:257-277|Tectonics+Focal mechanism
J|1039|Ito,A.|High resolution relative hypocentres of similar earthquakes by cross-spectral analysis method||J. Phys. Earth:33:4:1985:279-294
J|1040|Momoi,T.|Scattering of Rayleigh waves in an elastic three-quarter space||J. Phys. Earth:33:4:1985:323-343
J|1041|Suetsugu,D.+Nakanishi,I.|Tomographic inversion and resolution for Rayleigh wave phase velocities in the Pacific Ocean||J. Phys. Earth:33:4:1985:345-368|Tomography+Velocity
J|1042|Jenyon,M.K.|Fault-associated salt flow and mass movement||J. geol. Soc. Lond.:142:3:1985:547-553|Diapirism+North Sea
J|1043|Turbitt,T.+Barker,E.J.+Browitt,C.W.A.+|The North Wales earthquake of 19 July 1984||J. geol. Soc. Lond.:142:3:1985:567-571|Tremadoc+Lleyn Peninsula+United Kingdom||#*TREMADOC
J|1044|Ako,J.A.+Wellman,P.|The margin of the West African craton: the Voltaian Basin||J. geol. Soc. Lond.:142:4:1985:625-632|Volta, R.+Ghana
J|1045|Hall,J.+Ali,M.|Shear waves in a seismic survey of Lewisian Basement: an extra control on lithological variation and porosity||J. geol. Soc. Lond.:142:4:1985:677-688|Lithology+Scotland+United Kingdom+Sutherland
J|1046|Williams,G.D.+Brooks,M.|A reinterpretation of the concealed Variscan structure beneath southern England by section balancing||J. geol. Soc. Lond.:142:4:1985:689-695|United Kingdom+Reflexion study
J|1047|Kirton,S.R.+Donato,J.A.|Some buried Tertiary dykes of Britain and surrounding waters deduced by magnetic modelling and seismic reflection methods||J. geol. Soc. Lond.:142:6:1985:1047-1057|Reflexion study+United Kingdom
J|1048|Takahashi,M.+Yoshida,H.+Kato,S.+|Hydrophone observation of the earthquake swarm (August 30th, 1984) off the east coast of the Izu Peninsula|In Japanese with English abstract|Q. Jl Seism., Tokyo:49:3-4:1985:67-71|Japan+Instrument||#*IZUCOAST
J|1049|Tsukakoshi,T.+Mochizuki,E.+Hirai,T.+|The processing of digital seismograms using the autoregressive model|In Japanese with English abstract|Q. Jl Seism., Tokyo:49:3-4:1985:73-92|Autoregression+Data processing+Automatic event detector
J|1050|Yamamoto,M.+Goto,K.+Toyoda,M.+|On the enhancement of the seismic detection capability by the newly installed Kyushu seismic telemetering system|In Japanese|Q. Jl Seism., Tokyo:49:3-4:1985:93-104|Telemetry
J|1051|a-Osaka District Met. Obs.|Report on the earthquake of SW Hyogo Prefecture, 30 May, 1984|In Japanese|Q. Jl Seism., Tokyo:49:3-4:1985:105-115|Japan||#*HYOGO
J|1052|Ichikawa,M.|Reliability of focal mechanism solutions|In Japanese|Q. Jl Seism., Tokyo:49:3-4:1985:117-125|Fault plane solution
J|1053|Moskalenko,V.N.|Continuous seismic profiling during drifting of the ship|In Russian with English abstract|Okeanologiya:25:5:1985:861-866|Streamer+Wave field
J|1054|Binder,A.B.+Oberst,J.|High stress shallow moonquakes: evidence for an initially totally molten moon||Earth planet. Sci. Lett.:74:2-3:1985:149-154|Lunar seismology
J|1055|Dorbath,C.+Dorbath,L.+Gaulon,R.+|Seismological investigation of the Bangui magnetic anomaly region and its relation to the margin of the Congo craton||Earth planet. Sci. Lett.:75:2-3:1985:231-244|Geomagnetism+P-wave+Africa
J|1056|Zeyen,H.J.+Banda,E.+Gallart,J.+|A wide angle seismic reconnaissance survey of the crust and upper mantle in the Celtiberian Chain of eastern Spain||Earth planet. Sci. Lett.:75:4:1985:393-402|Refraction study
