V|1978:1||Bibliography of seismology. 1978 January-June|ISC:14:1:1979
J|0001|Korvin,G.|Correlation properties of source generated seismic noise, scattered on velocity inhomogeneities|With Russian abstract|Acta geod. geophys. mont. Acad. Sci. hung.:13:1-2:1978:201-210|Recording
J|0002|Korvin,G.|The hierarchy of velocity formulae: generalized mean value theorems|With Russian abstract|Acta geod. geophys. mont. Acad. Sci. hung.:13:1-2:1978:211-222|P-wave+Rock+Porous medium
J|0003|Kar,B.K.|Note on the propagation of Love-type waves in a heterogeneous medium lying between two semi-infinite homogeneous elastic media|With Polish abstract|Acta geophys. pol.:26:1:1978:43-46|Love wave+Heterogeneous medium+Homogeneous medium
J|0004|Dey,S.+Addy,S.K.|Love waves under initial stresses|With Polish abstract|Acta geophys. pol.:26:1:1978:47-54|Viscoelastic solid
J|0005|Kostecki,A.|Problems of selection in the estimation of seismic migration velocity|In Russian with Polish and English abstracts|Acta geophys. pol.:26:2:1978:105-114|Prospecting
J|0006|Fam-Loi-Vu|Determination of the coordinates of the hypocentre and of the velocity of longitudinal waves|In Russian with Polish and English abstracts|Acta geophys. pol.:26:2:1978:115-129
J|0007|Chattopadhyay,A.|On the generation of G type seismic waves|With Polish abstract|Acta geophys. pol.:26:2:1978:131-138|SH-wave+Layered medium+Interface
J|0008|Ke,L-S.+Li,Y-P.+Zhang,A-D.+Chong,Y-G.|*Study of some characteristics of a *sequence of precursors and of an ordinary seismic swarm|In Chinese with English abstract|Acta geophys. sin.:20:2:1977:89-95|China+Data processing
J|0009|Kan,R-J.+Zhang,S-C.+Yan,F-T.+Yu,L-S.|Field of present-day tectonic constraints and their relation to the characteristics of recent tectonic activity in the southwest of China|In Chinese with English abstract|Acta geophys. sin.:20:2:1977:96-109|Tectonics
J|0010|Liu,Z-R.+Lei,S-H.+Hu,S-H.|The Yungshan-Daguan earthquake (M=7.1) of 11th May 1974|In Chinese with English abstract|Acta geophys. sin.:20:2:1977:110-114|China+Focal mechanism+Tectonics||#*YUNGSHAN
J|0011|Feng,D-Y.+Wang,Z-Y.+Gu,J-P.+|*Preliminary study of the *velocity anomalies of seismic waves before and after strong and intermediate earthquakes of western China (2). The regions of anomalies and their characteristics|In Chinese with English abstract|Acta geophys. sin.:20:2:1977:115-124|Intermediate-depth earthquake+Aftershock+Strong earthquake+Precursor
J|0012|Zheng,Z-Z.+Hu,Z-C.+Guo,Y-P.+Wang,R-J.|Spectral changes of shocks before and after the Haicheng earthquake|In Chinese with English abstract|Acta geophys. sin.:20:2:1977:125-130|Precursor+Aftershock+1975+China+Spectral analysis+Moment||#*HAICHENG
J|0013|He,Z-T.+Xie,T.|Distribution of hypocentres of the Hsing-t'ai earthquake series, tectonic constraints and process of appearance of earthquakes|In Chinese with English abstract|Acta geophys. sin.:20:2:1977:131-142|Spatial distribution+China+Tectonics+Aftershock+1966
J|0014|Liu,Y-L.+Wang,C-S.+Wu,C-Z.+|*Preliminary study of the *crustal structure and geological significance of the central part of the Himalayan chain|In Chinese with English abstract|Acta geophys. sin.:20:2:1977:143-149|Himalayas+Geology+Tectonics+Seismicity
J|0015||Spatial correlation method of geomagnetism and its application to seismic prediction|In Chinese with English abstract|Acta geophys. sin.:20:3:1977:169-184
J|0016|Chen,P-S.+Gu,J-C.+Li,W-X.|A study of the fault process at the time of an earthquake and seismic prediction in the light of fracture mechanics|In Chinese with English abstract|Acta geophys. sin.:20:3:1977:185-202|Rock mechanics
J|0017|Yan,S-M.+Liu,Q-H.|Application of the method of estimation by probabilistic regression to the prediction of earthquakes|In Chinese with English abstract|Acta geophys. sin.:20:3:1977:203-210|Statistical method
J|0018|Feng,R.|Variations of the velocity relation before and after the M=6.1 earthquake triggered by the impounding of the Hsin-fengkiang Dam|In Chinese with English abstract|Acta geophys. sin.:20:3:1977:211-221|Dam+Reservoir+Barrage+Triggering agent+P-wave+1962+Man-made earthquake+China+S-wave+Induced seismicity
J|0019|Zhu,C-C.+Fu,C-H.+Jung,J-K.+Luo,S-L.|Source parameters of weak earthquakes and the quality factor of the medium before and after the Haicheng earthquake|In Chinese with English abstract|Acta geophys. sin.:20:3:1977:222-231|1975+Precursor+P-wave+China+Q||#*HAICHENG
J|0020||Seismic risk in Hopi Province in north China|In Chinese with English abstract|Acta geophys. sin.:20:3:1977:232-241|Seismicity+Tectonics+Prediction
J|0021|Guo,Z-J.+Qin,B-Y.+Zhang,Y-F.+Li,Z-L.|Discussion on the mutual action of horizontal and vertical constraints in the development of seismic sources in China|In Chinese with English abstract|Acta geophys. sin.:20:3:1977:242-250|Focal mechanism+Rock mechanics+Compression
J|0022||Ground deformation during the magnitude 7.3 Haicheng earthquake|In Chinese with English abstract|Acta geophys. sin.:20:4:1977:251-263|1975+China+Prediction||#*HAICHENG
J|0023|Zhu,C-Z.+Hong,F-C.+Luo,S-L.|Focal parameters of the small earthquakes preceding and following the magnitude 7.8 T'ang-shan earthquake|In Chinese with English abstract|Acta geophys. sin.:20:4:1977:264-269|Precursor+Aftershock+Moment+Source+1976+China
J|0024||Abnormal meteorological phenomena observed before the Haicheng earthquake of 4th February 1975|In Chinese with English abstract|Acta geophys. sin.:20:4:1977:270-276|Precursor+Weather+China||#*HAICHENG
J|0025||*Experimental study of the *relation between the fracturing of rocks and the variation in their radon content|In Chinese with English abstract|Acta geophys. sin.:20:4:1977:277-282|Precursor+Rock mechanics+Fracture
J|0026|Li,B-J.+Shi,J-S.+Song,Z-A.+Zeng,R-S.|Numerical processing of the dispersion of seismic surface waves|In Chinese with English abstract|Acta geophys. sin.:20:4:1977:283-298|Data processing+Numerical method
J|0027|Chen,Y.|Application of acoustic emission techniques to rock mechanics research|In Chinese with English abstract|Acta geophys. sin.:20:4:1977:312-322|Prediction+Fracture
J|0028|Nojiri,Y.+Mimura,C.+Fujita,T.+|*Consideration of *earthquake response characteristics of a long-span prestressed concrete girder bridge|In Japanese with separately published English abstract|A. Rep. Kajima Inst. Constr. Tech. 1976:25::1977:49-54
J|0029|Nojiri,Y.+Mimura,C.+Morimitsu,Y.+|*Consideration of an *earthquake-resistant design procedure for prestressed concrete cable-stayed bridges through a practical application|In Japanese with separately published English abstract|A. Rep. Kajima Inst. Constr. Tech. 1976:25::1977:55-60
J|0030|Tamura,H.+Hirono,S.|Seismic prospecting at Adit under sea-bottom of Tsugaru Straits in Seikan tunnel, Hokkaido side (Pt 2)|In Japanese with separately published English abstract|A. Rep. Kajima Inst. Constr. Tech. 1976:25::1977:73-78|Japan
J|0031|Ota,T.+Niwa,M.+Ujiyama,N.|*A study on the *viscoelastic characteristics of surface ground deposits based on the earthquake records|In Japanese with separately published English abstract|A. Rep. Kajima Inst. Constr. Tech. 1976:25::1977:203-208|Viscoelastic solid
J|0032|Hara,A.+Kiyota,Y.|Damping characteristics of soils for seismic responses|In Japanese with separately published English abstract|A. Rep. Kajima Inst. Constr. Tech. 1976:25::1977:209-214|Loading
J|0033|Hisada,T.+Ota,T.+Adachi,N.+|Average seismic response spectra for various subsoil conditions (Pt 2)|In Japanese with separately published English abstract|A. Rep. Kajima Inst. Constr. Tech. 1976:25::1977:215-220|Rock
J|0034|Uchida,T.+Omori,N.+Yasaka,A.+|R & D of aseismic design of a B.W.R. nuclear power plant. Pt 1: Test procedure and results|In Japanese with separately published English abstract|A. Rep. Kajima Inst. Constr. Tech. 1976:25::1977:221-226|Earthquake-resistant design
J|0035|Uchida,T.+Omori,N.+Yasaka,A.+|R & D of aseismic design of a B.W.R. nuclear power plant. Pt 2: Analysis and discussion|In Japanese with separately published English abstract|A. Rep. Kajima Inst. Constr. Tech. 1976:25::1977:227-232|Earthquake-resistant design
J|0036|Adachi,N.+Yoshida,M.+Sanada,S.+Nakamura,O.|Study of wind and earthquake effects on tower structures (Part 3) - Dynamic characteristics of wind and tower oscillation in strong wind|In Japanese with separately published English abstract|A. Rep. Kajima Inst. Constr. Tech. 1976:25::1977:233-238|Building
J|0037|Bhattacharyya,S.+De,S.N.|Surface waves in viscoelastic media under the influence of gravity||Aust. J. Phys.:30:3:1977:347-353|Viscoelastic solid
J|0038|Nag,K.R.+Pal,P.C.|The axisymmetric disturbance due to the propagation of a shearing stress discontinuity in a semi-infinite elastic medium|With German abstract|Beitr. Geophys.:87:1:1978:46-56|SH-wave+Semi-infinite medium+Fracture
J|0039|Chattopadhyay,A.|On the signal recorded at a large distance from explosions within the earth|With German abstract|Beitr. Geophys.:87:2:1978:135-140|S-wave+Source+Isotropic medium
J|0040|Bhattacharyya,S.+Sengupta,P.R.|Propagation of waves in a viscoelastic plate immersed in a liquid under the influence of gravity|With German abstract|Beitr. Geophys.:87:2:1978:141-146|Viscoelastic solid
J|0041|Dey,S.+Addy,S.K.|Edge waves under biaxial initial stresses|With German abstract|Beitr. Geophys.:87:2:1978:147-155|Corner
J|0042|Chandrasekharaiah,D.S.|On magnetothermoelastic Rayleigh waves with thermal relaxation|With German abstract|Beitr. Geophys.:87:3:1978:221-228|Thermoelasticity+Electromagnetism
J|0043|Acharya,D.+Sengupta,P.R.|Magnetothermoelastic waves in an initially stressed conducting layer|With German abstract|Beitr. Geophys.:87:3:1978:229-239|Electromagnetism+Thermoelasticity
J|0044|Walzer,U.|Review of ``The earth's core'' by J.A. Jacobs|In German|Beitr. Geophys.:87:3:1978:247
J|0045|Tsipenyuk,I.F.+Gamburg,Yu.A.|Resistance and deformation of horizontal joints of large-panel seismic constructions|In Russian|Beton Zhelezobeton::2:1978:31-33|Building+Structure+Earthquake-resistant design
J|0046|Martem'yanov,A.I.+Aleksandryan,E.P.+Tsikaridze,D.A.|Method of repair for large-panel constructions that have been subjected to earthquakes|In Russian|Beton Zhelezobeton::3:1978:26-28|Building+Structure+Earthquake-resistant design
J|0047|Rasidi,J.S.|Buried reef structures in the Lennard Shelf, Canning Basin, Western Australia||BMR J. Aust. Geol. Geophys.:3:1:1978:80-83|Profile+Prospecting
J|0048|Bolt,B.A.|Ocean bottom seismometry. A new dimension to seismogeology|With Italian abstract|Boll. Geofis. teor. appl.:19:75-76:1977:109-115|Instrument+Ocean-bottom seismograph+Seismograph
J|0049|Calcagnile,G.+Del Prete,M.+Monterisi,L.+Panza,G.F.|Seismic risk of basilicate in its geostructural frame|With Italian abstract|Boll. Geofis. teor. appl.:19:75-76:1977:117-139|Tectonics+Italy
J|0050|Lechi,G.M.+Nanni,T.+Rampoldi,R.|Ancona: classic tectonics and satellite study. Correlations with seismic events|In Italian with English abstract|Boll. Geofis. teor. appl.:19:75-76:1977:168-178|Seismicity+Italy+Multispectral detection
J|0051|Morelli,C.+Giese,P.+Carrozzo,M.T.+Colombi,B.+Hirn,A.+|Crustal and upper mantle structure of the northern Appennines, the Ligurian Sea, and Corsica, derived from seismic and gravimetric data|With Italian abstract|Boll. Geofis. teor. appl.:19:75-76:1977:199-260|Crustal structure+Prospecting+Gravimetric data+Italy+France
J|0052|Vered,M.|Relations between isoseismic area and magnitude for Italian earthquakes|With Italian abstract|Boll. Geofis. teor. appl.:19:75-76:1977:290-293|Italy+Intensity+Seismicity+Damage
J|0053|Rossi,S.+Zarudzki,E.F.K.|Medina and Cyrene: submarine mountains of the Ionian Sea|In Italian with English abstract|Boll. Geofis. teor. appl.:20:78:1978:61-67|Prospecting+Gravimetric data
J|0054|Belousov,V.V.|Some aspects of continental tectonics and seismicity|With Italian abstract|Boll. Geofis. teor. appl.:20:78:1978:99-101|Geothermy
J|0055|Bune,V.I.|The new elements on the map of seismic zoning|With Italian abstract|Boll. Geofis. teor. appl.:20:78:1978:102-109|Seismicity+Prediction
J|0056|Caputo,M.|Elastic energy release, heat production and earth moment of inertia tensor changes due to earthquake|With Italian abstract|Boll. Geofis. teor. appl.:20:78:1978:110-113|Focal mechanism+Prediction
J|0057|Drakopoulos,J.C.|Attenuation of intensities with distance for shallow earthquakes in the area of Greece|With Italian abstract|Boll. Geofis. teor. appl.:20:78:1978:114-130|Intensity+Shallow-focus earthquake
J|0058|Kobayashi,H.|On some problems of engineering seismology|With Italian abstract|Boll. Geofis. teor. appl.:20:78:1978:131-144|Japan+Earthquake engineering
J|0059|Kobayashi,H.|A method for seismic microzoning maps on the basis of subsoil conditions|With Italian abstract|Boll. Geofis. teor. appl.:20:78:1978:145-164|Zoning+Layered medium+Japan
J|0060|Perkins,D.M.|Status and prospects for national seismic hazard and zoning maps in the United States|With Italian abstract|Boll. Geofis. teor. appl.:20:78:1978:165-179|Prediction
J|0061|Perkins,D.M.|Prospects for the use of geologic data in United States hazard maps|With Italian abstract|Boll. Geofis. teor. appl.:20:78:1978:180-187|Prediction+Utah+Geological data
J|0062|Perkins,D.M.|Acceleration hazard map sensitivity to input seismic parameters|With Italian abstract|Boll. Geofis. teor. appl.:20:78:1978:188-196|Prediction
J|0063|Cosentino,P.|Frequency-magnitude statistical parameters with reference to some zoning problems|With Italian abstract|Boll. Geofis. teor. appl.:20:78:1978:198-204|Frequency-magnitude relation+Statistical method
J|0064|Panza,G.F.+Calcagnile,G.|Seismic risk map for southern Italy: preliminary results|With Italian abstract|Boll. Geofis. teor. appl.:20:78:1978:205-209|Seismicity+Prediction
J|0065|Mardirosyan,G.|Automatic switching of the magnification of a seismograph by means of a program|In Bulgarian with Russian and English abstracts|Bulg. geofiz. Spis.:4:1:1978:93-97|Instrument+Recording
J|0066|Christoskov,L.+Fedorova,I.V.+Kondorskaya,N.V.+Vanek,J.|Calibrating functions of PV and PVs waves for the Eurasian homogeneous magnitude system|With Russian abstract|Bulg. geofiz. Spis.:4:2:1978:74-85|Calibration+Body wave+Homogeneous magnitude system
J|0067|Petkov,I.N.+Ilieva,M.|Peculiarities of seismic waves in a medium with non-flat boundary between a gradient and homogeneous layer|In Bulgarian with Russian and English abstracts|Bulg. geofiz. Spis.:4:2:1978:86-91|Homogeneous medium
J|0068|Tsukuda,T.|Sequences of microearthquakes near the Yamasaki fault||Bull. Disast. Prev. Res. Inst., Kyoto Univ.:27:1:1977:1-22|Spatial distribution+Temporal distribution+Seismicity+Tectonics+Honshu+Japan
J|0069|Ikami,A.+Yamada,I.+Murakami,H.+|Crustal structure in central Japan as derived from the Inabu quarry blast observations||Bull. Disast. Prev. Res. Inst., Kyoto Univ.:27:1:1977:23-46|Honshu
J|0070|Imoto,M.+Kishimoto,Y.|Statistical search for migrations of aftershock sequences||Bull. Disast. Prev. Res. Inst., Kyoto Univ.:27:3:1977:93-111|USSR+Statistical method
J|0071|Takeuchi,F.+Mino,K.+Imoto,M.|On the measurement of VP/VS ratio in the area around Lake Biwa||Bull. Disast. Prev. Res. Inst., Kyoto Univ.:27:3:1977:113-120|P-wave+S-wave+Biwa, L.+Honshu+Japan
J|0072|Yoshida,M.|Initial phase and phase velocity of surface waves|With Japanese abstract|Bull. Earthq. Res. Inst. Tokyo Univ.:52:3-4:1977:343-355|Love wave+Pacific Ocean+Shikotan+1968
J|0073|Tsujiura,M.|Spectral features of foreshocks|With Japanese abstract|Bull. Earthq. Res. Inst. Tokyo Univ.:52:3-4:1977:357-371|P-wave+S-wave+Precursor
J|0074|Hakuno,M.|Damage probability of line structures due to an earthquake|With Japanese abstract|Bull. Earthq. Res. Inst. Tokyo Univ.:52:3-4:1977:373-378|Earthquake engineering+Lifeline system
J|0075|Usami,T.+Watanabe,T.|Definition and characteristic features of a seismically active region (``Earthquake nest'') in the Kanto District|In Japanese with English abstract|Bull. Earthq. Res. Inst. Tokyo Univ.:52:3-4:1977:379-406|Seismicity+Honshu+Frequency-magnitude relation+Japan
J|0076|Hatori,T.|Field investigation of the Tokai tsunamis in 1707 and 1854 along the Shizuoka coast|In Japanese with English abstract|Bull. Earthq. Res. Inst. Tokyo Univ.:52:3-4:1977:407-439|Field work+Japan
J|0077|Aida,I.|Numerical experiments for inundation of tsunamis - Susaki and Usa, in Kochi Prefecture|In Japanese with English abstract|Bull. Earthq. Res. Inst. Tokyo Univ.:52:3-4:1977:441-460|Numerical modelling+1946+Nankai+Japan