J|1057|Hashida,T.+Shimazaki,K.|Seismic tomography: 3-D image of upper mantle attenuation beneath the Kanto district, Japan||Earth planet. Sci. Lett.:75:4:1985:403-409|Kanto
J|1058|Souriau,A.+Cazenave,A.|Reevaluation of the Chandler wobble seismic excitation from recent data||Earth planet. Sci. Lett.:75:4:1985:410-416|1977-1983+Centroid-moment tensor
J|1059|Calvert,A.J.+Potts,C.G.|Seismic evidence for hydrothermally altered mantle beneath old crust in the Tydeman fracture zone||Earth planet. Sci. Lett.:75:4:1985:439-449|Atlantic Ocean+OBS System+Refraction study+Mid-Atlantic Ridge
J|1060|Jannsen,D.+Voss,J.+Theilen,J.|Comparison of methods to determine Q in shallow marine sediments from vertical reflection seismograms||Geophys. Prospect.:33:4:1985:479-497|Vertical seismic profiling+Reflexion study+Q+Marine seismic investigation
J|1061|Szaraniec,E.|On direct recovery of the impulse response||Geophys. Prospect.:33:4:1985:498-502|Deconvolution+Data processing
J|1062|Ruter,H.+Kohler,K.+Arnetzl,H.|Possibilities of using vertical geophone arrays (CVA) in reflection seismology||Geophys. Prospect.:33:4:1985:503-518|Instrument+Reflexion
J|1063|Dresen,L.+Kerner,C.+Kuhbach,B.|The influence of an asymmetry in the sequence rock/coal/rock on the propagation of Rayleigh seam waves||Geophys. Prospect.:33:4:1985:519-539|Rayleigh wave
J|1064|Ferber,R-G.|Normal-incidence wavefield computation using vector-arithmetic||Geophys. Prospect.:33:4:1985:540-542|Vector arithmetic+Wave field+Travel-times
J|1065|Ursin,B.+Zheng,Y.|Identification of seismic reflections using singular value decomposition||Geophys. Prospect.:33:6:1985:773-799|Reflexion+Travel-times
J|1066|Rader,D.+Schott,W.+Dresen,L.+|Calculation of dispersion curves and amplitude-depth distributions of Love channel waves in horizontally layered media||Geophys. Prospect.:33:6:1985:800-816|Love wave+Layered medium
J|1067|Mosegaard,K.|Insufficiently sampled Q: a cause of wavelet distortion in the generation of synthetic seismograms?||Geophys. Prospect.:33:6:1985:817-827|Sampling+Q
J|1068|Ozdemir,H.|Maximum likelihood estimation of seismic reflection coefficients||Geophys. Prospect.:33:6:1985:828-860|Reflexion coefficient
J|1069|Szaraniec,E.|More comments on `Further thoughts on Popperian geophysics - the example of deconvolution' by A. Ziolkowski||Geophys. Prospect.:33:6:1985:895-902|Popper, K.|With a reply by the author
J|1070|Foster,D.J.+Carrion,Ph.M.|Full wave equation downward continuation of seismic reflection data||Geophys. Prospect.:33:6:1985:929-942|Multiple reflexion+Reflexion data
J|1071|McCann,D.M.+Andrew,E.M.+McCann,C.|Seismic sources for shallow reflection surveying||Geophys. Prospect.:33:6:1985:943-955|Reflexion study
J|1072|Loewenthal,D.+Lee,S.S.+Gardner,G.H.F.|Deterministic estimation of a wavelet using impedance type technique||Geophys. Prospect.:33:7:1985:956-969|Synthetic seismogram
J|1073|Dankbaar,J.W.M.|Separation of P- and S-waves||Geophys. Prospect.:33:7:1985:970-986|Geophone+Instrument+Signal+P-wave
J|1074|Kravis,S.P.|Estimation of marine source signatures from direct arrivals to hydrophone groups||Geophys. Prospect.:33:7:1985:987-998|Deconvolution+Instrument+Marine seismic investigation
J|1075|Bleistein,N.+Gray,S.H.|An extension of the Born inversion method to a depth dependent reference profile||Geophys. Prospect.:33:7:1985:999-1022|Acoustic wave+Born approximation
J|1076|Safar,M.H.|Comment on `Interaction between airguns' by S. Vaage, B. Ursin and K. Haugland||Geophys. Prospect.:33:7:1985:1063-1067|Air cannon+Comments+Instrument+Signal|With a reply by the authors
A|1077|e*Fitch,A.A.|Developments in geophysical exploration methods, 6||1985:Amsterdam:Elsevier|Geophysical investigation|264p
A|1078|Claerbout,J.F.|Fundamentals of geophysical data processing with applications to petroleum prospecting||1985:Oxford:Blackwell Scientific Publications||274p
A|1079|Taylor,St.R.+McClennan,S.M.|The continental crust: its composition and evolution||1985:Oxford:Blackwell Scientific Publications||312p
J|1080|Douze,E.J.|Tutorial. Linear inverse filters in orthogonal coordinates||Geophys. Prospect.:33:8:1985:1093-1102|Inversion+Data processing+Filtering
J|1081|Kuhn,M.J.|A numerical study of Lamb's problem||Geophys. Prospect.:33:8:1985:1103-1137
J|1082|Wapenaar,C.P.A.+Berkhout,A.J.|Wave field extrapolation techniques for inhomogeneous media which include critical angle events. 1: Methods using the one-way wave equations||Geophys. Prospect.:33:8:1985:1138-1159
J|1083|Ruter,H.+Schepers,A.|Is it possible to increase the resolution in seismic exploration for coal by using high frequency signals?||Geophys. Prospect.:33:8:1985:1160-1173
J|1084|Dillon,P.B.+Collyer,V.A.|On timing the VSP first arrival||Geophys. Prospect.:33:8:1985:1174-1194|Vertical seismic profiling
J|1085|Gjoystdal,H.+Reinhardsen,J.E.+Astebol,K.|Computer representation of complex 3-D geological structures using a new `solid modelling' technique||Geophys. Prospect.:33:8:1985:1195-1211
J|1086|Coppens,F.|First arrival picking on common-offset trace collections for automatic estimation of static corrections||Geophys. Prospect.:33:8:1985:1212-1231
J|1087|Singh,R.P.+Rankin,D.|The application of VHF measurements to earthquake prediction||Geophys. Prospect.:33:8:1985:1232-1239|High frequency
J|1088|Keys,A.G.|Absorbing boundary conditions for acoustic media||Geophysics:50:6:1985:892-902|Acoustic wave+Absorption
J|1089|Bishop,T.N.+Bube,K.P.+Cutler,R.T.+|Tomographic determination of velocity and depth in laterally varying media||Geophysics:50:6:1985:903-923|Inhomogeneous medium+Tomography
J|1090|Grivelet,P.A.|Inversion of vertical seismic profiles by iterative modelling||Geophysics:50:6:1985:924-930|Vertical seismic profiling
J|1091|Dietrich,M.+Bouchon,M.|Measurements of attenuation from vertical seismic profiles by iterative modelling||Geophysics:50:6:1985:931-949|Vertical seismic profiling
J|1092|Suprajitno,M.+Greenhalgh,S.A.|Separation of upgoing and downgoing waves in vertical seismic profiling by contour-slice filtering||Geophysics:50:6:1985:950-962
J|1093|Ivansson,S.|A study of methods for tomographic velocity estimation in the presence of low-velocity zones||Geophysics:50:6:1985:969-988|Low-velocity layer+Tomography
J|1094|Pilant,W.L.|Review of `Geophysical data analysis: discrete inverse theory' by W. Menke||Geophysics:50:6:1985:1035-1036|Data processing+Inversion
J|1095|French,W.S.|Review of `Seismic studies in physical modelling' edited by J.A. McDonald, G.H.F. Gardner and F.J. Hilterman||Geophysics:50:6:1985:1036|Data processing+Reflexion