J|0078|Matsuda,T.+Ota,Y.+Okada,A.+Shimizu,F.+Togo,M.|Aerial photo-interpretation of active faults - the individual difference and examples|In Japanese with English abstract|Bull. Earthq. Res. Inst. Tokyo Univ.:52:3-4:1977:461-496|Aerial photography
J|0079|Tsujiura,M.|Spectral analysis of the coda waves from local earthquakes|With Japanese abstract|Bull. Earthq. Res. Inst. Tokyo Univ.:53:1:1978:1-48
J|0080|Hakuno,M.+Shikamori,M.|Seismic force of incompletely liquefied sand on underground structures|With Japanese abstract|Bull. Earthq. Res. Inst. Tokyo Univ.:53:1:1978:243-254|Liquefaction+Structure
J|0081|Odaka,T.|Radial oscillations of a multi-layered elastic sphere and theoretical seismograms - Effects of surface layers on waveform of P waves|In Japanese with English abstract|Bull. Earthq. Res. Inst. Tokyo Univ.:53:1:1978:255-270|Layered medium+Elastic medium+Seismogram+P-wave
J|0082|Nagasawa,K.|An analysis of sonic boom from a great fireball on May 10, 1977, recorded on seismographs of volcano observatories|In Japanese with English abstract|Bull. Earthq. Res. Inst. Tokyo Univ.:53:1:1978:271-280|Japan
J|0083|Shima,E.+Yanagisawa,M.+Kudo,K.+|On the base rock of Tokyo. Observations of seismic waves generated by the fourth and fifth Yumenoshima explosions|In Japanese with English abstract|Bull. Earthq. Res. Inst. Tokyo Univ.:53:1:1978:305-318|Japan+Underground nuclear explosion+Honshu
J|0084|Hudson,D.E.|Strong motion seismology||Bull. N.Z. natn. Soc. Earthq. Engng:10:3:1977:113-120|Ground motion+Strong-motion instrument+Accelerogram+Instrument
J|0085|Fenwick,R.C.+Irvine,H.M.|Reinforced concrete beam-column joints for seismic loading. Pt 1 - Theory||Bull. N.Z. natn. Soc. Earthq. Engng:10:3:1977:121-128
J|0086|Tyler,R.G.|Dynamic tests on PTFE sliding layers under earthquake conditions||Bull. N.Z. natn. Soc. Earthq. Engng:10:3:1977:129-138|Layered medium+Dynamic analysis+Friction+Polytetrafluoroethylene
J|0087|Tyler,R.G.|Damping in building structures by means of PTFE sliding joints||Bull. N.Z. natn. Soc. Earthq. Engng:10:3:1977:139-142|Jointed medium+Polytetrafluoroethylene
J|0088|Tyler,R.G.|Dynamic tests on laminated rubber bearings||Bull. N.Z. natn. Soc. Earthq. Engng:10:3:1977:143-150|Dynamic analysis+Damping
J|0089|Robinson,W.H.+Tucker,A.G.|A lead-rubber shear damper||Bull. N.Z. natn. Soc. Earthq. Engng:10:3:1977:151-153|Damping+Building+Bridge+Structure
J|0090|Andrews,A.L.|Slenderness effects in earthquake resisting frames||Bull. N.Z. natn. Soc. Earthq. Engng:10:3:1977:154-158|Earthquake-resistant design+Building+Code
J|0091|Williams,R.L.|Discussion of ``Design of shear walls for seismic resistance'' by I.C. Armstrong||Bull. N.Z. natn. Soc. Earthq. Engng:10:3:1977:159-160|Earthquake-resistant design|With a reply by the author
J|0092|Williams,R.L.|Discussion of ``Moment redistribution in continuous beams of earthquake resistant multistorey reinforced concrete frames'' by T. Paulay||Bull. N.Z. natn. Soc. Earthq. Engng:10:3:1977:160-161|Earthquake-resistant design+Building+Structure|With a reply by the author
J|0093|Eiby,G.A.|Anomalous intensities due to the Korakonui earthquake, 5 December, 1976||Bull. N.Z. natn. Soc. Earthq. Engng:10:4:1977:167-169|Intensity+Shallow-focus earthquake+New Zealand||#*KORAKONUI
J|0094|Smith,W.D.|The importance of surface waves in strong ground-motion||Bull. N.Z. natn. Soc. Earthq. Engng:10:4:1977:170-173|Ground motion+New Zealand
J|0095|Fenwick,R.C.+Irvine,H.M.|Reinforced concrete beam-column joints for seismic loading. Pt 2 - Experimental results||Bull. N.Z. natn. Soc. Earthq. Engng:10:4:1977:174-185
J|0096|Kelly,T.E.|Some comments on reinforced concrete structures forming column hinge mechanisms||Bull. N.Z. natn. Soc. Earthq. Engng:10:4:1977:186-195|Building
J|0097|Kelly,J.M.+Tsztoo,D.F.|Earthquake simulation testing of a stepping frame with energy-absorbing devices||Bull. N.Z. natn. Soc. Earthq. Engng:10:4:1977:196-207|Model
J|0098|Campbell,M.D.+McKay,G.R.+Williams,R.L.|The Tonga earthquake of 23 June, 1977. Some initial observatiions||Bull. N.Z. natn. Soc. Earthq. Engng:10:4:1977:208-218|Damage+Earthquake-resistant design||#*TONGA
J|0099|a-Discussion Group, National Society for Earthquake Engineering|Papers resulting from deliberations of the Society's Discussion Group on seismic design of ductile moment resisting reinforced concrete frames||Bull. N.Z. natn. Soc. Earthq. Engng:10:4:1977:219-237|Earthquake-resistant design+Ductility
J|0100|Berrill,J.B.|A note on the 1976, Gazli accelerogram||Bull. N.Z. natn. Soc. Earthq. Engng:10:4:1977:238-239|Strong-motion analysis+USSR+Uzbekistan||#*GAZLI
J|0101|Adams,R.D.|Review of ``Dams and earthquakes. Developments in geotechnical engineering, 11'' by H.K. Gupta and B.K. Rastogi||Bull. N.Z. natn. Soc. Earthq. Engng:10:4:1977:240-241|Reservoir+Barrage+Triggering agent+Rock mechanics
J|0102||Proceedings of the seminar on the social and economic effects of earthquake prediction, Wellington, 12 October, 1977||Bull. N.Z. natn. Soc. Earthq. Engng:11:1:1978:1-49|New Zealand+Sociological aspect+Economics
J|0103|Paulay,T.|An application of capacity design philosophy to gravity load dominated ductile reinforced concrete frames||Bull. N.Z. natn. Soc. Earthq. Engng:11:1:1978:50-61|Earthquake-resistant design+Ductility
J|0104|Adams,R.D.|Principal earthquakes during the year 1977||Bull. N.Z. natn. Soc. Earthq. Engng:11:1:1978:62|New Zealand
J|0105||Seismic design committee||Bull. N.Z. natn. Soc. Earthq. Engng:11:1:1978:64-69|New Zealand+Earthquake-resistant design
J|0106|Glogau,O.A.|Discussion of ``Seismic resistance of reinforced concrete-masonry shear walls with high steel percentages'' by M.J.N. Priestley||Bull. N.Z. natn. Soc. Earthq. Engng:11:1:1978:70-71|Earthquake-resistant design+Masonry structure
J|0107|Irvine,H.M.+Elms,D.G.+Buchanan,B.W.|Discussion of ``Slenderness effects in earthquake resisting frames'' by A.L. Andrews||Bull. N.Z. natn. Soc. Earthq. Engng:11:1:1978:71-75|Earthquake-resistant design+Building+Code
J|0108|Langston,C.A.|The February 9, 1971 San Fernando earthquake. A study of source finiteness in teleseismic body waves||Bull. seism. Soc. Am.:68:1:1978:1-29|United States+P-wave+S-wave+California+Seismogram+Synthetic seismogram
J|0109|Heaton,T.H.+Helmberger,D.V.|Predictability of strong ground motion in the Imperial Valley: modelling the M4.9, November 4, 1976 Brawley earthquake||Bull. seism. Soc. Am.:68:1:1978:31-48|P-wave+S-wave+California+United States||#*BRAWLEY2
J|0110|Chouet,B.+Aki,K.|Regional variation of the scaling law of earthquake source spectra||Bull. seism. Soc. Am.:68:1:1978:49-79|Magnitude+Scale+Regional study
J|0111|Abramovici,F.+Gal-Ezer,J.|Numerical seismograms for a vertical point-force in a layered solid||Bull. seism. Soc. Am.:68:1:1978:81-101|Layered medium+Vertical movement
J|0112|Geller,R.J.+Stein,S.|Normal modes of a laterally heterogeneous body: a one-dimensional example||Bull. seism. Soc. Am.:68:1:1978:103-116|Heterogeneous medium
J|0113|Herrmann,R.B.|A note on the causality problems in the numerical solution of elastic wave propagation in cylindrical coordinate systems||Bull. seism. Soc. Am.:68:1:1978:117-123|SH-wave+SV-wave+Cylinder
J|0114|Harkrider,D.G.+Helmberger,D.V.|A note on nonequivalent quadrupole source cylindrical shear potentials which give equal displacements||Bull. seism. Soc. Am.:68:1:1978:125-132|Cylinder
J|0115|Ward,S.N.|Long-period reflected and converted upper-mantle phases||Bull. seism. Soc. Am.:68:1:1978:133-153|Upper mantle+Travel-times+P-wave+Synthetic seismogram+Seismogram
J|0116|McHugh,S.+Johnston,M.J.S.|Dislocation modelling of creep-related tilt changes||Bull. seism. Soc. Am.:68:1:1978:155-168|Fault
J|0117|Johnston,M.J.S.+Jones,A.C.+Daul,W.+Mortensen,C.E.|Tilt near an earthquake (ML=4.3), Briones Hills, California||Bull. seism. Soc. Am.:68:1:1978:169-173|United States+Precursor+1977||#*BRIONES
J|0118|Savage,J.C.+Prescott,W.H.|Geodolite measurements near the Briones Hills, California, earthquake swarm of January 8, 1977||Bull. seism. Soc. Am.:68:1:1978:175-180|Tilt||#*BRIONES
J|0119|Shimazaki,K.|Correlation between intraplate seismicity and interplate earthquakes in Tohoku, northeast Japan||Bull. seism. Soc. Am.:68:1:1978:181-192|Plate tectonics
J|0120|Gupta,H.K.+Combs,J.|Investigation of isoseismals for some large magnitude earthquakes in China||Bull. seism. Soc. Am.:68:1:1978:193-204|Spatial distribution+Temporal distribution+Isoseismal map
J|0121|Anderson,J.G.+Trifunac,M.D.|Uniform risk functionals for characterization of strong earthquake ground motion||Bull. seism. Soc. Am.:68:1:1978:205-218
J|0122|Foutch,D.A.+Jennings,P.C.|A study of the apparent change in the foundation response of a nine-storey reinforced concrete building||Bull. seism. Soc. Am.:68:1:1978:219-229|Structure
J|0123|Bhattacharya,S.N.|Rayleigh waves from a point source in a spherical medium with homogeneous layers||Bull. seism. Soc. Am.:68:1:1978:231-238|Homogeneous medium+Layered medium+Sphere
J|0124|McNally,K.C.+Simila,G.W.+Von Dollen,F.J.|Microearthquake activity adjacent to the Rocklin pluton near Auburn, California||Bull. seism. Soc. Am.:68:1:1978:239-243|United States+Oroville
J|0125|Cramer,C.H.+Toppozada,T.R.+Parke,D.L.|Seismicity of the foothills fault system of the Sierra Nevada between Folsom and Oroville, California||Bull. seism. Soc. Am.:68:1:1978:245-249|United States+Nevada, Sa.
J|0126|White,J.E.|Review of ``Transient waves in viscoelastic media'' by N.H. Ricker||Bull. seism. Soc. Am.:68:1:1978:251|Wavelet shaping+Viscoelastic solid+Prospecting+Solid-earth geophysics+Acoustics
J|0127|Frasier,C.W.+North,R.G.|Evidence for omega-cube scaling from amplitudes and periods of the Rat Island sequence (1965)||Bull. seism. Soc. Am.:68:2:1978:265-282|Aleutian Islands+Scale
J|0128|Boore,D.M.+Joyner,W.B.|The influence of rupture incoherence on seismic directivity||Bull. seism. Soc. Am.:68:2:1978:283-300|Rupturing+Radiation+Focal mechanism
J|0129|Hartzell,S.H.+Frazier,G.A.+Brune,J.N.|Earthquake modelling in a homogeneous half-space||Bull. seism. Soc. Am.:68:2:1978:301-316|Homogeneous medium+Rupturing+Focal mechanism+Green's function
J|0130|Liao,A.H.+Schwab,F.+Mantovani,E.|Computation of complete theoretical seismograms for torsional waves||Bull. seism. Soc. Am.:68:2:1978:317-324|Synthetic seismogram+Seismogram
J|0131|Stein,S.+Geller,R.J.|Time-domain observation and synthesis of split spheroidal and torsional free oscillations of the 1960 Chilean earthquake: preliminary results||Bull. seism. Soc. Am.:68:2:1978:325-332|Spheroidal vibration+Time domain+Synthetic seismogram+Seismogram+Torsional-free oscillation
J|0132|Weeks,J.+Lockner,D.A.+Byerlee,J.D.|Change in b-values during movement on cut surfaces in granite||Bull. seism. Soc. Am.:68:2:1978:333-341|b-Value+Prediction+Fracture+Rock mechanics
J|0133|Nuttli,O.W.|A time-domain study of the attenuation of 10-Hz waves in the New Madrid seismic zone||Bull. seism. Soc. Am.:68:2:1978:343-355|Time domain+P-wave+Lg-phase+United States+Missouri+Mississippi Valley
J|0134|Steppe,J.A.+Crosson,R.S.|P-velocity models of the southern Daiblo Range, California, from inversion of earthquake and explosion arrival times||Bull. seism. Soc. Am.:68:2:1978:357-367|P-wave+United States+Crustal structure+Diablo, Mt.
J|0135|Helmberger,D.V.+Engen,G.R.|Fine structure of an oceanic crustal section near the East Pacific Rise||Bull. seism. Soc. Am.:68:2:1978:369-382|Crustal structure+Prospecting+Refraction study+Pacific Ocean
J|0136|Lee,W.H.K.+Wu,F.T.+Wang,S.C.|A catalogue of instrumentally determined earthquakes in China (Magnitude>=6) compiled from various sources||Bull. seism. Soc. Am.:68:2:1978:383-398|Spatial distribution+Temporal distribution+1901-1976
J|0137|Sinvhal,H.+Khattri,K.N.+Rai,K.+Gaur,V.K.|Neo-tectonics and time-space seismicity of the Andaman-Nicobar region||Bull. seism. Soc. Am.:68:2:1978:399-409|Spatial distribution+Temporal distribution+Andaman Sea+Nicobar Is.+Indian Ocean
J|0138|Berberian,M.+Papastamatiou,D.J.|Khurgu (North Bandar Abbas, Iran) earthquake of March 21, 1977: a preliminary field report and a seismotectonic discussion||Bull. seism. Soc. Am.:68:2:1978:411-428|Bandar-Abbas+Field work+Zagros+Seismotectonics+Khvorgu||#*KHURGU
J|0139|Allison,M.L.+Whitcomb,J.H.+Cheatum,C.E.+McEuen,R.B.|Elsinore Fault seismicity: the September 13, 1973, Agua Caliente Springs, California, earthquake series||Bull. seism. Soc. Am.:68:2:1978:429-440|United States+Tectonics+Aftershock||#*AGUACALIENTE
J|0140|Gilpin,B.+Lee,T-C.|A microearthquake study in the Salton Sea geothermal area, California||Bull. seism. Soc. Am.:68:2:1978:441-450|United States+Geothermy+Seismicity
J|0141|Hays,W.W.|Ground-response maps for Tonopah, Nevada||Bull. seism. Soc. Am.:68:2:1978:451-469|United States+Nevada test site+Underground nuclear explosion+Ground motion
J|0142|Kanamori,H.+Jennings,P.C.|Determination of local magnitude,ML, from strong-motion accelerograms||Bull. seism. Soc. Am.:68:2:1978:471-485|Synthetic seismogram+Seismogram+Strong-motion analysis
J|0143|Hunt,B.+Priestley,M.J.N.|Seismic water waves in a storage tank||Bull. seism. Soc. Am.:68:2:1978:487-499|Seismicity+Fluid+Dynamic behaviour
J|0144|McCowan,D.W.+Lacoss,R.T.|Transfer functions for the Seismic Research Observatory seismograph system||Bull. seism. Soc. Am.:68:2:1978:501-512|SRO system+Instrument+Station+Filtering
J|0145|Bolt,B.A.|The local magnitude ML of the Kern County earthquake of July 21, 1952||Bull. seism. Soc. Am.:68:2:1978:513-515|California+United States
J|0146|Goulty,N.R.+Burford,R.O.+Allen,C.R.+Gilman,R.+Johnson,C.E.+Keller,R.P.|Large creep events on the Imperial fault, California||Bull. seism. Soc. Am.:68:2:1978:517-521|Imperial Valley
J|0147|Whitcomb,J.H.|P- and S-phase data from local earthquakes in southern California for 1966 to 1975||Bull. seism. Soc. Am.:68:2:1978:523-525|United States+P-wave+S-wave+Spatial distribution+1966-1975
J|0148|Maley,R.P.|Comments on ``The island of Hawaii earthquakes of November 29, 1975: strong-motion data and damage reconnaissance report'' by Christopher Rojahn and B.J. Morrill||Bull. seism. Soc. Am.:68:2:1978:527-529|Tsunami+Strong-motion analysis+Hilo+Recording||#*HILO|#*HILO2
J|0149|Choy,G.L.|Comments on pulse distortion and its effect on differential travel times of SKKS-SKS||Bull. seism. Soc. Am.:68:2:1978:531-534|Travel-times+SKS-wave+SKKS-wave
J|0150|Archuleta,R.J.+Frazier,G.A.|Three-dimensional numerical simulations of dynamic faulting in a half-space||Bull. seism. Soc. Am.:68:3:1978:541-572|Numerical modelling+Focal mechanism
J|0151|Fehler,M.+Aki,K.|Numerical study of diffraction of plane elastic waves by a finite crack with application to location of a magma lens||Bull. seism. Soc. Am.:68:3:1978:573-598|P-wave+S-wave+Rock mechanics+Plane wave+Volcanism+Hawaii
J|0152|McMechan,G.A.|Seismic inversion for the shape of a boundary between two layer stacks||Bull. seism. Soc. Am.:68:3:1978:599-608|Travel-times+Layered medium
J|0153|Chowdhury,D.K.+Frasier,C.W.|Evidence for anisotropic scattering of short-period P phases in the upper mantle||Bull. seism. Soc. Am.:68:3:1978:609-618|P-wave+Anisotropy
J|0154|Horner,R.B.+Stevens,A.E.+Hasegawa,H.S.+Leblanc,G.|Focal parameters of the July 12, 1975, Maniwaki, Quebec, earthquake - an example of intraplate seismicity in eastern Canada||Bull. seism. Soc. Am.:68:3:1978:619-640|Focal mechanism||#*MANIWAKI
J|0155|Herrmann,R.B.|A seismological study of two Attica, New York earthquakes||Bull. seism. Soc. Am.:68:3:1978:641-651|New York State+Focal mechanism+Moment+United States+1966+1967
J|0156|Rogers,G.C.+Hasegawa,H.S.|A second look at the British Columbia earthquake of June 23, 1946||Bull. seism. Soc. Am.:68:3:1978:653-676|Plate tectonics+Canada
J|0157|Seekins,L.C.+Hanks,T.C.|Strong-motion accelerograms of the Oroville aftershocks and peak acceleration data||Bull. seism. Soc. Am.:68:3:1978:677-689|California+United States+Strong-motion analysis||#*OROVILLE
J|0158|Seekins,L.C.+Hill,D.P.+Hanks,T.C.|Shear-wave velocity structure neear Oroville, California||Bull. seism. Soc. Am.:68:3:1978:691-697|S-wave+Shear wave+United States||#*OROVILLE
J|0159|Balderman,M.A.+Johnson,C.A.+Miller,D.G.+Schmidt,D.L.|The 1852 Fort Yuma earthquake||Bull. seism. Soc. Am.:68:3:1978:699-710|Arizona+United States
J|0160|Raikes,S.A.|The temporal variation of teleseismic P-residuals for stations in southern California||Bull. seism. Soc. Am.:68:3:1978:711-720|P-wave+United States+Station+Travel-times
J|0161|Lindh,A.G.+Lockner,D.A.+Lee,W.H.K.|Velocity anomalies: an alternative explanation||Bull. seism. Soc. Am.:68:3:1978:721-734|Precursor+Travel-times+California+United States
J|0162|Sandvin,O.+Tjostheim,D.|Multivariate autoregressive representation of seismic P-wave signals with application to short-period discrimination||Bull. seism. Soc. Am.:68:3:1978:735-756|P-wave+Autoregression+Underground nuclear explosion
J|0163|Katz,L.J.+Bellon,R.S.|Microtremor site analysis study at Beatty, Nevada||Bull. seism. Soc. Am.:68:3:1978:757-765|Signal+Site+United States+Data processing+Microearthquake+Underground nuclear explosion
J|0164|Ohta,Y.+Kagami,H.+Goto,N.+Kudo,K.|Observation of 1- to 5-second microtremors and their application to earthquake engineering. 1. Comparison with long-period accelerations at the Tokachi-oki earthquake of 1968||Bull. seism. Soc. Am.:68:3:1978:767-779|Microearthquake+Long-period microseism+Japan
J|0165|Jurkevics,A.+Ulrych,T.J.|Representing and simulating strong ground motion||Bull. seism. Soc. Am.:68:3:1978:781-801|Simulation+Accelerogram+Autoregression
J|0166|McGuire,R.K.|A simple model for estimating Fourier amplitude spectra of horizontal ground acceleration||Bull. seism. Soc. Am.:68:3:1978:803-822|Accelerogram+Fourier spectrum
J|0167|Bycroft,G.N.|The effect of soil-structure interaction on seismometer readings||Bull. seism. Soc. Am.:68:3:1978:823-842|Instrument+Site+Correction
J|0168|Smith,E.G.C.|Comments on ``A fast epicentre location program'' by C. Lomnitz||Bull. seism. Soc. Am.:68:3:1978:845-847||With a reply by the author
J|0169|Maley,R.P.|Strong-motion records from the Livermore, California earthquake of June 22, 1977||Bull. seism. Soc. Am.:68:3:1978:849-853|Strong-motion analysis+United States+Accelerogram||#*LIVERMORE
J|0170|Allen,R.V.|Tiltmeter observations near a large earthquake||Bull. seism. Soc. Am.:68:3:1978:855-857|Recording+Guatemala+1976||#*GUATEMALA
J|0171|Cramer,C.H.+Boore,D.M.|The effect of Nevada Test Site geology on absolute travel-time residuals at Matsushiro, Japan, and College, Alaska||Bull. seism. Soc. Am.:68:3:1978:859-862|Nevada test site+Travel-times+Underground nuclear explosion+Correction+United States
J|0172|Nordyke,M.|Review of ``Monitoring underground nuclear explosions'' by O. Dahlman and H. Israelson||Bull. seism. Soc. Am.:68:3:1978:863-864|Test ban+Discrimination
J|0173|Johnson,L.R.|Review of ``Some mathematical topics in seismology'' by R. Burridge||Bull. seism. Soc. Am.:68:3:1978:864|Mathematical geophysics
J|0174|Hayashida,Y.+Sonehara,Y.|Experimental study to calculate the geological structure of the Nara basin from vibration data|In Japanese with English abstract|Butsuri-Tanko:31:1:1978:1-7|Geology+Honshu+Japan+Seismicity
J|0175|Ohta,Y.+Goto,N.|Physical support for the velocity equation for S-waves obtained statistically, in terms of soil index|In Japanese with English abstract|Butsuri-Tanko:31:1:1978:8-17
J|0176|Tokarev,P.I.|On methods of predicting the eruption of Kamchatka volcanoes from seismological data|In Russian|Byull. vulkan. Sta.::53:1977:38-45|Prediction+USSR+Volcanism
J|0177|Tokarev,P.I.+Shirokov,V.A.|State and seismic regime of Avacha Volcano in the years 1971-1975|In Russian|Byull. vulkan. Sta.::53:1977:46-52|USSR+Volcanism+Seismicity
J|0178|Gorel'chik,V.I.+Stepanov,V.V.|Condition of Klyuchevskoy and Bezymyannaya volcanoes from data from detailed seismological observations in the years 1971-1973|In Russian|Byull. vulkan. Sta.::53:1977:53-60|USSR+Volcanism
J|0179|Shirokov,V.A.|Relation between the volcanic eruption of Kamchatka and the seismicity of the upper mantle|In Russian|Byull. vulkan. Sta.::54:1978:3-8|Volcanism+USSR
J|0180|Gorel'chik,V.I.|On the recording of weak volcanic earthquakes in the region of the Avacha Volcano|In Russian|Byull. vulkan. Sta.::54:1978:9-21|Volcanism+Seismicity+USSR
J|0181|Gavrilov,V.A.+Malkin,A.P.+Chebrov,V.N.|Choice of a radiotelemetric system for the collection of seismic information from the Avacha-Koryakskaya polygon|In Russian|Byull. vulkan. Sta.::54:1978:23-26|USSR+Volcanism+Recording
J|0182|Firstov,P.P.+Lemzikov,V.K.+Feofilaktov,V.D.|Seismic regime of Karym Volcano in 1975 and some problems concerning the prediction of the thermal eruption time|In Russian|Byull. vulkan. Sta.::54:1978:27-34|Seismicity+Volcanism
J|0183|McMechan,G.A.|Multiple water reflections recorded at the ocean bottom|With French abstract|Can. J. Earth Sci.:15:1:1978:78-85|Multiple reflexion+Prospecting+Marine seismic investigation+Ocean-bottom seismograph+Instrument
J|0184|Miller,H.G.|Three statistical tests for ``goodness of fit''|With French abstract|Can. J. Earth Sci.:15:1:1978:171-173|Data processing+Statistical method
J|0185|Stewart,I.C.F.|Teleseismic reflections and the Newfoundland lithosphere|With French abstract|Can. J. Earth Sci.:15:2:1978:175-180|Reflexion study+Crustal structure+Prospecting+Canada
J|0186|Ram,A.+Mereu,R.F.+Weichert,D.H.|The identification and interpretation of upper mantle travel-time branches from measurements of dT/dDelta made on data recorded at the Yellowknife seismic array|With French abstract|Can. J. Earth Sci.:15:2:1978:227-236|P-wave+Travel-times+California+Alaska+United States
J|0187|Green,A.G.+Hall,D.H.+Stephenson,O.G.|A sub-critical seismic crustal reflection survey over the Aulnea batholith, Kenora region, Ontario|With French abstract|Can. J. Earth Sci.:15:2:1978:301-315|Prospecting+Reflexion study+Crustal structure+Canada
J|0188|Bower,D.R.+Heaton,K.C.|Response of an aquifer near Ottawa to tidal forcing and the Alaskan earthquake of 1964|With French abstract|Can. J. Earth Sci.:15:3:1978:331-340|Canada+United States
J|0189|Dubois,J.+Dugas,F.+Lapouille,A.+Louat,R.|The troughs at the rear of the New Hebrides island arc: possible mechanisms of formations|With French abstract|Can. J. Earth Sci.:15:3:1978:351-360|Prospecting+Reflexion study+Asthenosphere+Benioff zone
J|0190|Jobert,G.+Bruneau,C.+Cisternas,A.|Linear inverse problem for spectral amplitudes: example of the vibrating cord|In French with English abstract|C. r. Acad. Sci., Paris, B:287:6:1978:153-155|Free oscillation+Volume wave
J|0191|Haessler,H.+Pho,H.T.+Wittlinger,G.|Microseismicity and tectonics: some results relating to the Arette region (Pyrenees Atlantiques)|In French with English abstract|C. r. Acad. Sci., Paris, D:286:18:1978:1285-1288|France+Spatial distribution+Seismicity
J|0192|Musayev,I.A.|Recording of the natural polarization potential in a borehole linked with earthquakes and the nature of the electric field|In Russian|Dokl. Akad. Nauk SSSR:236:5:1977:1102-1104|Geoelectricity+Epicentre
J|0193|Popov,M.M.|*On a method of calculating *geometric divergence in a heterogeneous medium with discontinuities|In Russian|Dokl. Akad. Nauk SSSR:237:5:1977:1059-1062|Refraction
J|0194|Belolikov,N.I.+Karus,Ye.V.+Kuznetsov,O.L.+|*Possibility of studying the state of *constraint in the earth's crust by means of geoseismic absorption models|In Russian|Dokl. Akad. Nauk SSSR:237:6:1977:1319-1321|Multiple cover+Prospecting
J|0195|Rykunov,L.N.+Khavroshkin,O.B.+Tsiplakov,V.V.|HF modulation of microseisms|In Russian|Dokl. Akad. Nauk SSSR:238:2:1978:303-306|Noise
J|0196|Osika,D.G.+Megayev,A.B.|Variation of the electrical conductivity of the Zuramakents thermal water in relation to the seismicity of the Dagestan syncline|In Russian|Dokl. Akad. Nauk SSSR:238:3:1978:558-560|Thermal regime+USSR+Prediction
J|0197|Shcherbakova,B.A.+Bovenko,V.G.+Hernandez,G.|Relief of the Mohorovicic surface in the region west of the island of Cuba|In Russian|Dokl. Akad. Nauk SSSR:238:3:1978:561-564|Prospecting+Mohorovicic discontinuity
J|0198|Zenkov,V.S.+Kalinnikov,I.I.+Nyunin,M.I.+|Equivalent noise temperature in the laboratory and earthquakes|In Russian|Dokl. Akad. Nauk SSSR:239:1:1978:74-76|Instrument+Thermal noise
J|0199|Gusev,A.A.+Pavlov,V.M.|Parameters of the system of integrals for the seismic focus, determined from the volume wave interference from a remote region|In Russian|Dokl. Akad. Nauk SSSR:239:2:1978:289-292|Moment+Dislocation
J|0200|Kopnichev,Yu.F.+Shpil'ker,G.L.|Parameters of high-frequency shocks from a seismic focus and model of severe displacement|In Russian|Dokl. Akad. Nauk SSSR:239:2:1978:293-296|Recording+Moment
J|0201|Kim,N.I.+Nikolayev,A.V.|Mode of variation of the parameters of seismic P-waves in north Tien-Shan|In Russian|Dokl. Akad. Nauk SSSR:239:3:1978:562-564|Recording
J|0202|Idarmachev,Sh.G.+Barsukov,O.M.|``Barrage'' earthquakes and variation of the electrical resistivity of rocks in the neighbourhood of the Chirkeisk Dam (Dagestan)|In Russian|Dokl. Akad. Nauk SSSR:240:2:1978:302-305|USSR+Dam+Man-made earthquake+Reservoir+Induced seismicity+Triggering agent
J|0203|Luk'yanchuk,N.K.|Knowledge of the zones of contact between the blocks of the earth's crust through the group velocity of surface waves|In Russian|Dokl. Akad. Nauk tadzhik. SSR:21:1:1978:25-28
J|0204|Mamadaliyev,Yu.A.+Khakimov,F.Kh.|Seismicity of the reservoir region of the Nurek hydroelectric plant as a function of its impounding to the second level|In Russian|Dokl. Akad. Nauk tadzhik. SSR:21:2:1978:28-31|Dam+Barrage+Man-made earthquake+Triggering agent+Induced seismicity
J|0205|Noja,C.|Proposed ideas for the reconstruction of Friuli|In Italian with English and French abstracts|Domus::583:1978:2-23|Italy+Building+Structure||#*FRIULI
J|0206|Sokolovskii,O.I.|Methods of resolving problems of suppression of regular interference waves|In Ukrainian with English and Russian abstracts|Dopov. Akad. Nauk ukr. SSR, B::10:1977:891-895|Wiener filter+Multichannel filter
J|0207|Whitmarsh,R.B.|Seismic refraction studies of the upper igneous crust in the North Atlantic and porosity estimates for layer 2||Earth planet. Sci. Lett.:37:3:1978:451-464|Refraction study+Prospecting+Atlantic Ocean+Igneous rock
J|0208|Vogt,P.R.|Long-wavelength gravity anomalies and intraplate seismicity||Earth planet. Sci. Lett.:37:3:1978:465-475|North Atlantic+Atlantic Ocean+Iceland
J|0209|Markl,R.G.|Basement morphology and rift geometry near the former junction of India, Australia, and Antarctica||Earth planet. Sci. Lett.:39:2:1978:211-225|Gravity+Geophysical prospecting
J|0210|Jongsma,D.+Mutter,J.C.|Non-axial breaching of a rift valley: evidence for Lord Howe Rise and the southeastern Australian margin||Earth planet. Sci. Lett.:39:2:1978:226-234|Prospecting+Reflexion study+Geology+Tasman Sea
J|0211|Stein,S.A.|A model for the relation between spreading rate and oblique spreading||Earth planet. Sci. Lett.:39::1978:313-318|Ridge+Transform fault+Energy+Dissipation
J|0212|Mart,Y.+Eisin,B.+Folkman,Y.|The Palmahim structure. A model of continuous tectonic activity since the Upper Miocene in the southeastern Mediterranean of Israel||Earth planet. Sci. Lett.:39:3:1978:328-334|Prospecting+Tectonics+Reflexion study
J|0213|Folkman,Y.+Bein,A.|Geophysical evidence for a pre-late Jurassic fossil continental margin oriented east-west under central Israel||Earth planet. Sci. Lett.:39:3:1978:335-340|Geophysical data+Prospecting
J|0214|Wong,H.L.+Luco,J.E.|Dynamic response of rectangular foundations to obliquely incident seismic waves||Earthq. Engng struct. Dyn.:6:1:1978:3-16|Soil+Structure
J|0215|Bielak,J.|Dynamic response of non-linear building-foundation systems||Earthq. Engng struct. Dyn.:6:1:1978:17-30|Soil+Structure
J|0216|Bertero,V.V.+Mahin,S.A.+Herrera,R.A.|Aseismic design implications of near-fault San Fernando earthquake records||Earthq. Engng struct. Dyn.:6:1:1978:31-42|United States+California+Accelerogram+Earthquake-resistant design+Building
J|0217|Ohta,Y.+Goto,N.+Kagami,H.+Shiono,K.|Shear wave velocity measurements during a standard penetration test||Earthq. Engng struct. Dyn.:6:1:1978:43-50
J|0218|Gutierrez,J.A.+Chopra,A.K.|A substructure method for earthquake analysis of structures including structure-soil interaction||Earthq. Engng struct. Dyn.:6:1:1978:51-60|Finite element method
J|0219|Miller,R.K.+Iwan,W.D.|The peak harmonic response of locally non-linear systems||Earthq. Engng struct. Dyn.:6:1:1978:79-87|Nonlinear response+Building+Structure
J|0220|Akkas,N.|Dynamic response of a submerged hemispherical shell to earthquake motions||Earthq. Engng struct. Dyn.:6:1:1978:89-97|Fluid
J|0221|Warburton,G.B.|Review of ``Nuclear explosions and earthquakes: the parted veil'' by B.A. Bolt||Earthq. Engng struct. Dyn.:6:1:1978:119|Discrimination
J|0222|Howells,D.A.|Review of ``Earthquake resistant design'' by D.J. Dowrick||Earthq. Engng struct. Dyn.:6:1:1978:119-120|Earthquake-resistant design+Earthquake engineering
J|0223|Powell,G.H.|Seismic response analysis of above-ground pipelines||Earthq. Engng struct. Dyn.:6:2:1978:157-165
J|0224|Ohta,Y.+Goto,N.|Empirical shear wave velocity equations determined from characteristic soil indexes||Earthq. Engng struct. Dyn.:6:2:1978:167-187
J|0225|McNiven,H.D.+Matzen,V.C.|A mathematical model to predict the inelastic response of a steel frame: formulation of the model||Earthq. Engng struct. Dyn.:6:2:1978:189-202|Inelasticity
J|0226|Matzen,V.C.+McNiven,H.D.|A mathematical model to predict the inelastic response of a steel frame: establishment of parameters from shaking table experiments||Earthq. Engng struct. Dyn.:6:2:1978:203-219|Inelasticity
J|0227|Cheung,Y.K.+Kasemset,C.|Approximate frequency analysis of shear wall frame structures||Earthq. Engng struct. Dyn.:6:2:1978:221-229|Building+Finite element method
J|0228|Dubois,J.J.+De Rouvray,A.L.|An improved fluid superelement for the coupled solid-fluid-surface wave dynamic interaction problem||Earthq. Engng struct. Dyn.:6:3:1978:235-245|Finite element method+Barrage+Dam+Reservoir
J|0229|Simpson,I.C.|On the interaction of Rayleigh surface waves with structures||Earthq. Engng struct. Dyn.:6:3:1978:247-263|Rayleigh wave+Soil
J|0230|Foutch,D.A.|The vibrational characteristics of a twelve-storey steel frame building||Earthq. Engng struct. Dyn.:6:3:1978:265-294|Finite element method+Structure
J|0231|Coull,A.+Mukherjee,P.R.|Natural vibrations of shear wall buildings on flexible supports||Earthq. Engng struct. Dyn.:6:3:1978:295-316|Flexing+Tower+Structure
J|0232|Rutenberg,A.+Gluck,J.+Reinhorn,A.|On the dynamic properties of asymmetric wall-frame structures||Earthq. Engng struct. Dyn.:6:3:1978:317-320|Dynamic characteristics+Building+Vibration
J|0233|Ahmadi,G.+Mostaghel,N.|On the stability of columns subjected to non-stationary random or deterministic support motion||Earthq. Engng struct. Dyn.:6:3:1978:321-326
J|0234|Allen,C.R.|Quaternary geology - an essential clue to evaluating seismicity||Earthq. Inf. Bull.:10:1:1978:4-11
J|0235|Bufe,C.G.+Harsh,P.W.+Burford,R.O.|Prediction without precursors: seismic slip along the Calaveras Fault, northern California||Earthq. Inf. Bull.:10:1:1978:12-15|United States
J|0236|Spall,H.|Gilbert White talks about natural hazards||Earthq. Inf. Bull.:10:1:1978:16-19|Natural disaster+Disaster+Catastrophe
J|0237||Predicting earthquakes along the major plate tectonic boundaries in the Pacific||Earthq. Inf. Bull.:10:1:1978:20-25|Plate tectonics+Boundary+Pacific Ocean+Prediction
J|0238|Von Hake,C.A.|Earthquake history of Washington||Earthq. Inf. Bull.:10:1:1978:28-33|Seismicity+United States+Washington State
J|0239|Turner,R.H.|The challenge of earthquake prediction||Earthq. Inf. Bull.:10:2:1978:40-41
J|0240|Reasenberg,P.|Unusual animal behaviour before earthquakes||Earthq. Inf. Bull.:10:2:1978:42-50|Precursor+Prediction
J|0241|Wesson,R.L.|Searching for seismic precursors to earthquakes in central California||Earthq. Inf. Bull.:10:2:1978:51-54|United States+Prediction
J|0242||Water-level changes and earthquake prediction||Earthq. Inf. Bull.:10:2:1978:55-59|Precursor
J|0243|Von Hake,C.A.|Earthquake history of West Virginia||Earthq. Inf. Bull.:10:2:1978:62-65|Seismicity+United States
J|0244|Wallace,R.E.|How often will earthquakes recur on the San Andreas Fault?||Earthq. Inf. Bull.:10:3:1978:76-81|California+United States+Recurrence
J|0245|Johnston,M.J.S.|Tectonomagnetic effects||Earthq. Inf. Bull.:10:3:1978:82-87|Garlock fault+California+United States+Owens Valley+1974+Hollister+San Andreas Fault||#*HOLLISTER
J|0246|Castle,R.O.|Levelling surveys and the southern California uplift||Earthq. Inf. Bull.:10:3:1978:88-92|United States
J|0247|Hunter,R.N.+Derr,J.S.|Prediction monitoring and evaluation programme: a progress report||Earthq. Inf. Bull.:10:3:1978:93-96
J|0248|Von Hake,C.A.|Earthquake history of Wisconsin||Earthq. Inf. Bull.:10:3:1978:101-103|United States+Seismicity
J|0249|Person,W.J.|Significant earthquakes of the world, 1977||Earthq. Inf. Bull.:10:3:1978:105-108|Seismicity+Global seismicity
J|0250|Spall,H.|Review of ``Forces of Nature'' by V. Fuchs||Earthq. Inf. Bull.:10:3:1978:109-110|Earthquake+Natural disaster+Catastrophe+Disaster