J|1096|Berteussen,K.A.+Alstad,O.J.|Estimation of seabottom reflection characteristics and source signature from seabed reflected waves||Geophysics:50:7:1985:1049-1060|Sea floor
J|1097|Focht,G.W.+Baker,F.E.|Geophysical case history of the Two Hills Colony gas field of Alberta||Geophysics:50:7:1985:1061-1076|Canada+Waveform
J|1098|Linville,A.F.+Dablain,M.A.|A case study in seismic diffraction near a Gulf Coast salt dome||Geophysics:50:7:1985:1077-1082
J|1099|De Hoop,A.T.+Van Der Hijden,J.H.M.T.|Seismic waves generated by an impulsive point source in a solid/fluid configuration with a plane boundary||Geophysics:50:7:1985:1083-1090
J|1100|Safar,M.H.|On the lateral resolution achieved by Kirchhoff migration||Geophysics:50:7:1985:1091-1099|Kirchhoff's formula
J|1101|Stephens,R.B.+Sheng,P.|Acoustic reflections from complex strata||Geophysics:50:7:1985:1100-1107|Reflexion+Acoustic wave+Layered medium
J|1102|Bleistein,N.|Review of `Seismic migration: imaging of acoustic energy by wave field extrapolation A. Theoretical aspects, 2nd edition' by A.J. Berkhout||Geophysics:50:7:1985:1196-1197|Image+Data processing+Solid-earth geophysics
J|1103|Huan,S.L.+Pater,R.R.|Analysis and prediction of geophone performance parameters||Geophysics:50:8:1985:1221-1228|Instrument
J|1104|Tan,T.H.|The elastodynamic field of N interacting vibrators (two-dimensional theory)||Geophysics:50:8:1985:1229-1252|Instrument
J|1105|Bleistein,N.+Cohen,J.K.+Hagin,F.G.|Computational and asymptotic aspects of velocity inversion||Geophysics:50:8:1985:1253-1265
J|1106|Reshef,M.+Kosloff,D.|Applications of elastic forward modelling to seismic interpretation||Geophysics:50:8:1985:1266-1272|Time section
J|1107|Shtivelman,V.|Two-dimensional acoustic modelling by a hybrid method||Geophysics:50:8:1985:1273-1284|Acoustic wave
J|1108|Peacock,S.+Crampin,S.|Shear-wave vibrator signals in transversely isotropic shale||Geophysics:50:8:1985:1285-1293|Isotropic medium+Shear wave+Instrument
J|1109|McCann,C.+McCann,D.M.|A theory of compressional wave attenuation in noncohesive sediments||Geophysics:50:8:1985:1311-1317|Rock
J|1110|Powell,J.A.|A bias in amplitude measurements||Geophysics:50:8:1985:1355-1356
J|1111|McClary,W.K.|Discussion on `A sum autoregressive formula for the reflection response' by P. Hubral. S. Treitel and P.R. Gutowski||Geophysics:50:8:1985:1357|Comments+Layered medium+Autoregression+Summing+Reflexion|With a reply by S. Treitel
J|1112|Wuenschel,P.C.|Review of `Vertical seismic profiling, Part B: Advanced concepts' edited by M.N. Toksoz and R.R. Stewart||Geophysics:50:8:1985:1358|Exploration
J|1113|Lash,C.C.|Shear waves produced by explosive sources||Geophysics:50:9:1985:1399-1409|Explosion seismology
J|1114|Tsai,C.J.|Use of autoconvolution to suppress first-order, long-period multiples||Geophysics:50:9:1985:1410-1425|Marine seismic investigation+Multiple reflexion
J|1115|Bickel,S.H.+Natarajan,R.R.|Plane-wave Q deconvolution||Geophysics:50:9:1985:1426-1439|Plane wave+Q
J|1116|Van Riel,P.+Berkhout,A.J.|Resolution in seismic trace inversion by parameter estimation||Geophysics:50:9:1985:1440-1455|Parameters
J|1117|Langan,R.T.+Lerche,I.+Cutler,R.T.|Tracing of rays through heterogeneous media: an accurate and efficient procedure||Geophysics:50:9:1985:1456-1465|Ray tracing+Heterogeneous medium
J|1118|Tygel,M.+Hubral,P.|Transient analytic point-source response of a layered acoustic medium: Part 1||Geophysics:50:9:1985:1466-1477|Layered medium+Acoustic wave+Point source