J|0251|Hays,W.W.|Review of ``Global earthquake monitoring: its uses, potentials, and support requirements'' by the Panel on Seismograph Networks of the National Academy of Sciences, Washington||Earthq. Inf. Bull.:10:3:1978:110|Network
J|0252|Hays,W.W.|Review of ``Trends and opportunities in seismology'' by the Committee on Seismology, National Academy of Sciences, Washington||Earthq. Inf. Bull.:10:3:1978:110
J|0253|Stauder,W.|Review of ``The New Madrid earthquakes of 1811-1812'' by J. Penick||EOS. Trans. Am. geophys. Un.:59:1:1978:17-18|Mississippi Valley+Missouri+United States
J|0254|Spence,W.+Pakiser,L.C.|Conference report: Toward earthquake prediction on the global scale||EOS. Trans. Am. geophys. Un.:59:1:1978:36-42|World+Seismicity+Global seismicity
J|0255||Do rapid uplifts precede large earthquakes?||EOS. Trans. Am. geophys. Un.:59:2:1978:77|Precursor
J|0256||Caltech studies reveal microquake swarms before earthquakes||EOS. Trans. Am. geophys. Un.:59:3:1978:126-127|Precursor+Microearthquake
J|0257|Gangi,A.F.|Review of ``Rock dynamics and geophysical exploration. Introduction to stress waves in rocks. Developments in geotechnical engineering, 8'' by L. Persen||EOS. Trans. Am. geophys. Un.:59:3:1978:131-132|Geophysical prospecting
J|0258|Acharya,H.K.|Sixth world conference on earthquake engineering|A report|EOS. Trans. Am. geophys. Un.:59:3:1978:152-153
J|0259||Maine is first in series of state earthquake maps||EOS. Trans. Am. geophys. Un.:59:4:1978:194|History+United States+Seismicity
J|0260||U.S. earthquake research efforts will double||EOS. Trans. Am. geophys. Un.:59:4:1978:195|United States+California+Uplift
J|0261|Knopoff,L.|Review of ``The earth's density'' by K.E. Bullen||EOS. Trans. Am. geophys. Un.:59:4:1978:198-201
J|0262||Caltech engineers shake earth dam in quake study||EOS. Trans. Am. geophys. Un.:59:5:1978:454|Vibration+Santa Felicia Dam+Earthquake-resistant design+Shaking+United States
J|0263||Quake predictions seen as federal responsibility||EOS. Trans. Am. geophys. Un.:59:6:1978:530|Hazard+Public reaction
J|0264||The real problem with using an array processor||EOS. Trans. Am. geophys. Un.:59:6:1978:531|Data processing+Computer+Reflexion study
J|0265||Seismic signal delays documented in 1975 earthquake||EOS. Trans. Am. geophys. Un.:59:6:1978:532|Kalapana+Hawaii+Hilo+Arrival time+Precursor||#*HILO
J|0266|Blandford,R.R.|Review of ``Monitoring underground nuclear explosions'' by O. Dahlman and H. Israelson||EOS. Trans. Am. geophys. Un.:59:6:1978:542|Test ban+Discrimination
J|0267|Burkhardt,O.|Setting up of an organization for help in the case of earthquakes|In German|Gaz Eaux Eaux usees:58:1:1978:54-58|Water facilities
J|0268|Bondarenko,A.N.+Drobot,Yu.B.+Trotsenko,V.P.|Measurement of microdisplacements by a laser interferometer|In Russian|Geodeziya Kartogr.::1:1978:27-29|Recording+Instrument
J|0269|Singh,S.K.+Wyss,M.|Source parameters of the Orizaba earthquake of August 28, 1973|With Spanish abstract|Geofis. int.:16:3:1976:165-184|Mexico+Veracruz||#*PUEBLA
J|0270|Sagalova,Ye.A.|Characteristics of the seismic process in the period preceding the Carpathians earthquake of 4th March 1977|In Russian with English abstract|Geofiz. Sb.::81:1978:3-9|Precursor+Romania+Vrancea||#*ROMANIAN
J|0271|Timoshin,Yu.V.|Automatic transformation of seismograms and seismic profiles|In Russian with English abstract|Geofiz. Sb.::81:1978:40-44|Prospecting+Filtering
J|0272|Mostovoi,S.V.|Estimation of the number of signals forming a wave field|In Russian with English abstract|Geofiz. Sb.::81:1978:48-50|Prospecting
J|0273|Kutas,V.V.|Application of the spectral characteristics of the crust to the calibration of seismic stations|In Russian with English abstract|Geofiz. Sb.::81:1978:51-55|Network
J|0274|Sobakar,G.T.+Deineko,V.I.|Spatial-temporal correlations between the quasi-periodic variations of gravity, solar activity, seismic energy, and the structure of the earth's crust|In Russian with English abstract|Geofiz. Sb.::82:1978:3-8|Crustal structure+Sun+Space-time pattern
J|0275|Kharitonov,O.M.|Methods of studying the spectral characteristics of heterogeneous layered media when approximating seismic rays|In Russian with English abstract|Geofiz. Sb.::82:1978:44-54|Spectral analysis+Layered medium+Heterogeneous medium
J|0276|Gerasimenko,A.N.|Reciprocity principle in seismic prospecting by reflexion and refraction methods|In Russian with English abstract|Geofiz. Sb.::82:1978:55-60
J|0277|Kurbanov,M.K.+Rzhnitsyn,V.A.|Establishment of a density model of the earth's crust of western Turkmeniya|In Russian with English abstract|Geofiz. Sb.::82:1978:67-74|Prospecting+Deep seismic sounding+Gravimetric data+USSR
J|0278|Gerasimenko,A.N.|Some integral representations of space-time functions in problems of seismic holography|In Russian with English abstract|Geofiz. Sb.::83:1978:47-53|Space-time pattern+Data processing
J|0279|Kmet',A.A.|Formation of a primary signal under the action of a partial multiple reflexion|In Russian with English abstract|Geofiz. Sb.::83:1978:68-71|Prospecting
J|0280|Spirtus,V.B.|On the calculation of day surface displacements for a longitudinal incident wave directed from below to the inclined media interface|In Russian with English abstract|Geofiz. Sb.::83:1978:72-78|P-wave+S-wave
J|0281|Fotiadi,E.E.+Surkov,V.S.+Grishin,M.P.+Zhero,O.G.|Regional geophysical studies of the earth's crust in Siberia|In Russian|Geologiya Geofiz. Novosibirsk::1:1978:90-95|USSR+Regional study+Geophysical investigation
J|0282|Rudnitskaya,D.I.+Frolova,L.A.+Chernyak,V.S.|Integral seismic velocities applied to lithologic studies of the west Siberian platform|In Russian|Geologiya Geofiz. Novosibirsk::1:1978:96-104|Velocity+USSR+Lithosphere
J|0283|Klem-Musatov,K.D.|Diffraction at the block-plane reflective-refractive boundaries (Two-dimensional case)|In Russian with English abstract|Geologiya Geofiz. Novosibirsk::1:1978:105-114|Boundary+Reflexion+Refraction
J|0284|Nikol'skii,E.V.|Solution of direct dynamic problems by equivalent system methods|In Russian with English abstract|Geologiya Geofiz. Novosibirsk::2:1978:79-89|Mathematical model+Heterogeneous medium+Dynamics
J|0285|Mitrofanov,G.M.|Introduction of successive clarification into the assessment of linear factors in the interpretation of seismic survey data|In Russian with English abstract|Geologiya Geofiz. Novosibirsk::2:1978:109-122|Prospecting
J|0286|Vasil'ev,S.A.|Separation and suppression of regular seismic waves, based on the formation of periodic functions|In Russian with English abstract|Geologiya Geofiz. Novosibirsk::2:1978:134-138
J|0287|Klem-Musatov,K.D.|Formulae for the amplitudes of diffracted waves|In Russian with English abstract|Geologiya Geofiz. Novosibirsk::3:1978:123-139
J|0288|Trigubov,A.V.|On the mechanism of the barrier source of transverse waves|In Russian with English abstract|Geologiya Geofiz. Novosibirsk::3:1978:140-148
J|0289|Aleinikov,A.L.+Lichman,P.P.+Nemzorov,N.I.+Khalevin,N.I.|Elastic wave velocity in Ural bauxites|In Russian with English abstract|Geologiya Geofiz. Novosibirsk::3:1978:149-152|Urals
J|0290|Shvartsman,Yu.P.|Iterational algorithms for the solution of a set of static correction equations|In Russian with English abstract|Geologiya Geofiz. Novosibirsk::4:1978:76-85
J|0291|Gol'din,S.V.+Chernyak,V.S.+Kurdyukova,T.V.|Curvature of the seismic wavefront in laminar-gradient media (Plane problems)|In Russian with English abstract|Geologiya Geofiz. Novosibirsk::4:1978:118-124|Layered medium
J|0292|Chernyak,V.S.|Rapid construction of RW-hodographs for a layered medium model with curvilinear boundaries|In Russian with English abstract|Geologiya Geofiz. Novosibirsk::5:1978:131-136|Prospecting+Curved boundary
J|0293|Golenetskii,S.I.+Nikolayev,V.V.+Sarapulov,A.D.|New manifestations of seismicity in the Upper Pri-Amur|In Russian with English abstract|Geologiya Geofiz. Novosibirsk::6:1978:69-76|Tectonics+USSR
J|0294|Sibiryakov,B.P.+Blagovidova,T.Ya.+Trigubov,A.V.|On the theory of the deep-seated source of transverse waves|In Russian with English abstract|Geologiya Geofiz. Novosibirsk::6:1978:93-102|Mathematical model
J|0295|Gol'din,S.V.+Chernyak,V.S.+Sudvarg,D.I.|Evaluation of the parameters of the velocity model of a medium in the light of iterated tracing of reflected waves|In Russian with English abstract|Geologiya Geofiz. Novosibirsk::6:1978:103-114|Multiple reflexion
J|0296|Tobyas,V.+Teikari,P.+Vesanen,E.|Magnification of WWSS long-period seismographs||Geophysica:14:2:1977:251-276|World wide standard seismograph+Instrument+Calibration
J|0297|Lofthouse,J.H.+Bennett,G.T.|Extended arrays for marine seismic acquisition||Geophysics:43:1:1978:3-22|Prospecting+Marine seismic investigation
J|0298|Stolt,R.H.|Migration by Fourier transform||Geophysics:43:1:1978:23-48|Data processing
J|0299|Schneider,W.A.|Integral formulation for migration in two and three dimensions||Geophysics:43:1:1978:49-76|Data processing
J|0300|Robinson,J.C.+Robbins,T.R.|Dip-domain migration of two-dimensional seismic profiles||Geophysics:43:1:1978:77-98|Data processing
J|0301|Mendel,J.M.+Kormylo,J.|Single-channel white-noise estimators for deconvolution||Geophysics:43:1:1978:102-124|Kalman filter+Filtering
J|0302|Ford,W.T.|Optimum mixed delay spiking filters||Geophysics:43:1:1978:125-132|Deconvolution+Filtering+Wavelet shaping
J|0303|Mereu,R.F.|A computer program to obtain the weights of a time-domain wave-shaping filter which is optimum in an error-distribution sense||Geophysics:43:1:1978:197-215|Time domain+Filtering+Deconvolution
J|0304|Abo-Zena,A.M.|Review of ``Seismic risk and engineering decisions'' edited by C. Lomnitz and E. Rosenblueth||Geophysics:43:1:1978:230-231|Geotechnical engineering+Earthquake engineering
J|0305|Mercado,E.|Maximum likelihood filtering of reflection seismograph data||Geophysics:43:3:1978:497-513|Reflexion+Prospecting+Multichannel filter
J|0306|Ibrahim,A-B.K.+Latham,G.V.|A comparison between sonobuoy and ocean bottom seismograph data and crustal structure of the Texas shelf zone||Geophysics:43:3:1978:514-527|Ocean-bottom seismograph+United States+Instrument
J|0307|Levin,F.K.|The reflection, refraction and diffraction of waves in media with an elliptical velocity dependence||Geophysics:43:3:1978:528-537|Reflexion
J|0308|Pilant,W.L.|Review of ``Nuclear explosions and earthquakes: the parted veil'' by B.A. Bolt||Geophysics:43:3:1978:640-641|Discrimination
J|0309|Pilant,W.L.|Review of ``Monitoring underground nuclear explosions'' by O. Dahlman and H. Israelson||Geophysics:43:3:1978:641-642|Test ban+Discrimination
J|0310|Dehlinger,P.|Review of ``Physics of the Earth, 2nd edition'' by F.D. Stacey||Geophysics:43:3:1978:642|Geophysics
J|0311|Sinha,A.K.|Review of ``Foundations of geophysics'' by A.E. Scheidegger||Geophysics:43:3:1978:645-646
J|0312|Johnsen,S.J.+Andersen,N.|On power estimation in maximum entropy spectral analysis||Geophysics:43:4:1978:681-690
J|0313|Schultz,P.S.+Claerbout,J.F.|Velocity estimation and downward continuation by wavefront synthesis||Geophysics:43:4:1978:691-714|Migration+Reflexion study
J|0314|Wood,L.C.+Heiser,R.C.+Treitel,S.+Riley,P.L.|The debubbling of marine source signatures||Geophysics:43:4:1978:715-729|Marine seismic investigation+Seismogram
J|0315|Schoenberger,M.+Levin,F.K.|Apparent attenuation due to intrabed multiples, 2||Geophysics:43:4:1978:730-737
J|0316|Robinson,E.A.|Review of ``Transient waves in viscoelastic media'' by N.H. Ricker||Geophysics:43:4:1978:833-834|Wavelet shaping+Viscoelastic solid+Prospecting+Solid-earth geophysics+Acoustics
J|0317|Kazi,M.H.|The Love wave scattering matrix for a continental margin (Theoretical)||Geophys. J. R. astr. Soc.:52:1:1978:25-44|Mathematical model
J|0318|Walcott,R.I.|Present tectonics and late Cenozoic evolution of New Zealand||Geophys. J. R. astr. Soc.:52:1:1978:137-164|Cenozoic structure+Seismicity
J|0319|Goda,M.A.A.+Rao,C.R.A.|P-wave seismograms from continuously varying transition zones. 1. Acoustic media||Geophys. J. R. astr. Soc.:52:1:1978:165-181|P-wave+Acoustic medium+Theoretical seismogram+Fourier transform
J|0320|Goda,M.A.A.+Rao,C.R.A.|P-wave seismograms from continuously varying transition zones. 2. Elastic media||Geophys. J. R. astr. Soc.:52:1:1978:183-200|P-wave+Theoretical seismogram+Fourier transform+Elastic medium
J|0321|Kennett,B.L.N.+Kerry,N.J.+Woodhouse,J.H.|Symmetries in the reflection and transmission of elastic waves||Geophys. J. R. astr. Soc.:52:2:1978:215-229|Reflexion
J|0322|Zamani,A.+Murrell,S.A.F.|Body-wave spectral structure of 14 earthquakes with mb>=6.0 determined from long-period records of WWSSN stations for 1964-74||Geophys. J. R. astr. Soc.:52:2:1978:231-240|Body wave+1964-1974+Amplitude+Iran+Fiji+Tonga+South America+Kermadec Ridge
J|0323|Srivastava,S.P.|Evolution of the Labrador Sea and its bearing on the early evolution of the North Atlantic||Geophys. J. R. astr. Soc.:52:2:1978:313-357|Atlantic Ocean+Geology+Geomagnetic investigation+Gravimetric data
J|0324|Strelitz,R.A.|Moment tensor inversions and source models||Geophys. J. R. astr. Soc.:52:2:1978:359-364|Mathematical model+Seismic moment tensor
J|0325|Hudson,J.A.|Review of ``Physics of the Earth, 2nd edition'' by F.D. Stacey||Geophys. J. R. astr. Soc.:52:2:1978:366|Geophysics
J|0326|Stuart,G.W.|The upper mantle structure of the North Sea region from Rayleigh wave dispersion||Geophys. J. R. astr. Soc.:52:3:1978:367-382|Low-velocity layer
J|0327|Jordan,T.H.|A procedure for estimating lateral vibrations from low-frequency eigenspectra data||Geophys. J. R. astr. Soc.:52:3:1978:441-455|Spectral analysis+Free oscillation+Eigenperiod
J|0328|Buland,R.+Gilbert,F.|Improved resolution of complex eigenfrequencies in analytically continued seismic spectra||Geophys. J. R. astr. Soc.:52:3:1978:457-470|Eigenperiod+Spectral analysis+Free oscillation
J|0329|Minster,J.B.|Transient and impulse responses of a one-dimensional linearly attenuating medium. 1. Analytical results||Geophys. J. R. astr. Soc.:52:3:1978:479-501|Plane wave+Attenuation
J|0330|Minster,J.B.|Transient and impulse responses of a one-dimensional linearly attenuating medium. 2. A parametric study||Geophys. J. R. astr. Soc.:52:3:1978:503-524|Plane wave+Attenuation
J|0331|Kennett,B.L.N.|Review of ``Transient waves in viscoelastic media'' by N.H. Ricker||Geophys. J. R. astr. Soc.:52:3:1978:531|Wavelet shaping+Viscoelastic solid+Prospecting+Solid-earth geophysics+Acoustics
J|0332|Mantovani,E.|Generation of complete theoretical seismograms for SH. 3||Geophys. J. R. astr. Soc.:53:1:1978:55-60|SH-wave+Recording+Synthetic seismogram+Seismogram
J|0333|Bonafede,M.+Boschi,E.|Energy release in faulting processes in a pre-stressed self-gravitating rotating earth model||Geophys. J. R. astr. Soc.:53:1:1978:79-85
J|0334|Rynn,J.M.W.+Scholz,C.H.|Study of the seismic velocity ratio for several regions of the South Island, New Zealand: evaluation of regional ts/tp and near source Vp/Vs values||Geophys. J. R. astr. Soc.:53:1:1978:87-112|Precursor+Temporal variation+Regional study+P-wave+S-wave+Travel-times
J|0335|Ambraseys,N.N.|The relocation of epicentres in Iran||Geophys. J. R. astr. Soc.:53:1:1978:117-121
J|0336|Thomas,J.H.+Marshall,P.D.+Douglas,A.|Rayleigh-wave amplitudes from earthquakes in the range 0-150degrees||Geophys. J. R. astr. Soc.:53:2:1978:191-200|Rayleigh wave
J|0337|Francis,T.J.G.+Porter,I.T.+Lilwall,R.C.|Microearthquakes near the eastern end of St Paul's fracture zone||Geophys. J. R. astr. Soc.:53:2:1978:201-217|Ocean-bottom seismograph+Seismograph+Instrument+Crustal structure+Seismicity+North Atlantic+Atlantic Ocean
J|0338|Nolet,G.+Kennett,B.L.N.|Normal-mode representations of multiple-ray reflections in a spherical earth||Geophys. J. R. astr. Soc.:53:2:1978:219-226|Reflexion+Normal mode+Multiple reflexion
J|0339|Kazi,M.H.|The Love wave scattering matrix for a continental margin (Numerical)||Geophys. J. R. astr. Soc.:53:2:1978:227-243
J|0340|Searle,R.C.+Whitmarsh,R.B.|The structure of King's Trough, Northeast Atlantic, from bathymetric, seismic and gravity studies||Geophys. J. R. astr. Soc.:53:2:1978:259-287|Crustal structure+Bathymetric study+Gravimetric data+Prospecting+North Atlantic+Atlantic Ocean
J|0341|Robinson,E.A.+Treitel,S.|The fine structure of the normal incidence synthetic seismogram||Geophys. J. R. astr. Soc.:53:2:1978:289-309|Seismogram+Reflexion+Prospecting
J|0342|Ohnaka,M.|Application of some dynamic properties of stick-slip to earthquakes||Geophys. J. R. astr. Soc.:53:2:1978:311-318|Dynamic characteristics+Rock mechanics
J|0343|Woodhouse,J.H.+Dahlen,F.A.|The effect of a general spherical perturbation on the free oscillations of the Earth||Geophys. J. R. astr. Soc.:53:2:1978:335-354