J|1119|Tygel,M.+Hubral,P.|Transient analytic point-source response of a layered acoustic medium: Part 2||Geophysics:50:9:1985:1478-1487|Acoustic wave+Point source+Layered medium
J|1120|Caklovic,K.+Caklovic,L.|Computation of residual statics using projectors||Geophysics:50:9:1985:1502-1504|Static correction
J|1121|McGlynn,J.D.+Ioup,G.E.|Phase-coherency filtering of reflection seismic data||Geophysics:50:9:1985:1505-1509|Reflexion data
J|1122|Mendel,J.M.|How to include prespecified horizons into minimum-variance deconvolution and maximum-likelihood deconvolution||Geophysics:50:9:1985:1510-1512|Maximum likelihood+Minimum variance
J|1123|Wuenschel,P.C.|Review of `Vertical seismic profiling: techniques, applications and case histories' edited by A.H. Balch and M.W. Lee||Geophysics:50:9:1985:1515|Prospecting
J|1124|Green,W.R.|Review of `Antarctic earth science' edited by R.L. Oliver, P.R. James and J.B. Jago||Geophysics:50:9:1985:1516-1517|Earth sciences
J|1125|Murty,T.S.|Tsunamis in the Andaman Sea||Tsunami Newsl.:18:1:1985:1-2|Bengal, Bay of+Seismicity
J|1126|Pararas-Carayannis,G.|The Mexican earthquakes and tsunami of 19 and 21 September 1985||Tsunami Newsl.:18:2:1985:1-4|Mexico||#*MEXICOCITY|#*MEXICOCITY2
J|1127|Korvin,G.|A few unsolved problems of applied geophysics|With Hungarian and Russian abstracts|Geofiz. Kozl.:31:4:1985:373-389|Data processing+Rock+Propagation
J|1128|Rische,H.|Frequency content of seismic waves as a function of charge|With Hungarian and Russian abstracts|Geofiz. Kozl.:31:4:1985:391-403|Reflexion study
J|1129|Szulyovszky,I.|Computation and reliability of pseudo-porosity sections from seismic data|With Hungarian and Russian abstracts|Geofiz. Kozl.:31:4:1985:405-417|Reflexion study
J|1130|Timoshin,Yu.V.+Semikhodskii,G.Ye.|Seismic prospecting - its state and prospects|In Russian with English abstract|Geofiz. Zh.:7:3:1985:3-13
J|1131|Savenko,B.Ya.+Koifman,L.I.|A study of the central and eastern European lithosphere along the international geotraverses|In Russian with English abstract|Geofiz. Zh.:7:3:1985:74-76|Conference
J|1132|Kunin,N.Ya.+Sheikh-Zade,E.R.|Structural peculiarities of the earth crust of Asia|In Russian with English abstract|Geofiz. Zh.:7:4:1985:19-29|Crustal structure
J|1133|Lossovskii,Ye.K.+Gordiyenko,L.Ya.+Makarchuk,L.S.|Synthetic seismograms from idealized models of oil-and-gas deposit. 2|In Russian with English abstract|Geofiz. Zh.:7:4:1985:42-54|Algorithm
J|1134|Bytsan',Ye.N.+Grin',N.Ye.|Evaluation of the medium pulse reaction by the Z-transformation method|In Russian with English abstract|Geofiz. Zh.:7:4:1985:54-59|Algorithm+Signal
J|1135|Timoshin,Yu.V.|Seismic holography: state and prospects|In Russian with English abstract|Geofiz. Zh.:7:5:1985:3-11|Pulse+Exploration
J|1136|Groza,A.A.+Reva,N.V.|Problems of inverse filtering of field formation pulses|In Russian with English abstract|Geofiz. Zh.:7:5:1985:19-26|Inversion+Signal+Algorithm
J|1137|Dachev,Kh.I.+Vol'vovskii,I.S.+Popova,O.G.+|Procedure and results of seismic studies by MCVS-DSS on the Bulgarian part of the Petrich-Nikopol' Geotraverse VII. 1. Observation systems and wave fields|In Russian with English abstract|Geofiz. Zh.:7:5:1985:35-43|Deep seismic sounding+Ukraine