J|0344|Kennett,B.L.N.+Nolet,G.|Resolution analysis for discrete systems||Geophys. J. R. astr. Soc.:53:2:1978:413-425|Inverse problem
J|0345|Agrawal,R.C.|The GH branch of PKP from deep-focus earthquakes||Geophys. J. R. astr. Soc.:53:3:1978:459-465|PKP-wave+Travel-times+India
J|0346|Crampin,S.|Seismic-wave propagation through a cracked solid: polarization as a possible dilatancy diagnostic||Geophys. J. R. astr. Soc.:53:3:1978:467-496|P-wave+S-wave+Rock mechanics+Precursor
J|0347|Sailor,R.V.+Dziewonski,A.M.|Measurements and interpretation of normal mode attenuation||Geophys. J. R. astr. Soc.:53:3:1978:559-581|Free oscillation+Q+Lower mantle
J|0348|Doornbos,D.J.|On seismic-wave scattering by a rough core-mantle boundary||Geophys. J. R. astr. Soc.:53:3:1978:643-662|PKP-wave+Dispersion+Mathematical model
J|0349|Okal,E.A.|Observed very long period Rayleigh-wave phase velocities across the Canadian shield||Geophys. J. R. astr. Soc.:53:3:1978:663-668|Canadian Shield+Rayleigh wave+Phase velocity
J|0350|Cook,A.H.|Review of ``Introduction to digital filtering in geophysics'' by O. Kulhanek||Geophys. J. R. astr. Soc.:53:3:1978:669-670|Digital filter technique
J|0351|Kennett,B.L.N.|Review of ``Practice of seismic surveying and interpretation'' by R. Meissner and L. Stegena||Geophys. J. R. astr. Soc.:53:3:1978:670-671|Field work
J|0352|Saini,S.L.+Singh,S.J.|Reflection of SH waves from an inhomogeneous half-space||Geophys. Res. Bull. N.G.R.I. Hyderabad:15:3:1977:1-12|SH-wave+Reflexion study+Inhomogeneous medium
J|0353|Freystatter,S.+Dresen,L.|The influence of obliquely dipping discontinuities on the use of Rayleigh channel waves for the in-seam seismic reflection method||Geophys. Prospect.:26:1:1978:1-15|Discontinuity+Rayleigh wave+Mine+Reflexion study
J|0354|Buchanan,D.J.|The propagation of attenuated SH channel waves||Geophys. Prospect.:26:1:1978:16-28|Attenuation+SH-wave+Mine+Discontinuity
J|0355|Ruter,H.+Schepers,R.|Investigation of the seismic response of cyclically layered carboniferous rock by means of synthetic seismograms||Geophys. Prospect.:26:1:1978:29-47|Seismogram+Reflexion+Mine+Layered medium
J|0356|Laski,J.D.|Transformation of time-distance curves of diving waves into a multilayered model||Geophys. Prospect.:26:1:1978:48-81|Layered medium
J|0357|Gupta,S.K.|Reflections and refractions from curved interfaces: model study||Geophys. Prospect.:26:1:1978:82-96|Reflexion+Curved boundary+Layered medium
J|0358|Hun,F.|Correlation between seismic reflection amplitude and well productivity - a case study||Geophys. Prospect.:26:1:1978:157-162|Reflexion+Prospecting+Data processing+Natural resources
J|0359|Boisse,S.|Calculation of velocity from seismic reflection amplitude||Geophys. Prospect.:26:1:1978:163-174|Reflexion+Prospecting+Spectral analysis
J|0360|Bernhardt,T.+Peacock,J.H.|Encoding techniques for the Vibroseis system||Geophys. Prospect.:26:1:1978:184-193|Prospecting
J|0361|Gupta,V.K.+Ramani,N.|A note on convolution and padding for two-dimensional data||Geophys. Prospect.:26:1:1978:214-217|Data processing
J|0362|Deregowski,S.M.|Self-matching deconvolution in the frequency domain||Geophys. Prospect.:26:1:1978:252-290
J|0363|Lines,L.R.+Ulrych,T.J.|Corrections to ``The old and the new in seismic deconvolution and wavelet estimation''||Geophys. Prospect.:26:1:1978:293|Corrigenda+Data processing+Wavelet shaping
J|0364|Singh,S.|An iterative method for detailed depth determination from refraction data for an uneven interface||Geophys. Prospect.:26:2:1978:303-311|Prospecting+Refraction study
J|0365|Tufekcic,D.|A prediction of sedimentary environment from marine seismic data||Geophys. Prospect.:26:2:1978:329-336|Marine seismic investigation+Prospecting+Adriatic+Stratigraphy
J|0366|Roksandic,M.M.|Seismic facies analysis concepts||Geophys. Prospect.:26:2:1978:383-398|Prospecting+Stratigraphy+Sedimentary rock
J|0367|Nielsen,P.H.|Calculation of synthetic reflection seismograms in the frequency domain||Geophys. Prospect.:26:2:1978:399-406|Reflexion study+Prospecting+Synthetic seismogram
J|0368|Nilsen,A.+Gjevik,B.|Inversion of reflection data||Geophys. Prospect.:26:2:1978:421-432|Reflexion study+Prospecting
J|0369|Adams,W.M.|A triggering digital seismograph utilizing microprocessor with memory for preserving first-motion information||Geophys. Prospect.:26:2:1978:433-441|Instrument+First motion
J|0370|Safar,M.H.|Reply to comments on ``The radiation of acoustic waves from an air-gun'' by A. Ziolkowski||Geophys. Prospect.:26:2:1978:464-476|Air cannon+Instrument+Prospecting
J|0371|Banerjee,B.+Gupta,S.K.|Corrections to ``Hidden layer problem in seismic refraction work''||Geophys. Prospect.:26:2:1978:485|Refraction study+Layered medium+Prospecting+Corrigenda
J|0372|Nag,K.R.+Pal,P.C.|Disturbance of SH-type due to shearing stress discontinuity in a layered half-space||Geophys. Res. Bull. N.G.R.I. Hyderabad:15:3:1977:13-22|SH-wave+Layered medium
J|0373|Lyubimova,E.A.+Anan'in,I.V.|A relationship between thermal and seismogenic regimes of the east-European platform and its southern orogeny||Geophys. Res. Bull. N.G.R.I. Hyderabad:15:3:1977:27-33|Geothermy+Seismicity
J|0374|De,S.|Influence of initial stress on the wave propagation in crystalline media||Geophys. Res. Bull. N.G.R.I. Hyderabad:15:3:1977:35-48|Rayleigh wave+Love wave+Anisotropy
J|0375|Kumari,U.|Love waves in laterally and vertically heterogeneous transversely isotropic layered media||Geophys. Res. Bull. N.G.R.I. Hyderabad:15:3:1977:49-64|Layered medium+Heterogeneous medium+Isotropic medium
J|0376|De,S.|Errata to ``Influence of initial stress on the wave propagation in crystalline media''||Geophys. Res. Bull. N.G.R.I. Hyderabad:15:4:1977:141-142|Rayleigh wave+Love wave+Anisotropy
J|0377|Chatterji,P.C.+Rao,V.S.|A tentative seismic (refraction) velocity scale for ground water exploration in Indian arid zone||Geophys. Res. Bull. N.G.R.I. Hyderabad:15:4:1977:71-81|Refraction study+Groundwater+Underground water+Prospecting
J|0378|Rani,A.|Theoretical seismograms for a single force in a half-space lying over another half-space. 1. Vertical force||Geophys. Res. Bull. N.G.R.I. Hyderabad:15:4:1977:123-139|Seismogram+Semi-infinite medium
J|0379|Chattopadhyay,A.+Kar,B.K.|On the dispersion curves of Love-type waves in an initially stressed crustal layer having an irregular interface||Geophys. Res. Bull. N.G.R.I. Hyderabad:16:1:1978:13-23|Love wave+Layered medium
J|0380|Rao,B.K.+Kumar,K.+Tajuddin,M.|Reflection of plane waves at the free surface of a semi-infinite poro-elastic medium||Geophys. Res. Bull. N.G.R.I. Hyderabad:16:1:1978:41-45|Semi-infinite medium+Elastic medium+Reflexion study+Porous medium
J|0381|Das,N.C.+Bhattacharya,S.K.|Love waves in elastic media in presence of magnetic field||Geophys. Res. Bull. N.G.R.I. Hyderabad:16:2:1978:105-110|Elastic medium
J|0382|Hartzell,S.H.|Earthquake aftershocks as Green's functions||Geophys. Res. Lett.:5:1:1978:1-4|Mathematical model
J|0383|O'Connell,R.J.+Budiansky,B.|Measures of dissipation in viscoelastic media||Geophys. Res. Lett.:5:1:1978:5-8|Viscoelastic solid+Q
J|0384|Chou,C-W.+Crosson,R.S.|Search for time-dependent seismic P travel times from mining explosions near Centralia, Washington||Geophys. Res. Lett.:5:2:1978:97-100|P-wave+Travel-times+Washington State+Mine+Precursor+United States
J|0385|Liu,H-P.+Hagman,R.L.+Scott,R.F.|Centrifuge modelling of earthquakes||Geophys. Res. Lett.:5:5:1978:333-336|Rock mechanics
J|0386|Spudich,P.K.+Salisbury,M.H.+Orcutt,J.A.|Ophiolites found in oceanic crust||Geophys. Res. Lett.:5:5:1978:341-344|P-wave+S-wave+Igneous rock
J|0387|Campbell,D.L.|Investigation of the stress-concentration mechanism for intraplate earthquakes||Geophys. Res. Lett.:5:6:1978:477-479|Seismicity
J|0388|Estill,R.E.+Odegard,M.E.|Hawaiian Ridge seismicity from the Makapuu ocean bottom seismograph||Geophys. Res. Lett.:5:6:1978:485-486|Ocean-bottom seismograph+Volcanism+Spatial distribution
J|0389|Evans,J.R.+Suyehiro,K.+Sacks,I.S.|Mantle structure beneath the Japan Sea. A re-examination||Geophys. Res. Lett.:5:6:1978:487-490|Love wave+Rayleigh wave+Prospecting
J|0390|Savit,C.H.|Exploration geophysics||GeoTimes:28:1:1978:26|1977+United States
J|0391|Uhrhammer,R.|Seismology||GeoTimes:28:1:1978:45-46|1977+United States
J|0392|Okal,E.A.+Anderson,D.L.|Theoretical models for Mars and their seismic properties||Icarus:33:3:1978:514-528|Seismicity
J|0393|Robinson,E.A.|Geophysical exploration for petroleum and natural gas||I.E.E.E. Trans. Geosci. Electronics:15:1:1977:3-11|Geophysical prospecting+Data processing+Recording+Deconvolution
J|0394|Treitel,S.+Robinson,E.A.|Deconvolution - homomorphic or predictive||I.E.E.E. Trans. Geosci. Electronics:15:1:1977:11-13|Prospecting+Data processing
J|0395|Griffiths,L.J.+Prieto-Diaz,R.|Spectral analysis of natural seismic events using autoregressive techniques||I.E.E.E. Trans. Geosci. Electronics:15:1:1977:13-25|Autoregression+Prospecting+Data processing+Recording
J|0396|Landers,T.E.+Lacoss,R.T.|Some geophysical applications of autoregressive spectral estimates||I.E.E.E. Trans. Geosci. Electronics:15:1:1977:26-32|Data processing+Spectral analysis+Autoregression
J|0397|Mendel,J.M.+Kormylo,J.|New fast optimal white-noise estimators for deconvolution||I.E.E.E. Trans. Geosci. Electronics:15:1:1977:32-41|Prospecting+Data processing
J|0398|Blackinton,J.G.+Odegard,M.E.|An ocean-bottom seismograph using digital telemetry and floating-point conversion||I.E.E.E. Trans. Geosci. Electronics:15:2:1977:74-82|Instrument
J|0399|Asten,M.W.|Theory and practice of geophone calibration in situ using a modified step method||I.E.E.E. Trans. Geosci. Electronics:15:4:1977:208-214|Instrument+Prospecting
J|0400|Poggiagliolmi,E.|Slashes on seismic records||I.E.E.E. Trans. Geosci. Electronics:15:4:1977:215-227|Recording+Noise
J|0401|Menegotto,M.+Via,G.|Consideration of the seismic behaviour of beam-column joints in reinforced concrete and in prestressed concrete|In Italian with French, English and German abstracts|Industria ital. Cem.:48:3:1978:181-190
J|0402|Mele,M.|Repair of damaged buildings and strengthening of structures in reinforced concrete and in steel|In Italian|Industria ital. Cem.:48:5:1978:3-17
J|0403|Arieh,E.+Peled,U.+Kafri,V.+Shaal,B.|The Jordan Valley earthquake of September 2, 1973||Israel J. Earth-Sci.:26:3-4:1977:112-118|Israel+Intensity
J|0404|Vered,M.|The probable maximum earthquake magnitude associated with the Jordan rift||Israel J. Earth-Sci.:27:1-2:1978:82-84|Maximum magnitude+Tectonics+Middle East+Prediction
J|0405|Karapetyan,N.K.+Manukyan,Zh.O.|Repartition map of maximum likelihood of earthquakes in Armenia, from seismological data|In Russian with Armenian abstract|Izv. Akad. Nauk armyan. SSR, Nauki Zemle:30:2:1977:51-58|USSR+Seismicity+Spatial distribution
J|0406|Tamrazyan,G.P.|Periodicity and prediction of moonquakes|In Russian with Armenian abstract|Izv. Akad. Nauk armyan. SSR, Nauki Zemle:30:3:1977:3-10|Lunar seismology
J|0407|Karapetyan,N.K.|State of constraint at the foci of earthquakes in Armenia and mechanism of their generation|In Russian with Armenian abstract|Izv. Akad. Nauk armyan. SSR, Nauki Zemle:30:3:1977:42-49|Focal mechanism+Seismicity+USSR
J|0408|Akhverdyan,L.A.+Akopyan,Ts.G.|Magnetotelluric prospecting in the region of the atomic power plant in Armenia|In Russian|Izv. Akad. Nauk armyan. SSR, Nauki Zemle:30:3:1977:82-86|Nuclear power plant+Magnetotellurics+USSR+Seismicity
J|0409|Moskvina,A.G.|Focal mechanism and parameters of the Mogod earthquake of January 5, 1967 and its aftershocks|In Russian|Izv. Akad. Nauk SSSR, Fiz. Zemli::1:1978:3-17|USSR|1-10 of the A.G.U. English edition
J|0410|Vinogradov,S.D.|The effect of fault-surface nonconformities on the radiation of elastic waves|In Russian|Izv. Akad. Nauk SSSR, Fiz. Zemli::1:1978:18-24|Heterogeneous medium+Discontinuity|11-15 of the A.G.U. English edition
J|0411|Solov'eva,O.N.|Magnitude determination of deep-focus earthquakes|In Russian|Izv. Akad. Nauk SSSR, Fiz. Zemli::1:1978:25-35||16-21 of the A.G.U. English edition
J|0412|Savin,I.V.+Glasko,V.B.+Savarenskii,Ye.F.|Algorithm for calculating partial derivatives of an implicit function in inverse seismological problems|In Russian|Izv. Akad. Nauk SSSR, Fiz. Zemli::1:1978:36-43|Inverse problem|22-27 of the A.G.U. English edition
J|0413|Budayev,V.S.|A point source of disturbance in an elastic anisotropic medium|In Russian|Izv. Akad. Nauk SSSR, Fiz. Zemli::1:1978:44-53|Elastic medium+Anisotropy|28-33 of the A.G.U. English edition
J|0414|Zharinov,N.A.+Dobrokhotov,Yu.S.+Enman,V.B.|Ground tilt measurements by tiltmeters in Kamchatka|In Russian|Izv. Akad. Nauk SSSR, Fiz. Zemli::1:1978:54-62|Instrument+USSR|34-39 of the A.G.U. English edition
J|0415|Blagoveshchenskaya,Ye.E.|The effect of orientation of an earthquake focus on the spectral characteristics of longitudinal waves|In Russian|Izv. Akad. Nauk SSSR, Fiz. Zemli::1:1978:101-103|Orientation|63-65 of the A.G.U. English edition
J|0416|Barinova,T.Ya.+Malikova,A.Sh.|Wave fields of spherical sources in a non-ideal elastic medium|In Russian|Izv. Akad. Nauk SSSR, Fiz. Zemli::1:1978:104-109|Sphere|66-69 of the A.G.U. English edition
J|0417|Kats,S.A.+Ptetsov,S.N.|Spectral analysis of the field of regular seismic waves and interfering noise|In Russian|Izv. Akad. Nauk SSSR, Fiz. Zemli::1:1978:110-115||70-74 of the A.G.U. English edition
J|0418|Lukk,A.A.|Spatial-temporal sequences of weak earthquakes in the Garm region|In Russian|Izv. Akad. Nauk SSSR, Fiz. Zemli::2:1978:25-37|Swarm+USSR+Prediction
J|0419|Pavlenkova,N.I.|Complex interpretation of deep seismic sounding and gravimetry data|In Russian|Izv. Akad. Nauk SSSR, Fiz. Zemli::2:1978:38-46|Data processing+Gravimetric data
J|0420|Arkhangel'skaya,V.M.|Possibility of determining the depths of remote earthquakes from fundamental surface waves and Rayleigh harmonics|In Russian|Izv. Akad. Nauk SSSR, Fiz. Zemli::2:1978:99-109|Rayleigh wave+Teleseism
J|0421|Vanek,J.+Kondorskaya,N.V.+Christoskov,L.+Fedorova,I.V.+|Station corrections for longitudinal waves in the homogeneous magnitude system of the Eurasian continent|In Russian|Izv. Akad. Nauk SSSR, Fiz. Zemli::3:1978:16-28|Magnitude+Europe+Asia
J|0422|Alekseyev,A.S.+Dobrinskii,V.I.+Neprochnov,Yu.P.|Results from practical attempts at solutions of the one-dimensional inverse dynamic problem in seismics|In Russian|Izv. Akad. Nauk SSSR, Fiz. Zemli::3:1978:29-37|Prospecting+Marine seismic investigation+Algorithm+Inverse problem
J|0423|Fedorova,N.V.+Tsirul'skii,A.V.|Inverse problem for contact surface|In Russian|Izv. Akad. Nauk SSSR, Fiz. Zemli::3:1978:38-47
J|0424|Savarenskii,Ye.F.+Yanovskaya,T.B.+Sikharulidze,D.I.+Bagramyan,A.Kh.|Influence of deep fractures on the spectra of surface waves|In Russian|Izv. Akad. Nauk SSSR, Fiz. Zemli::3:1978:84-86|Fault
J|0425|Graizer,V.M.+Pletnev,K.G.+Fremd,V.M.|Recording of displacements, velocities and accelerations and the form of representation of recordings of near strong earthquakes|In Russian|Izv. Akad. Nauk SSSR, Fiz. Zemli::3:1978:87-91|Accelerogram+Velocity
J|0426|Vvedenskaya,A.V.+Golubeva,N.V.|Characteristics of the development process of the sources of the most violent earthquakes in the world|In Russian|Izv. Akad. Nauk SSSR, Fiz. Zemli::4:1978:3-16|Maximum magnitude+Global seismicity+Seismicity
J|0427|Lutikov,A.I.|Determination of the coefficient of a Rayleigh wave passing through the vertical contact of two media|In Russian|Izv. Akad. Nauk SSSR, Fiz. Zemli::4:1978:17-24
J|0428|Yegorkin,A.V.+Kun,V.V.|Absorption of longitudinal waves in the upper mantle of the earth|In Russian|Izv. Akad. Nauk SSSR, Fiz. Zemli::4:1978:25-36
J|0429|Kozlov,Ye.A.|Subtraction of predicted fields of repeated seismic waves, one-dimensional case|In Russian|Izv. Akad. Nauk SSSR, Fiz. Zemli::4:1978:37-47
J|0430|Gol'tsman,F.M.+Kalinina,T.B.|Statistical estimation of the efficacy of inverse geophysical problem solutions in the presence of interfering parameters|In Russian|Izv. Akad. Nauk SSSR, Fiz. Zemli::4:1978:63-70|Statistical method+Inverse problem
J|0431|Nguyen Din Suyen|Magnitude scale for near earthquakes of North Vietnam|In Russian|Izv. Akad. Nauk SSSR, Fiz. Zemli::4:1978:82-91|Local earthquake
J|0432|Monakhov,F.I.+Zhak,V.M.+Nesterov,V.A.|Mechanism of microseism generation by the storm of October 10-11, 1976 near Shikotan|In Russian|Izv. Akad. Nauk SSSR, Fiz. Zemli::4:1978:92-94
J|0433|Solov'ev,S.L.|Meeting of the Tsunami Commission|In Russian|Izv. Akad. Nauk SSSR, Fiz. Zemli::4:1978:111-112
J|0434|Vinnik,L.P.+Lukk,A.A.+Mirzokurbonov,M.|Quantitative analysis of the velocity heterogeneities in the upper mantle of the Pamir-Hindu Kush|In Russian|Izv. Akad. Nauk SSSR, Fiz. Zemli::5:1978:3-16|USSR+Tadzhikistan
J|0435|Kozlov,Ye.A.|Predictive calculations of the multiple wave fields in two and three dimensions|In Russian|Izv. Akad. Nauk SSSR, Fiz. Zemli::5:1978:17-26|Propagation
J|0436|Nikolayev,I.V.+Leont'eva,T.N.|Travel-time curves for reflected waves in a three-dimensional model with two plane layers and constant velocity|In Russian|Izv. Akad. Nauk SSSR, Fiz. Zemli::5:1978:27-35|Travel-times+Layered medium
J|0437|Levykin,A.I.+Vavakin,V.V.|Study of the velocity of elastic waves and of the density of rocks and minerals up to pressures of 20 kbar and temperatures of 500degreesC|In Russian|Izv. Akad. Nauk SSSR, Fiz. Zemli::5:1978:42-51|High pressure+High temperature
J|0438|Migunov,N.I.|Influence of the electrokinetic characteristics of rocks on the velocity of propagation of seismic signals|In Russian|Izv. Akad. Nauk SSSR, Fiz. Zemli::5:1978:52-56|Attenuation+Dispersion+Conductivity+Electrokinetics
J|0439|Shtemenko,Yu.N.+Oreshin,S.I.|Restoring signals distorted by correlative noise|In Russian|Izv. Akad. Nauk SSSR, Fiz. Zemli::5:1978:75-82
J|0440|Lukk,A.A.+Nersesov,I.L.|Nature of the temporal variations in the velocity of elastic waves in the earth's crust in the Garm region|In Russian|Izv. Akad. Nauk SSSR, Fiz. Zemli::6:1978:3-16|Crustal structure+USSR
J|0441|Shamina,O.G.+Ponyatovskaya,V.I.+Strizhkov,S.A.|Study of the propagation of elastic waves in a deformed and fractured plastic medium (Model study)|In Russian|Izv. Akad. Nauk SSSR, Fiz. Zemli::6:1978:17-25|Deformation+Plasticity
J|0442|Golizdra,G.Ya.|Problem of complex formations studied by gravimetric and seismic methods|In Russian|Izv. Akad. Nauk SSSR, Fiz. Zemli::6:1978:26-38|Gravimetric data+Prospecting+Crustal structure
J|0443|Golinskii,G.L.|Equation for the seismic field in Turkmeniya|In Russian with Turkmenian and English abstracts|Izv. Akad. Nauk turkmen. SSR, Fiz.-tekh., khim. geol. Nauk::1:1977:69-74|Intensity+USSR
J|0444|Golinskii,G.L.+Lagutochkina,K.D.+Rakhimov,A.R.|Important earthquakes in Turkmeniya in 1973|In Russian with Turkmenian and English abstracts|Izv. Akad. Nauk turkmen. SSR, Fiz.-tekh., khim. geol. Nauk::2:1977:51-58|Seismicity+USSR
J|0445|Kurbanov,M.M.+Gorodkova,T.N.+Vorontsova,E.S.|Use of geophysical parameters in the plotting of maps of seismic activity (A) and of the probabilities of maximum seismicity (K MAX) in eastern Turkmeniya|In Russian with Turkmenian and English abstracts|Izv. Akad. Nauk turkmen. SSR, Fiz.-tekh., khim. geol. Nauk::3:1977:49-54|USSR
J|0446|Kurbanov,M.M.+Gaipov,B.|Study of the aperiodic variations of the force of gravity in the Ashkhabad geodynamic polygon|In Russian with Turkmenian and English abstracts|Izv. Akad. Nauk turkmen. SSR, Fiz.-tekh., khim. geol. Nauk::4:1977:55-60|Gravimetric data+Temporal variation+Prediction+Turkmeniya
J|0447|Kurbanov,M.M.+Lykov,V.I.|Geological and geophysical criteria for the seismic zoning of east Turkmeniya|In Russian with Turkmenian and English abstracts|Izv. Akad. Nauk turkmen. SSR, Fiz.-tekh., khim. geol. Nauk::4:1977:61-65|Seismicity+USSR
J|0448|Golinskii,G.L.|New data on the earthquake that occurred in the eastern Kopet-Dag on 4th April 1970|In Russian with English abstract|Izv. Akad. Nauk turkmen. SSR, Fiz.-tekh., khim. geol. Nauk::5:1977:50-58|USSR+Turkmeniya
J|0449|Golinskii,G.L.+Gorodkova,T.N.+Rakhimov,A.R.|Seismicity of Turkmeniya in 1974|In Russian with English and Turkmenian abstracts|Izv. Akad. Nauk turkmen. SSR, Fiz.-tekh., khim. geol. Nauk::6:1977:53-64|Spatial distribution+USSR
J|0450|Nikolayev,P.N.|Non-stationary aspect of a seismic regime and its quantitative expression|In Russian|Izv. vyssh. ucheb. Zaved., Geol. Razv.:20:4:1977:127-136|Statistical method+Prediction+USSR+Recurrence+Quantification
J|0451|Nikitin,A.A.|On the inter-relations between optimum linear filters|In Russian|Izv. vyssh. ucheb. Zaved., Geol. Razv.:20:5:1977:125-128|Prospecting+Signal-to-noise ratio+Data processing+Filtering
J|0452|Boganik,G.N.|Algorithm for separating uncertain values in the analysis of geophysical data|In Russian|Izv. vyssh. ucheb. Zaved., Geol. Razv.:20:8:1977:114-118|Reflexion study+Data processing+Prospecting
J|0453|Lobanov,D.P.+Fonbershtein,Ye.G.+Ekomasov,S.P.+|Use of a petrol-air mixture as a seismic source|In Russian|Izv. vyssh. ucheb. Zaved., Geol. Razv.:20:8:1977:119-123|Prospecting
J|0454|Boganik,G.N.|Algorithm for the statistical analysis of waves in seismic reflexion data processing|In Russian|Izv. vyssh. ucheb. Zaved., Geol. Razv.:20:11:1977:136-143|Prospecting+Statistical method
J|0455|Nabavi,M.S.|Seismicity of Bushehr|With Farsi abstract|J. Earth Space Phys.:6:1:1977:19-44|Iran
J|0456|Moazami-Goudarzi,K.|Seismicity study of west of Esfahan for the purpose of regional zoning|With Farsi abstract|J. Earth Space Phys.:6:2:1977:20-29|Regional study+Iran
J|0457|Nabavi,M.S.|Seismic activity of Iran 1971-1976|With Farsi abstract|J. Earth Space Phys.:6:2:1977:38-42|Seismicity
J|0458|Wang,P.C.+Drenick,R.F.+Wang,W.Y.L.|Seismic assessment of high-rise buildings||J. Engng Mech. Div. Am. Soc. civ. Engrs:104:2:1978:441-456|Structure+Earthquake-resistant design
J|0459|Kaidzu,M.+Sato,H.|Accuracy of crustal strains through geodetic data|With Japanese abstract|J. geod. Soc. Japan:24:1:1978:43-47|Geodesy+Prediction+Crustal movement
J|0460|Fujii,Y.+Nakane,K.|Horizontal crustal movements associated with the Kita-Izu earthquake of 1930 on the Izu Peninsula|In Japanese with English abstract|J. geod. Soc. Japan:24:1:1978:48-49|Japan+Honshu
J|0461|Fujii,Y.|Field of constraints calculated from a fault model for the Kita-Izu earthquake of 1930 on the Izu Peninsula|In Japanese with English abstract|J. geod. Soc. Japan:24:1:1978:50-51|Honshu+Japan
J|0462|Muller,G.+Bonjer,K-P.+Stockl,H.+Enescu,D.|The Romanian earthquake of March 4, 1977. 1. Rupture process inferred from fault-plane solution and multiple-event analysis||J. Geophys.:44:3:1978:203-218|Rupturing+Rock mechanics+Fault plane solution||#*ROMANIAN
J|0463|Bamford,S.A.D.|Interpretation of wide-angle reflection travel-times in realistic crust-mantle structures||J. Geophys.:44:3:1978:219-230|Explosion seismology+Lateral variation+Reflexion+Prospecting
J|0464|Rietsch,E.|Extreme models from the maximum entropy formulation of inverse problems||J. Geophys.:44:3:1978:273-275|Density
J|0465|Schmedes,E.+Leydecker,G.|Macroseismic intensity map of the Federal Republic of Germany for the Friuli earthquake of May 6, 1976||J. Geophys.:44:3:1978:277-279|Macroseismic data||#*FRIULI
J|0466|Zverev,S.M.+Boldyrev,S.A.+Burmin,V.Yu.+Mironova,V.I.|Weak earthquakes in the northern part of the rift zone of Iceland||J. Geophys.:44:4:1978:283-296
J|0467|Engelhard,L.|Review of ``Practice of seismic surveying and interpretation'' by R. Meissner and L. Stegena|In German|J. Geophys.:44:4:1978:398|Field work
J|0468|Strobach,K.|Review of ``Transient waves in viscoelastic media'' by N.H. Ricker|In German|J. Geophys.:44:4:1978:399-400|Wavelet shaping+Viscoelastic solid+Prospecting+Acoustics+Solid-earth geophysics
J|0469|Johnson,S.H.+Jones,P.R.|Microearthquakes located in the Blanco fracture zone with sonobuoy arrays||J. geophys. Res.:83:1:1978:255-261|North Pacific+Tectonics+Pacific Ocean
J|0470|Armbruster,J.+Seeber,L.+Jacob,K.H.|The northwestern termination of the Himalayan mountain front: active tectonics from microearthquakes||J. geophys. Res.:83:1:1978:269-282|Himalayas+India
J|0471|Johnson,T.C.+Hamilton,E.L.+Bachman,R.T.+Berger,W.H.|Sound velocities in calcareous oozes and chalks from sonobuoy data: Ontong Java Plateau, western equatorial Pacific||J. geophys. Res.:83:1:1978:283-288|Velocity+P-wave+Sedimentary rock+Pacific Ocean
J|0472|Larson,R.L.+Carpenter,G.B.+Diebold,J.B.|A geophysical study of the Wharton Basin near the Investigator Fracture Zone||J. geophys. Res.:83:2:1978:773-782|Geophysical investigation+Prospecting+Indian Ocean
J|0473|Scholz,C.H.+Kato,T.|The behaviour of a convergent plate boundary: crustal deformation in the south Kanto district, Japan||J. geophys. Res.:83:2:1978:783-797|1923+Kanto+Plate tectonics
J|0474|Herron,T.J.+Ludwig,W.J.+Stoffa,P.L.+Kan,T.K.+|Structure of the East Pacific Rise crest from multichannel seismic reflection data||J. geophys. Res.:83:2:1978:798-804|Crustal structure+Prospecting+Reflexion study+Pacific Ocean
J|0475|Salisbury,M.H.+Christensen,N.I.|The seismic velocity structure of a traverse through the Bay of Islands ophiolite complex, Newfoundland. An exposure of oceanic crust and upper mantle||J. geophys. Res.:83:2:1978:805-817|Crustal structure+P-wave+S-wave+Islands, B. of
J|0476|Stewart,R.M.+Peselnick,L.|Systematic behaviour of compressional velocity in Franciscan rocks at high pressure and temperature||J. geophys. Res.:83:2:1978:831-839|P-wave+High temperature
J|0477|Thomson,K.C.+Doherty,R.|Comment on ``Elastodynamic near-field of a finite propagating transverse shear fault'' by K.C. Thomson and N.A. Haskell||J. geophys. Res.:83:2:1978:869-870|Comments+Elastodynamics
J|0478|Burr,N.C.+Solomon,S.C.|The relationship of source parameters of ocean transform earthquakes to plate velocity and transform length||J. geophys. Res.:83:3:1978:1193-1205|Focal mechanism+Transform fault+Lithosphere
J|0479|Karig,D.E.+Anderson,R.N.+Bibee,L.D.|Characteristics of back arc spreading in the Mariana Trough||J. geophys. Res.:83:3:1978:1213-1226|Sea-floor spreading+Prospecting+Marianas+Back-arc basin
J|0480|Peselnick,L.+Nicolas,A.|Seismic anisotropy in an ophiolite peridotite: application to oceanic upper mantle||J. geophys. Res.:83:3:1978:1227-1235|P-wave+Turkey+Crustal structure
J|0481|Sadeh,D.S.+Wood,K.|Periodicity in lunar seismic activity and earthquakes||J. geophys. Res.:83:3:1978:1245-1249|Moonquake+Lunar seismology+1964-1972+Earth tide
J|0482|Sadeh,D.S.|Periodic earthquakes in Alaska and Central America||J. geophys. Res.:83:3:1978:1251-1252|Periodicity+United States+1949-1974+Temporal distribution
J|0483|Hunter,R.N.|An explanation for sidereal periods in earthquake aftershock sequence||J. geophys. Res.:83:3:1978:1253-1256|Sidereal periodicity+Temporal distribution+Periodicity+1964-1974
J|0484|Siegfried,R.+Simmons,G.|Characteristics of oriented cracks with differential strain analysis||J. geophys. Res.:83:3:1978:1269-1278|Rock
J|0485|Silver,E.A.+Moore,J.C.|The Molucca Sea collision zone, Indonesia||J. geophys. Res.:83:4:1978:1681-1691|Plate tectonics+Reflexion study+Lithosphere+Subduction+Prospecting
J|0486|Burdick,L.J.+Helmberger,D.V.|The upper mantle P velocity structure of the western United States||J. geophys. Res.:83:4:1978:1699-1712|P-wave
J|0487|Murdock,J.N.|Travel time and spectrum stability in the two years preceding the Yellowstone, Wyoming, earthquake of June 30, 1975||J. geophys. Res.:83:4:1978:1713-1717|United States+Travel-times+Velocity+Yellowstone National Park+P-wave+Precursor||#*YELLOWSTONE
J|0488|Schneyer,G.P.|Late stage equivalence of near-surface explosions||J. geophys. Res.:83:4:1978:1718-1726|Underground nuclear explosion+Energy+Source
J|0489|Sobolev,G.A.+Spetzler,H.+Salov,B.|Precursors to failure in rocks while undergoing anelastic deformations||J. geophys. Res.:83:4:1978:1775-1784|P-wave+S-wave
J|0490|Chatterjee,A.K.+Mal,A.K.|Elastic moduli of two-component systems||J. geophys. Res.:83:4:1978:1785-1792|Elastic modulus
J|0491|Stein,S.+Okal,E.A.|Seismicity and tectonics of the Ninetyeast Ridge area: evidence for internal deformation of the Indian plate||J. geophys. Res.:83:5:1978:2233-2245|Temporal distribution+Indian Ocean+Focal mechanism
J|0492|Purdy,G.M.+Detrick,R.S.|A seismic refraction experiment in the central Banda Sea||J. geophys. Res.:83:5:1978:2247-2257|Refraction study+Crustal structure+Prospecting+Indian Ocean+Upper mantle
J|0493|Andrews,D.J.|Coupling of energy between tectonic processes and earthquakes||J. geophys. Res.:83:5:1978:2259-2264|Tectonics
J|0494|Priestley,K.+Brune,J.N.|Surface waves and the structure of the Great Basin of Nevada and western Utah||J. geophys. Res.:83:5:1978:2265-2272|United States+Crustal structure+Upper mantle+Rayleigh wave+Love wave+Velocity
J|0495|Aki,K.+Chouet,B.+Fehler,M.+Zandt,G.+|Seismic properties of a shallow magma reservoir in Kilauea Iki by active and passive experiments||J. geophys. Res.:83:5:1978:2273-2282|P-wave+S-wave+Love wave+Low-velocity layer+Hawaii
J|0496|Achenbach,J.D.+Harris,J.G.|Ray method for elastodynamic radiation from a slip zone of arbitrary shape||J. geophys. Res.:83:5:1978:2283-2291|Fault+Focal mechanism+Elastodynamics
J|0497|Cardwell,R.K.+Isacks,B.L.|Geometry of the subducted lithosphere beneath the Banda Sea in eastern Indonesia from seismicity and fault plane solutions||J. geophys. Res.:83:6:1978:2825-2838|Subduction+Spatial distribution+Focal mechanism
J|0498|Grady,D.E.+Hollenbach,R.E.+Schuler,K.W.|Compression wave studies on calcite rock||J. geophys. Res.:83:6:1978:2839-2849|Sedimentary rock
J|0499|Johnson,G.R.+Epstein,H.I.|Backfill effects on circular foundation stiffnesses||J. geotech. Engng Div. Am. Soc. civ. Engrs:103:8:1977:899-903|Nuclear power plant+Rigidity
J|0500|Sherif,M.A.+Ishibashi,I.+Tsuchiya,C.|Saturation effects on initial soil liquefaction||J. geotech. Engng Div. Am. Soc. civ. Engrs:103:8:1977:914-917
J|0501|Whitman,R.V.+Protonotarios,J.N.|Inelastic response to site modified ground motions||J. geotech. Engng Div. Am. Soc. civ. Engrs:103:10:1977:1037-1053|Inelasticity+Building+Structure
J|0502|Valera,J.E.+Seed,H.B.+Tsai,C.F.+Lysmer,J.|Seismic soil-structure interaction effects at Humboldt Bay power plant||J. geotech. Engng Div. Am. Soc. civ. Engrs:103:10:1977:1143-1161|California+United States+Nuclear power plant+Building+Finite element method
J|0503|Marcuson,W.F.+Bieganovsky,W.A.|SPT and relative density in coarse sands||J. geotech. Engng Div. Am. Soc. civ. Engrs:103:11:1977:1295-1309|Standard penetration+Liquefaction
J|0504|Seed,H.B.+Pyke,R.M.+Martin,G.R.|Effect of multidirectional shaking on pore pressure development in sands||J. geotech. Engng Div. Am. Soc. civ. Engrs:104:1:1978:27-44
J|0505|Mori,K.+Seed,H.B.+Chan,C.K.|Influence of sample disturbance on sand response to cyclic loading||J. geotech. Engng Div. Am. Soc. civ. Engrs:104:3:1978:323-339|Liquefaction
J|0506|Jamshid Ghaboussi+Umit Dikmen,S.|Liquefaction analysis of horizontally layered sands||J. geotech. Engng Div. Am. Soc. civ. Engrs:104:3:1978:341-356
J|0507|Taylor,P.W.+Larkin,T.J.|Seismic site response of nonlinear soil media||J. geotech. Engng Div. Am. Soc. civ. Engrs:104:3:1978:369-383|Mathematical model
J|0508|Youd,T.L.+Perkins,D.M.|Mapping liquefaction-induced ground failure potential||J. geotech. Engng Div. Am. Soc. civ. Engrs:104:4:1978:433-446
J|0509|Donovan,N.C.+Sukhmander Singh|Liquefaction criteria for trans-Alaska pipeline||J. geotech. Engng Div. Am. Soc. civ. Engrs:104:4:1978:447-462|United States
J|0510|Martin,G.R.+Finn,W.D.L.+Seed,H.B.|Effects of system compliance on liquefaction tests||J. geotech. Engng Div. Am. Soc. civ. Engrs:104:4:1978:463-479
J|0511|McGuire,R.K.|Seismic ground motion parameter relations||J. geotech. Engng Div. Am. Soc. civ. Engrs:104:4:1978:481-490
J|0512|Sato,Y.|Characteristic oscillation of a rectangular elastic body by simulation using a framework model||J. Phys. Earth:26:1:1978:1-11|Elastic medium
J|0513|Sato,R.|Long-period surface velocities and accelerations due to a dislocation source model in a medium with superficial multi-layers. Pt 2||J. Phys. Earth:26:1:1978:17-37|Velocity+Layered medium+Focal mechanism
J|0514|Yamashita,T.|Focal process and frictional characteristics of deep-focus earthquakes||J. Phys. Earth:26:1:1978:39-56|Focal mechanism
J|0515|Aida,I.|Reliability of a tsunami source model derived from fault parameters||J. Phys. Earth:26:1:1978:57-73|Focal mechanism+Japan
J|0516|Okal,E.A.|A physical classification of the earth's spheroidal modes||J. Phys. Earth:26:1:1978:75-103
J|0517|Odaka,T.|Derivation of asymptotic frequency equations in terms of ray and normal mode theory and some related problems - radial and spheroidal oscillations of an elastic sphere||J. Phys. Earth:26:1:1978:105-121|Asymptotic structure+Ray theory+Elastic medium
J|0518|Saito,M.|Possible instability in the Burg maximum entropy method||J. Phys. Earth:26:2:1978:123-128
J|0519|Vere-Jones,D.|Earthquake prediction - a statistician's view||J. Phys. Earth:26:2:1978:129-146|Statistical method
J|0520|Yamashita,T.|Dislocation distribution and the mutual dependence of static source parameters in the presence of non-uniform initial stress||J. Phys. Earth:26:2:1978:167-183