J|1138|Kharitonov,O.M.+Il'chenko,T.V.|Structure of the lower lithosphere of the Ukrainian Shield according to dynamic characteristics of seismic waves|In Russian with English abstract|Geofiz. Zh.:7:5:1985:43-47
J|1139|Mel'nichuk,M.I.+Osokina,D.N.|Modelling of the stress state of the earth's crust of the Carpathians-Balkans region|In Russian with English abstract|Geofiz. Zh.:7:5:1985:47-57
J|1140|Radulescu,F.+Cornea,I.|The crustal structure of Romania|In Russian with English abstract|Geofiz. Zh.:7:5:1985:57-61
J|1141|Chekunov,A.V.+Sollogub,V.B.|Strategy of geophysical studies of the lithosphere in the Ukraine|In Russian with English abstract|Geofiz. Zh.:7:6:1985:22-42|Geophysical investigation
J|1142|Sollogub,V.B.+Chekunov,A.V.|Principal features of lithosphere structure in the Ukraine|In Russian with English abstract|Geofiz. Zh.:7:6:1985:43-54
J|1143|Lossovskii,Ye.K.|Hydrocarbon prospecting and seismic waves in a thin-layered viscoelastic geological medium|In Russian with English abstract|Geofiz. Zh.:7:6:1985:82-95|Layered medium+Viscoelastic solid
J|1144|Klushin,S.V.+Tal'virskii,D.B.|Studies of sedimentation recurrence by means of the reflexion method|In Russian with English abstract|Sov. Geol.::7:1985:115-121|Deep structure
J|1145|Akopyan,S.Ts.|Free oscillations of the viscoelastic inhomogeneous Earth excited by a localized source|In Russian|Izv. Akad. Nauk SSSR, Fiz. Zemli::5:1985:3-16|Inhomogeneous medium+Viscoelastic solid
J|1146|Babich,V.M.+Yanson,Z.A.|Love waves propagated along the surface of an arbitrarily shaped body|In Russian|Izv. Akad. Nauk SSSR, Fiz. Zemli::5:1985:17-27
J|1147|Nekrasov,V.N.+Sergeyev,S.V.+Trokhan,A.M.|Unification problems in measuring seismic signals|In Russian|Izv. Akad. Nauk SSSR, Fiz. Zemli::5:1985:28-39
J|1148|Artem'ev,M.Ye.+Golland,V.E.|Isostatic compensation of the Tien Shan range. The isostatic anomalies|In Russian|Izv. Akad. Nauk SSSR, Fiz. Zemli::5:1985:40-45
J|1149|Annaorazova,T.A.+Vvedenskaya,A.V.|Source forces determined for the case of strong earthquakes in Iran|In Russian|Izv. Akad. Nauk SSSR, Fiz. Zemli::5:1985:74-82|Earthquake
J|1150|Gokhberg,M.B.+Buloshnikov,A.M.+Gufel'd,I.L.+|Seismicity-coupled resonance phenomena in the ionosphere|In Russian|Izv. Akad. Nauk SSSR, Fiz. Zemli::6:1985:5-9
J|1151|Lopatnikov,S.L.+Faizullin,I.S.+Shapiro,S.A.|The inhomogeneous waves in a space crossed by a thin fissure filled with viscous material|In Russian|Izv. Akad. Nauk SSSR, Fiz. Zemli::6:1985:20-26|Inhomogeneity+Crack
J|1152|Rykunov,A.L.+Smirnov,V.B.|Time-scale independent features of seismic emission|In Russian|Izv. Akad. Nauk SSSR, Fiz. Zemli::6:1985:83-87
J|1153||Earthquake prediction. The calm before the storm?|News item|Nature, Lond.:318:6043:1985:226|Quiescence+China+1975+Haicheng
J|1154|Shirokova,Ye.I.|Some features of earthquake source processes and the stressed state in the central and eastern parts of the Mediterranean-Asian belt|In Russian|Izv. Akad. Nauk SSSR, Fiz. Zemli::7:1985:25-41
J|1155|Osaulenko,V.I.+Fridman,V.N.|Interpreting the directions of nonstationary radiation from an elastic fault|In Russian|Izv. Akad. Nauk SSSR, Fiz. Zemli::7:1985:42-50
J|1156|Kuksenko,V.S.+Manzhikov,B.Ts.+Mansurov,V.A.+|Regularities in the development of a microfracture source|In Russian|Izv. Akad. Nauk SSSR, Fiz. Zemli::7:1985:87-93|Fracture+Regularity