J|0521|Sato,H.|Mean free path of S-waves under the Kanto district of Japan||J. Phys. Earth:26:2:1978:185-198
J|0522|Kasahara,J.+Nagumo,S.+Koresawa,S.|Seismic activity in Sagami Bay and off the Boso Peninsula observed by ocean-bottom seismographs in 1971||J. Phys. Earth:26:2:1978:199-210|Seismicity+Instrument+Japan+Sagami Trough
J|0523|Kawasaki,I.|The near-field Love waves by the exact ray method||J. Phys. Earth:26:2:1978:211-237|Near-field data
J|0524|Singh,A.K.|Dynamic analysis using modal synthesis||J. Pwr Div. Am. Soc. civ. Engrs:104:2:1978:131-140|Vibration+Nuclear power plant
J|0525|Suzuki,Z.|Seismic prediction, instrumentation and control|In Japanese|J. Soc. Instrum. Control Engrs:16:9:1977:673-675
J|0526|Kishimoto,Y.|Mechanism of seismic generation|In Japanese|J. Soc. Instrum. Control Engrs:16:9:1977:676-684|Prediction+Focal mechanism
J|0527|Shima,E.|Ground motions during large earthquakes|In Japanese|J. Soc. Instrum. Control Engrs:16:9:1977:685-693
J|0528|Hosoyama,K.|A gauge for seismic prediction. Continuous observation of crustal movements|In Japanese|J. Soc. Instrum. Control Engrs:16:9:1977:694-699
J|0529|Noguchi,M.+Wakita,H.|A gauge for seismic prediction. Geochemical approach by radon prospecting|In Japanese|J. Soc. Instrum. Control Engrs:16:9:1977:700-706|Geochemistry
J|0530|Honkura,Y.|A gauge for seismic prediction. Measurement of allied electromagnetic phenomena|In Japanese|J. Soc. Instrum. Control Engrs:16:9:1977:707-713|Electromagnetism
J|0531|Oike,K.|The latest technique for the observation of earthquakes|In Japanese|J. Soc. Instrum. Control Engrs:16:9:1977:714-721|Observational seismology+Instrument
J|0532|Suyehiro,S.|Network for seismic observation|In Japanese|J. Soc. Instrum. Control Engrs:16:9:1977:722-726|Observational seismology
J|0533|Anagnostopoulos,S.A.+Haviland,R.W.+Biggs,J.M.|Use of inelastic spectra in aseismic design||J. struct. Div. Am. Soc. civ. Engrs:104:1:1978:95-109|Earthquake-resistant design+Inelasticity+Ductility+Structure+Building
J|0534|Roeder,C.W.+Popov,E.P.|Eccentrically braced steel frames for earthquakes||J. struct. Div. Am. Soc. civ. Engrs:104:3:1978:391-412|Earthquake-resistant design
J|0535|Mote,S.H.+Chu,K.H.|Cable trusses subjected to earthquakes||J. struct. Div. Am. Soc. civ. Engrs:104:4:1978:667-680|Earthquake-resistant design
J|0536|Rojahn,C.+Matthiesen,R.B.|Earthquake response and instrumentation of buildings||J. tech. Counc. Am. Soc. civ. Engrs:103:1:1977:1-12|Structure
J|0537|Eskel,A.E.+Martin,D.C.|Seismic risks of California's water lifeline||J. tech. Counc. Am. Soc. civ. Engrs:103:1:1977:25-37|Water facilities+United States
J|0538|Schiff,A.J.+Newsom,D.E.|Mitigating earthquake effects on power systems||J. tech. Counc. Am. Soc. civ. Engrs:103:1:1977:39-51|Mitigation+Power facilities+Electricity
J|0539|Ferritto,J.M.|Evaluation of probability of seismic liquefaction||J. tech. Counc. Am. Soc. civ. Engrs:103:1:1977:65-73
J|0540|Zseller,P.|Prediction of high pressure zones according to seismic velocity studies|In Hungarian with Russian and English abstracts|Magy. Geofiz.:19:2:1978:60-73|Rock
J|0541|Goto,H.+Kameda,H.+Kodama,Y.|Analysis of flexural behaviour and lateral buckling of inelastic steel beams under cyclic loads||Mem. Fac. Engng Kyoto Univ.:39:4:1977:446-481|Loading+Flexing
J|0542|Rivers,J.|Disaster relief needs more research||Nature, Lond.:271:5641:1978:100|Natural disaster+Catastrophe
J|0543|Lomnitz,C.+Lomnitz,L.|Tangshan 1976: a case history in earthquake prediction||Nature, Lond.:271:5641:1978:109-111|China+T'ang-shan||#*TANGSHAN
J|0544|Smith,P.J.|Mining triggers earthquakes||Nature, Lond.:271:5642:1978:207-208|Triggering agent+Man-made earthquake+New York State+United States+Hydraulic mining+Induced seismicity
J|0545|Kanamori,H.|Quantification of earthquakes||Nature, Lond.:271:5644:1978:411-414|Magnitude+Energy+Moment
J|0546|King,C-Y.|Radon emanation on San Andreas Fault||Nature, Lond.:271:5645:1978:516-519|United States+California+Prediction+Seismicity
J|0547|Smith,P.J.|Dilatancy has magnetic effect||Nature, Lond.:272:5649:1978:130|Piezomagnetic effect+Prediction
J|0548|Smith,P.J.|Abnormal conditions, normal earthquakes||Nature, Lond.:272:5651:1978:307|Triple junction+Indian Ocean+Microseismicity
J|0549|Hallam,A.|Seismic stratigraphy and global changes||Nature, Lond.:272:5652:1978:400|Exploration+Prospecting+Geology
J|0550||Twenty years of test ban talk||Nature, Lond.:272:5653:1978:481|Monitoring+Discrimination+Detection
J|0551|Fukao,Y.+Kanjo,K.+Nakamura,I.|Deep seismic zone as an upper mantle reflector of body waves||Nature, Lond.:272:5654:1978:606-608|Izu+Bonin Islands+Japan+Reflexion study
J|0552|Jones,E.J.W.|Seismic evidence for sedimentary troughs of Mesozoic age on the Hebridean continental margin||Nature, Lond.:272:5656:1978:789-792|Prospecting+Geology+Refraction study+Outer Hebrides+Scotland
J|0553|Smith,P.J.|Ophiolites match oceanic crust||Nature, Lond.:273:5660:1978:270
J|0554|Farrar,E.+Lowe,R.M.|Age-length dependence of inclined seismic zones||Nature, Lond.:273:5660:1978:292-293|Plate tectonics+Lithosphere+Subduction+Seismicity
J|0555|Smith,P.J.|Why subduction volcanism varies||Nature, Lond.:273:5662:1978:425
J|0556|Julian,B.R.|Review of ``Monitoring underground nuclear explosions'' by O. Dahlman and H. Israelson||Nature, Lond.:273:5663:1978:578|Test ban+Discrimination
J|0557|Baitel'man,D.I.+Saifi,R.Kh.+Perel'man,I.I.+Lapidus,V.Ya.|Seismic reflexion (multiple cover) data processing by stages in the complex geological conditions of Uzbekistan|In Russian|Neftegaz. Geologiya Geofiz.::6:1977:40-43|Geology+USSR+Prospecting
J|0558|Grodzyanskaya,T.M.+Lukashin,Yu.P.+Pushkin,A.G.|*Some possibilities of using *vibration seismic prospecting to study the relief of the crystalline basement|In Russian|Neftegaz. Geologiya Geofiz.::6:1977:43-45|USSR+Ukraine+Topography
J|0559|Nuraliyev,B.B.|Comparison between sounding data and data from seismic prospecting in south Mangyshlak, in Ustyurt and in the south of the PreCaspian depression|In Russian|Neftegaz. Geologiya Geofiz.::7:1977:28-31|Caspian Sea+Multiple cover+Kazakhstan+USSR
J|0560|Meshbey,V.I.+Lozinskii,Z.N.+|*Estimation of the *precision of determination of a velocity model from soundings by the multiple cover method|In Russian|Neftegaz. Geologiya Geofiz.::7:1977:34-39
J|0561|Semakin,B.V.+Zavesin,M.A.|*On the nature of *kinematic anomalies of time profiles in sounding by the multiple cover method|In Russian|Neftegaz. Geologiya Geofiz.::7:1977:39-43|Kinematics
J|0562|Korostyshevskii,M.B.+Mel'nichuk,V.K.|Rapid processing of seismic reflexion data (Multiple cover method)|In Russian|Neftegaz. Geologiya Geofiz.::8:1977:39-44|Prospecting+Data processing+Numerical seismogram+Filtering
J|0563|Guterman,F.B.+Kharaz,I.I.|Processing algorithm for the weighting values of seismic recordings|In Russian|Neftegaz. Geologiya Geofiz.::8:1977:51-54|Prospecting+Data processing
J|0564|Meshbey,V.I.+Bogdanov,G.A.|Method of determination of a dynamic seismic profile taking into account seismic ``degradation''|In Russian|Neftegaz. Geologiya Geofiz.::1:1978:37-41|Multiple cover+Prospecting+Recording
J|0565|Slavkin,V.S.+Burakov,V.K.+Meretskova,T.F.|Method of detection of local structures in western Siberia|In Russian|Neftegaz. Geologiya Geofiz.::2:1978:43-45|Prospecting+USSR+Gravimetric data
J|0566|Chernyavskii,V.Ye.+Shekhtman,G.A.+Kameneva,V.V.|Selection of multiple reflexion waves formation frequencies in the central region of the Moscow synclase|In Russian|Neftegaz. Geologiya Geofiz.::2:1978:46-50|Prospecting+USSR+Multiple cover
J|0567|Hindley,K.|An earthquake waiting to happen||New Scient.:77:1087:1978:228-230|Palmdale+California+United States+San Andreas Fault+Prediction
J|0568|Williams,P.|Dam design - is the technology faulty?||New Scient.:77:1088:1978:280-282|Reservoir+Barrage+Induced seismicity+Man-made earthquake+United States
J|0569|Acker,F.|Britain's ageing dams need close inspection||New Scient.:77:1088:1978:282|Reservoir+Barrage+United Kingdom+Design
J|0570|Hindley,K.|Beware the big wave||New Scient.:77:1089:1978:346-347|Tsunami
J|0571|Willmore,P.L.|Review of ``Monitoring underground nuclear explosions'' by O. Dahlman and H. Israelson||New Scient.:77:1095:1978:808|Test ban+Discrimination
J|0572||Three years warning of Hawaiian earthquake||New Scient.:78:1097:1978:23|Kalapana+1975+Precursor+Velocity+Travel-times||#*HILO
J|0573|Paterson,D.|Methane from the bowels of the earth||New Scient.:78:1109:1978:896-898|Gas+Precursor+Hydrocarbon
J|0574|Ray,D.+Jhaveri,D.P.|Effective seismic input through rigid foundation filtering||Nucl. Engng Des.:45:1:1978:185-195|Soil+Structure
J|0575|Chakrabarti,S.+Husak,A.D.+Christiano,P.P.+Troxell,D.E.|Development of seismic design criteria for category I cofferdams||Nucl. Engng Des.:45:1:1978:277-283|Dam+Reservoir+Barrage+Coffer dam+Earthquake-resistant design
J|0576|Bonafede,M.+Boschi,E.+Sabadini,R.|Some effects of elastic prestress within the earth|With Italian abstract|Nuovo Cim., C:1:2:1978:97-109|P-wave+S-wave+Isotropic medium
J|0577|Bonafede,M.+Mulargia,F.+Boschi,E.+Baldi,P.+Postpischl,D.|A physical model of anomalous aftershock sequences|With Italian abstract|Nuovo Cim., C:1:2:1978:110-122|Rock mechanics+Classification+Italy+Ancona+1972+Friuli+1976||#*FRIULI
J|0578|Husebye,E.S.+Bungum,H.+Eyen,J.+Gjoystdal,H.|Earthquake activity in Fennoscandia between 1497 and 1975 and intraplate tectonics||Norsk geol. Tidsskr.:58:1:1978:51-68|1497-1975+Map+Temporal distribution+Seismicity
J|0579|Davey,F.J.|Marine seismic measurements in the New Zealand region||N.Z. Jl Geol. Geophys.:20:4:1977:719-777|Marine seismic investigation+Profile
J|0580|Michael,M.O.|Fluctuations in yearly numbers of M>=8.0 earthquakes, 1900-1975 (Note)||N.Z. Jl Geol. Geophys.:21:1:1978:135-136|Major earthquake+Global seismicity+Temporal distribution+World
J|0581|Yel'nikov,I.N.+Gainanov,V.G.+Struchkov,V.A.|Experiment to determine effective velocities by continuous seismic profiling with two-channel systems|In Russian with English abstract|Okeanologiya:18:3:1978:550-555|Prospecting+Velocity
J|0582|Matumoto,H.+Takahashi,M.|Methods of calibration for electromagnetic transmitters of seismometers and their precision|In Japanese with English abstract|Pap. Met. Geophys., Tokyo:27:4:1977:129-140|Precise measurement+Electromagnetic seismograph+Instrument
J|0583|Yamakawa,N.+Takahashi,M.|Stress fields in focal regions with reference to the Matsushiro earthquake swarm|With Japanese abstract|Pap. Met. Geophys., Tokyo:28:3:1977:125-138|Focal mechanism+Tectonics+Fault+Japan
J|0584||Measurement of distance by geodimeter to Volcano Sakurajima|In Japanese with English abstract|Pap. Met. Geophys., Tokyo:28:3:1977:139-145|Japan+Crustal movement+Volcanism+Kyushu
J|0585|Takeyama,I.+Shibata,T.+Sato,K.|Studies of the processing of waveforms (4). Estimations of epicentral azimuths by numerical processing|In Japanese with English abstract|Pap. Met. Geophys., Tokyo:28:3:1977:147-157|Epicentre+P-wave+Data processing
J|0586|King,G.C.P.|Geological faults: fracture, creep and strain||Phil. Trans. R. Soc. Lond., A:288::1978:197-212
J|0587|Tjostheim,D.|Improved seismic discrimination using pattern recognition||Phys. Earth planet. Interiors:16:2:1978:85-108|Underground nuclear explosion
J|0588|Chandra,U.|Seismicity, earthquake mechanisms and tectonics along the Himalayan mountain range and vicinity||Phys. Earth planet. Interiors:16:2:1978:109-131|Himalayas+Focal mechanism+Hindu Kush+Spatial distribution+Pamir
J|0589|Bath,M.|Review of ``Transient waves in viscoelastic media'' by N.H. Ricker||Phys. Earth planet. Interiors:16:2:1978:179-180|Wavelet shaping+Prospecting+Solid-earth geophysics+Acoustics+Viscoelastic solid
J|0590|Whitmarsh,R.B.|Review of ``Explosion seismology in central Europe: data and results'' edited by P.Giese, C. Prodehl and A. Stein||Phys. Earth planet. Interiors:16:2:1978:180-181|Upper mantle+Crustal structure
J|0591|Vlaar,N.J.+Wortel,M.J.R.|Gravity and the earthquake mechanisms||Phys. Earth planet. Interiors:16:3:1978:240-246|Focal mechanism
J|0592|Han,S-L.|Mantle convection pattern and subcrustal stress field under Asia||Phys. Earth planet. Interiors:16:3:1978:247-256|Upper mantle+Volcanism+Natural resources
J|0593|Anderson,D.L.+Hart,R.S.|Attenuation models of the earth||Phys. Earth planet. Interiors:16:4:1978:289-306|Q+Free oscillation+Body wave+Upper mantle+Lower mantle
J|0594|Koyama,J.|Seismic moment of the Vladivostock deep-focus earthquake of September 29, 1973, deduced from P waves and mantle Rayleigh waves||Phys. Earth planet. Interiors:16:4:1978:307-317|P-wave+USSR+Focal mechanism||#*VLADIVOSTOCK
J|0595|Mendiguren,J.A.+Richter,F.M.|On the origin of compressional intraplate stresses in South America||Phys. Earth planet. Interiors:16:4:1978:318-326|Thrust fault+Plate tectonics+Focal mechanism+Upper mantle
J|0596|Eva,C.+Papa,L.|High-frequency loading effects by the Ligurian Sea - a statistical investigation||Phys. Earth planet. Interiors:16:4:1978:352-360|Tilt+Genoa+Italy+Earth tide+Ocean+Free oscillation
J|0597|Thomson,D.J.+Lanzerotti,L.J.|Review of ``Introduction to digital filtering in geophysics'' by O. Kulhanek||Phys. Earth planet. Interiors:16:4:1978:393|Digital filter technique
J|0598|Taylor,D.B.+Crampin,S.|Surface waves in anisotropic media: propagation in a homogeneous halfspace||Proc. R. Soc., A:364::1978:161-179|Propagation+Anisotropy+Half-space
J|0599|Wetmiller,R.J.+Forsyth,D.A.|Seismicity of the Arctic, 1908-1975||Publs Earth Phys. Br., Ottawa:45:4:1978:15-24|Siberia+Canada+Alaska+United States
J|0600|Forsyth,D.A.|Review of Arctic crustal studies||Publs Earth Phys. Br., Ottawa:45:4:1978:75-85|Crustal structure+Canada+Scandinavia+Siberia+Greenland+Baltic Sea+Beaufort Sea
J|0601|a-Working Group for deep seismic sounding in the Alboran Sea|Crustal seismic profiles in the Alboran Sea - preliminary results||Pure appl. Geophys.:116:1:1978:167-180|Deep seismic sounding+Mohorovicic discontinuity+Mediterranean+Alboran+Crustal structure+1974+Prospecting
J|0602|Maiti,N.C.|Transient disturbance produced in an elastic half-space by impulsive shearing traction distributed over a circular region||Pure appl. Geophys.:116:1:1978:198-211|Cagniard's technique+Elastic medium
J|0603|Kashiwabara,S.+Takeyama,I.|Calibration of electromagnetic seismograph|In Japanese with English abstract|Q. Jl Seism., Tokyo:42:1-2:1978:1-9|Seismograph+Instrument
J|0604|Izumi,S.|On the earth strain measured by borehole strainmeters at Matsushiro Seismological Observatory (First paper: Effects caused by air temperature)|In Japanese with English abstract|Q. Jl Seism., Tokyo:42:1-2:1978:11-17|Japan
J|0605|Hikawa,H.+Katsumata,M.|An empirical formula for estimating magnitude ``Ms'' using vertical surface waves recorded by the Matsushiro Seismological Observatory|In Japanese with English abstract|Q. Jl Seism., Tokyo:42:1-2:1978:19-22|Japan
J|0606|Mochizuki,E.+Kobayashi,E.+Kishio,M.|Hypocentre determination ability of JMA seismological observation system during 1965-1974|In Japanese with English abstract|Q. Jl Seism., Tokyo:42:1-2:1978:23-30|Capability+Location+Japan Meteorological Agency
J|0607|Mechler,P.|Determination of the focal mechanism of an earthquake. Example of the Friuli earthquake (6 May 1976)|In French with English abstract|Revue Geogr. phys. Geol. dyn.:20:3:1978:235-246|Italy||#*FRIULI
J|0608|Sagesser,R.+Mayer-Rosa,D.|The danger of earthquakes in Switzerland|In German|Schweiz. Bauztg:96:7:1978:107-122|Risk
J|0609|Johnston,A.C.|Localized compressional velocity decrease precursory to the Kalapana, Hawaii, earthquake||Science, N.Y.:199:4331:1978:882-885|P-wave+Hilo+Travel-times||#*HILO
J|0610|Aggarwal,Y.P.+Sykes,L.R.|Earthquakes, faults, and nuclear power plants in southern New York and northern New Jersey||Science, N.Y.:200::1978:425-429
J|0611|Nakanishi,I.|Regional differences in the phase velocity and quality factor Q of mantle Rayleigh waves||Science, N.Y.:200:4348:1978:1379-1381|USSR+Upper mantle
J|0612|Lindh,A.G.+Fuis,G.+Mantis,C.|Seismic amplitude measurements suggest foreshocks have different focal mechanisms from aftershocks||Science, N.Y.:201:4350:1978:56-59|S-wave+P-wave+California+United States
J|0613|Scholz,C.H.|Velocity anomalies in dilatant rock||Science, N.Y.:201::1978:441-442|Dilatancy
J|0614|McNally,K.C.+Hanahori,H.+Pechman,J.C.+Fuis,G.|Earthquake swarm along the San Andreas Fault near Palmdale, southern California, 1976 to 1977||Science, N.Y.:201:4358:1978:814-817|Crustal movement+1976-1977+United States