J|1157|Yerokhin,L.Yu.|The seismic signal propagation in a valley with semi-elliptical boundary|In Russian|Izv. Akad. Nauk SSSR, Fiz. Zemli::8:1985:60-73
J|1158|Stakhovskii,I.R.+Kozyrev,A.A.|Fracture forerunners in the surface deformation patterns of rock samples|In Russian|Izv. Akad. Nauk SSSR, Fiz. Zemli::8:1985:103-107|Precursor
J|1159|Zaitsev,L.P.|On the S-wave induced motion of a medium with arbitrary distribution of the plasticity limit|In Russian|Izv. Akad. Nauk SSSR, Fiz. Zemli::9:1985:3-17
J|1160|Duk,A.Ye.+Shkhinek,K.N.|On P-wave coupling with a finite fault in an elastic medium|In Russian|Izv. Akad. Nauk SSSR, Fiz. Zemli::9:1985:18-22
J|1161|Kunin,N.Ya.+Usenko,S.V.|Inhomogeneities in the upper mantle of the North Atlantic|In Russian|Izv. Akad. Nauk SSSR, Fiz. Zemli::9:1985:23-35|Inhomogeneity
J|1162|Teitelbaum,Yu.M.+Lakayev,M.P.|Some technical problems concerning discrete observations at geophysical test sites|In Russian|Izv. Akad. Nauk SSSR, Fiz. Zemli::9:1985:83-89|Observational seismology
J|1163|Gusev,G.A.+Manukin,A.B.|Detection limit of inertial gravity devices for measuring quasistatic processes|In Russian|Izv. Akad. Nauk SSSR, Fiz. Zemli::9:1985:90-95|Instrument
J|1164|Alvarez,L.+Bune,V.I.|Seismic shakeability of eastern Cuba|In Russian|Izv. Akad. Nauk SSSR, Fiz. Zemli::10:1985:3-12|Seismicity
J|1165|Volarovich,M.P.+Khamidullin,N.N.|Application of nonlinearly inherited models to the analysis of rock stress-strain state under high confining pressure|In Russian|Izv. Akad. Nauk SSSR, Fiz. Zemli::10:1985:13-18|High pressure
J|1166|Kucherinenko,V.A.|Mantle constituent of the gravity field recovered by the use of crustal velocity structures|In Russian|Izv. Akad. Nauk SSSR, Fiz. Zemli::10:1985:19-32
J|1167|Tyurekhodzhayev,A.N.|Vibrations of a linear oscillator with dry friction|In Russian|Izv. Akad. Nauk SSSR, Fiz. Zemli::10:1985:73-77|Instrument
J|1168|Kapitanova,S.A.+Yanovskaya,T.B.|Surface wave attenuation and Q values of the crust and upper mantle in the Carpathians region|In Russian|Izv. Akad. Nauk SSSR, Fiz. Zemli::10:1985:78-82
J|1169|Akimov,O.A.+Malugin,V.A.+Manukin,A.B.|Nonuniform gravity gradients induced by seismic waves|In Russian|Izv. Akad. Nauk SSSR, Fiz. Zemli::10:1985:97-99
J|1170|Prochazkova,D.|Macroseismic fields in the Balkans||Trav. geophys., Prague:31:580:1983:9-43|Macroseismic data|Published in 1985
J|1171|Prochazkova,D.|Macroseismic observations of the earthquake of 1983 April 14, 14h52m13s GMT, Austria, as made on territory of CSSR||Trav. geophys., Prague:31:581:1983:45-49|Macroseismic data|Published in 1985|#*AUSTRIA
J|1172|Knaislova,D.+Prochazkova,D.|Behaviour of microseisms at the Pruhonice seismological station||Trav. geophys., Prague:31:582:1983:51-93|Czechoslovakia|Published in 1985
J|1173|Polyak,A.G.|Synchronization of the time scales for different seismic stations|In Russian|Izv. Akad. Nauk SSSR, Fiz. Zemli::8:1985:108-112
J|1174|Scheidegger,A.E.|Recent research on the physical aspects of earthquakes||Earth-sci. Rev.:22:3:1985:173-229|Induced seismicity+Focal mechanism+Risk+Prediction
A|1175|e*Galson,D.A.+Mueller,S.|Proceedings. First Workshop on the European Geotraverse (EGT): the northern segment, Copenhagen, 28-30 October 1983||1984:Strasbourg, France:European Science Foundation|Deep seismic sounding+Continental crust|169p