J|0615||U.S. earthquake hazards: real but uncertain in the east||Science, N.Y.:201:4360:1978:1001-1003|Prediction+United States
J|0616|Takemura,M.+Suzuki,Z.|On the time persistency of ``earthquake province''||Sci. Rep. Tohoku Univ. 5:24:4:1977:103-112|Japan
J|0617|Takemura,M.+Koyama,J.+Suzuki,Z.|Source process of the 1974 and 1975 earthquakes in the Kuril Islands in special relation to the difference in the excitation of tsunami||Sci. Rep. Tohoku Univ. 5:24:4:1977:113-132|||#*KURILS|#*KURILS2|#*KURILS3
J|0618|Sato,T.|A note on body wave radiation from expanding tension crack||Sci. Rep. Tohoku Univ. 5:25:1:1978:1-10|Dilatancy+Acoustic emission+Rock
J|0619|Hamaguchi,H.+Goto,K.|A study on ice faulting and icequake activity in Lake Suwa, (2) Temporal variation of m-Value||Sci. Rep. Tohoku Univ. 5:25:1:1978:25-38|Suwa, L.+Nagano+Japan+b-Value
J|0620|Masuda,T.+Takagi,A.|Source parameter estimates for small earthquakes||Sci. Rep. Tohoku Univ. 5:25:1:1978:39-54|Moment+Stress-drop+Japan
J|0621|Burton,P.W.|The IGS file of seismic activity and its use for hazard assessment||Seismol. Bull. Inst. geol. Sci.::6:1978:1-13|Seismicity+Risk+Map
J|0622|Khachatryan,S.O.|Methods of analysis of the local destruction of structure elements during the propagation of a seismic wave of a building|In Russian with Georgian and English abstracts|Soobshch. Akad. Nauk gruz. SSR:90:1:1978:117-120
J|0623|Meskhiya,V.Sh.|Validity of a numerical method to resolve three-dimensional problems of geometric seismics in a layered medium|In Russian with Georgian and English abstracts|Soobshch. Akad. Nauk gruz. SSR:90:3:1978:577-580|Prospecting+Direct problem
J|0624|Weber,C.+Courtot,P.|The Friuli earthquake (Italy), 6 May 1976 in its seismotectonic context|In French with English abstract|Revue Geogr. phys. Geol. dyn.:20:3:1978:247-257|Seismotectonics||#*FRIULI
J|0625|Kovach,R.L.|Seismic surface waves and crustal and upper mantle structure||Rev. Geophys. Space Phys.:16:1:1978:1-13|Crustal structure+Data processing
J|0626|Jolivet,F.|Anti-seismic supports: a French technique for nuclear safety|In French|Revue Mater. Entrepr.::182:1978:19-23|Earthquake-resistant design+Nuclear power plant
J|0627|Iosif,T.+Iosif,S.|The Vrancea earthquake of March 4, 1977 - a multiple seismic event|With French abstract|Revue roum. Phys.:23:3:1978:307-309|Romania||#*ROMANIAN
J|0628|Fomin,V.M.+Voleisho,V.O.|Pre-earthquake strain conditions provoked by man's activity|In Russian|Sov. Geol.::3:1978:103-113|Triggering agent+Precursor+Man-made earthquake+Induced seismicity
J|0629|Polyakov,S.V.|Determination of the spectral composition of oscillations of structures during an earthquake, from work and norms abroad|In Russian|Stroit. Mekh. Raschet Sooruzh.::2:1978:63-66|Building
J|0630|Martem'yanov,A.I.+Shirova,Z.Kh.|Spectra of the vertical components of seismic actions|In Russian|Stroit. Mekh. Raschet Sooruzh.::2:1978:67-70
J|0631|Klima,K.|Elastic constants computed for a medium composed of thin anisotropic layers||Studia geophys. geod.:22:1:1978:45-49|Layered medium+Stress+Anisotropy+Strain+Elasticity
J|0632|Charamza,F.|An algorithm for the minimum-length least-squares solution of a set of observation equations||Studia geophys. geod.:22:2:1978:129-139|Least squares solution
J|0633|Kubacek,L.+Kubackova,L.|The present approach to the study of the least-squares method||Studia geophys. geod.:22:2:1978:140-147|Least squares solution
J|0634|Hedayati,A.+Brander,J.L.+Mason,R.G.|Instances of premonitory crustal velocity ratio changes in Iran||Tectonophysics:44:1-4:1978:T1-T6|P-wave+S-wave+Precursor+Tehran
J|0635|Singh,V.P.+Singh,J.|On the seismicity and tectonics associated with the Sinkiang-Tibetan region||Tectonophysics:44:1-4:1978:T7-T20|1905-1965+China
J|0636|Hanus,V.+Vanek,J.|Morphology of the Andean Wadati-Benioff zone, andesitic volcanism, and tectonic features of the Nazca Plate||Tectonophysics:44:1-4:1978:65-77|Nazca-Cocos Plate+Tectonics+Deep-focus earthquake+Lithosphere+Subduction+Pacific Ocean+South Pacific
J|0637|Kern,H.|The effect of high temperature and high confining pressure on compressional wave velocities in quartz-bearing and quartz-free igneous and metamorphic rocks||Tectonophysics:44:1-4:1978:185-203|High pressure+Velocity+Igneous rock+P-wave
J|0638|Puzyrev,N.N.+Mandel'baum,M.M.+Krylov,S.V.+|Deep structure of the Baikal and other continental rift zones from seismic data||Tectonophysics:45:1:1978:15-22|Baikalian Rift+Crustal structure+USSR
J|0639|Solonenko,V.P.|Seismotectonics of the Baikal rift zone||Tectonophysics:45:1:1978:61-69|Baikalian Rift+USSR
J|0640|Golenetskii,S.I.+Misharina,L.A.|Seismicity and earthquake focal mechanisms in the Baikal rift zone||Tectonophysics:45:1:1978:71-85|Baikalian Rift+USSR
J|0641|Veevers,J.J.+Falvey,D.A.+Robins,S.|Timor Trough and Australia: facies show topographic wave migrated 80 km during the past m.y.||Tectonophysics:45:2-3:1978:217-227|Prospecting+Deep seismic sounding
J|0642|Whitcomb,J.H.|Review of ``Earthquake prediction'' by T. Rikitaki||Tectonophysics:45:2-3:1978:239-241|Solid-earth geophysics
J|0643|Kanasewich,E.R.|Review of ``Introduction to digital filtering in geophysics'' by O. Kulhanek||Tectonophysics:45:2-3:1978:243|Digital filter technique
J|0644|Rikitake,T.|Classification of earthquake prediction information for practical use||Tectonophysics:46:1-2:1978:175-185|Statistical method
J|0645|Bath,M.|Review of ``Collected papers of Sir Harold Jeffreys on geophysics and other sciences. 6. Mathematics, probability and miscellaneous other sciences''||Tectonophysics:46:1-2:1978:217-218|Jeffreys, Sir Harold
J|0646|Cagnetti,V.+Pasquale,V.+Polinari,S.|Fault-plane solutions and stress regime in Italy and adjacent regions||Tectonophysics:46:3-4:1978:239-250|Focal mechanism+Fault plane solution+Mediterranean
J|0647|Makris,J.|Some geophysical considerations on the geodynamic situation in Greece||Tectonophysics:46:3-4:1978:251-268|Deep seismic sounding+Seismicity+Geophysical investigation+Geodynamics+Mediterranean
J|0648|Makris,J.|The crust and upper mantle of the Aegean region from deep seismic soundings||Tectonophysics:46:3-4:1978:269-284|Aegean Sea+1971-1974+Mediterranean
J|0649|Papazachos,B.C.+Comninakis,P.E.|Deep structure and tectonics of the eastern Mediterranean||Tectonophysics:46:3-4:1978:285-296|Refraction study+Reflexion study+Gravity
J|0650|Nur,A.+Ben-Avraham,Z.|The eastern Mediterranean and the Levant: tectonics of continental collision||Tectonophysics:46:3-4:1978:297-311|Iran+Seismicity+Himalayas+Crustal structure
J|0651|Ben-Avraham,Z.|The structure and tectonic setting of the Levant continental margin, eastern Mediterranean||Tectonophysics:46:3-4:1978:313-331
J|0652|Morelli,C.|Eastern Mediterranean: geophysical results and implications||Tectonophysics:46:3-4:1978:333-346|Gravity+Reflexion study+Geophysical data
J|0653|Le Pichon,X.+Francheteau,J.|A plate-tectonic analysis of the Red Sea-Gulf of Aden area||Tectonophysics:46:3-4:1978:369-406|Mediterranean+Plate tectonics+Aden, G. of
J|0654|Hasegawa,A.+Umino,N.+Takagi,A.|Double-planed structure of the deep seismic zone in the northeastern Japan arc||Tectonophysics:47:1-2:1978:43-58|Deep structure
J|0655|Calcagnile,G.+Panza,G.F.|Crust and upper mantle structure under the Baltic Shield and Barents Sea from the dispersion of Rayleigh waves||Tectonophysics:47:1-2:1978:59-71|Crustal structure
J|0656|Christensen,N.I.|Ophiolites, seismic velocities and oceanic crustal structure||Tectonophysics:47:1-2:1978:131-157|Velocity
J|0657|Solov'ev,S.L.+Lappo,S.S.+Miller,G.|Organization and development of the Soviet-American expedition to study tsunamis out at sea|In Russian with English abstract|Trudy Sakhalin. kompleks. nauchno-issled. Inst.::54:1977:3-8|Pacific Ocean+Soviet-American Working Group
J|0658|Solov'ev,S.L.+Spirin,A.I.|Short description of the geomorphology, the geology and the seismicity of the continental margin near the island of Hokkaido|In Russian with English abstract|Trudy Sakhalin. kompleks. nauchno-issled. Inst.::54:1977:9-16|Pacific Ocean+Tsunami
J|0659|Kasahara,D.+Harvey,R.R.|Study of the Kuril Trench by means of an ocean-bottom seismograph|In Russian with English abstract|Trudy Sakhalin. kompleks. nauchno-issled. Inst.::54:1977:17-34|Kuril Islands+Deep-focus earthquake+P-wave+S-wave+Pacific Ocean+Instrument+Seismograph
J|0660|Mishin,S.V.|Earthquake model|In Russian|Trudy sev.-vostoch. kompleks. nauchno-issled. Inst.::76:1976:68-73|Earthquake+Prediction
J|0661|Andreyev,T.A.|On the calculation of the extent of a seismic focus|In Russian|Trudy sev.-vostoch. kompleks. nauchno-issled. Inst.::76:1976:88-94|Location+Computer program
J|0662|Nekrasov,Yu.Ye.+Mirvoyan,Yu.D.|Determination of the effective velocity according to data from the simultaneous interpretation of the results from common depth point and reflected waves methods|In Russian|Uchen. Zap. leningr. gos. Univ., Ser. fiz. geol. Nauk::26:1977:54-56|Multiple reflexion+Prospecting
J|0663|Orlov,Ye.G.+Petrova,L.N.+Lin'kov,Ye.M.|Characteristics of seismic noise in the frequency band 0.7-20 Hz|In Russian|Uchen. Zap. leningr. gos. Univ., Ser. fiz. geol. Nauk::26:1977:154-162|Leningrad+USSR
J|0664|Antonova,L.M.+Yanovskaya,T.B.|Study of the initial part of seismic recording|In Russian|Uchen. Zap. leningr. gos. Univ., Ser. fiz. geol. Nauk::26:1977:162-171
J|0665|Azbel',I.Ya.+Dmitrieva,L.A.+Yanovskaya,T.B.|Kinematics of seismic waves in the horizontal heterogeneity model of the upper mantle|In Russian|Uchen. Zap. leningr. gos. Univ., Ser. fiz. geol. Nauk::26:1977:171-178|Heterogeneous medium+Velocity+Propagation
J|0666|a-Seismic Design Project, Centre for Building Technology|Tentative provisions for the development of seismic regulations for buildings. A cooperative effort with the design professions, building code interests and the research community||U.S. natn. Bur. Stand., Spec Publs::510:1978:1-505|Earthquake engineering+Earthquake-resistant design+Standard
J|0667||Wind and seismic effects. Proceedings of the ninth joint panel conference of the U.S.-Japan cooperative programme in natural resources||U.S. natn. Bur. Stand., Spec Publs::523:1978:1-517|United States+Prediction+Risk+Natural disaster+Disaster+Catastrophe
J|0668|Yancey,C.W.C.+Camacho,A.A.|Aseismic design of building service systems: the state-of-the-art||U.S. natn. Bur. Stand., Tech. Notes::970:1978:1-82|Earthquake-resistant design+Structure+United States+Equipment
J|0669|Gel'fand,I.M.+Guberman,Sh.A.+Keilis-Borok,V.I.+|Conditions for the production of strong earthquakes (California and some other regions)|In Russian|Vychisl. Seismol.::9:1976:3-91|Prediction+United States+USSR
J|0670|Markushevich,V.M.+Reznikov,Ye.L.|Solution of the inverse problem of geometric seismics for media with horizontal heterogeneity. 2. Some conditions sufficient for the uniqueness of the solution in the case of a velocity depending on two variables|In Russian|Vychisl. Seismol.::9:1976:92-133
J|0671|Levshin,A.L.+Yanovskaya,T.B.|Reflexion and refraction of Love waves by a vertical boundary|In Russian|Vychisl. Seismol.::9:1976:160-173
J|0672|Ratnikova,L.I.+Pupins,Z.H.|Influence of absorption on volume waves in an absorbent medium with thin layers|In Russian|Vychisl. Seismol.::9:1976:174-184|Layered medium
J|0673|Zhelankina,T.S.+Pisarenko,V.F.+Povzner,T.A.+Pruchkina,F.M.|Resolution of spectral analysis|In Russian|Vychisl. Seismol.::9:1976:185-197
J|0674|Its,Ye.N.+Yanovskaya,T.B.|Distribution of the relation of amplitudes of longitudinal waves emerging from the focus at different angles|In Russian|Vychisl. Seismol.::9:1976:198-208|Mathematical model
J|0675|Shtemenko,Yu.N.+Tsibul'skii,V.I.|Optimum estimation of source magnitude from data from a system of stations|In Russian|Vychisl. Seismol.::9:1976:209-219
J|0676|Kats,S.A.+Mikhailova,N.G.|Polarizational analysis of three-component observations|In Russian|Vychisl. Seismol.::9:1976:220-232|Spectral analysis+Algorithm+Seismogram
J|0677|Bruk,M.G.|Relation between dispersion curves and closed geodetic lines and the corollary with regard to the inverse problem|In Russian|Vychisl. Seismol.::9:1976:233-242
J|0678|Kosobokov,V.G.+Rotwein,I.M.|Recognition of places where strong earthquakes may occur. 6. Magnitude M>=7.0|In Russian|Vychisl. Seismol.::10:1977:3-18|Prediction
J|0679|Artem'ev,M.Ye.+Rotwein,I.M.+Sadovskii,A.M.|Recognition of places where strong earthquakes may occur. 7. Analysis of gravitational Bouguer anomalies for California and adjacent regions|In Russian|Vychisl. Seismol.::10:1977:19-32|Bouguer gravity anomaly+Prediction+United States
J|0680|Alekseyevskaya,M.A.+Gabrielov,A.M.+Gvishiani,A.D.+|Formalized morphostructural zoning of mountainous countries|In Russian|Vychisl. Seismol.::10:1977:33-49|Prediction+Tectonics
J|0681|Gabrielov,A.M.+Gorshkov,A.I.+Rantsman,Ye.Ya.|Formalized morphostructural zoning|In Russian|Vychisl. Seismol.::10:1977:50-58|Tectonics+USSR+Prediction
J|0682|Grudeva,N.P.+Levshin,A.L.|Theoretical spectra of seismic waves. 1. Surface waves|In Russian|Vychisl. Seismol.::10:1977:83-106|Sphere+Heterogeneous medium
J|0683|Grudeva,N.P.+Levshin,A.L.+Malinovskaya,L.N.+|Spectra of the seismic waves from two Kamchatka earthquakes|In Russian|Vychisl. Seismol.::10:1977:107-117|1971+USSR
J|0684|Pisarenko,V.F.|Sampling properties of spectral estimation of maximum entropy|In Russian|Vychisl. Seismol.::10:1977:118-149
J|0685|Brodskii,M.A.|Asymptotic method in the direct and inverse problem for spheroidal oscillations of an elastic sphere|In Russian|Vychisl. Seismol.::10:1977:150-157|Direct problem
J|0686|Reznikov,Ye.L.|Uniform stability of the direct problem of geometric seismics when velocity is limited by the base|In Russian|Vychisl. Seismol.::10:1977:158-195
J|0687|Molchan,G.M.|On the integral equation of geometric seismics for reflected waves|In Russian|Vychisl. Seismol.::10:1977:196-213
J|0688|Its,Ye.N.+Yanovskaya,T.B.|Reflexion and refraction of Rayleigh waves by a vertical boundary|In Russian|Vychisl. Seismol.::10:1977:214-222
J|0689|Kats,S.A.+Mikhailova,N.G.|Non-trajectorial polarizational analysis of linearly polarized waves recorded on three-component instruments|In Russian|Vychisl. Seismol.::10:1977:223-232|Algorithm
J|0690|Yershova,T.N.+Kats,S.A.+Mikhailova,N.G.+|Use of energy analysis and adaptive velocity filtering in deep seismic sounding data processing|In Russian|Vychisl. Seismol.::10:1977:233-249|Okhotsk, Sea of
J|0691|Boiko,A.N.+Markushevich,V.M.+Reznikov,Ye.L.|Experiment in automatic recording and data processing in marine geophysical surveying|In Russian|Vychisl. Seismol.::10:1977:250-254|Marine seismic investigation+Automatic analysis
J|0692|Bruk,M.G.+Kolesnikov,Yu.A.|Study of the stability of seismometers with active feedback coupling|In Russian|Vychisl. Seismol.::10:1977:255-260|Instrument
J|0693|Kolesnikov,Yu.A.+Willmore,P.L.|Construction of a stable electrodynamic velocimeter with active feedback coupling|In Russian|Vychisl. Seismol.::10:1977:261-298|Instrument+Stability
J|0694|Seno,T.|Time intervals for the recurrence of large earthquakes in the Sagami Trough region, Japan, calculated from vertical movements of the crust|In Japanese with English abstract|Zisin:30:3:1977:259-264|Honshu+Crustal movement+Temporal distribution
J|0695|Kikuchi,M.|Method for estimating seismic responses and its application|In Japanese with English abstract|Zisin:30:3:1977:265-273|Igneous rock+Spectral analysis
J|0696|Oda,H.+Sato,T.+Yamamoto,K.+Hirasawa,T.+|Attenuation of S-waves near the earth's surface|In Japanese with English abstract|Zisin:30:3:1977:275-282|Q
J|0697|Fujii,K.+Nakayama,Y.+Nakano,M.|Seismic model study of elastic radiation from spherical sources|In Japanese with English abstract|Zisin:30:3:1977:283-294|Sphere+S-wave+P-wave
J|0698|Kusunose,K.+Hirasawa,T.|Characteristics of the occurrence of aftershocks in the case of the earthquake in southeast Akita in 1970|In Japanese with English abstract|Zisin:30:3:1977:295-306|Spatial distribution+Temporal distribution+Honshu+Japan+Tectonics+Focal mechanism
J|0699|Iizuka,S.|Study of the temporal variations of VP/VS around Suruga Bay|In Japanese with English abstract|Zisin:30:3:1977:307-316|Precursor+Honshu+Japan+P-wave+S-wave
J|0700|Muramatu,I.|A seismograph for recording the velocity of strong motions in a wide-frequency band|In Japanese with English abstract|Zisin:30:3:1977:317-338|Strong-motion instrument+Instrument
J|0701|Tsukuda,T.+Nakao,S.|Study of microearthquake sequences in the regions of east Chugoku and north Kinki, southwest Japan|In Japanese with English abstract|Zisin:30:3:1977:339-358|Seismicity+Location+Honshu
J|0702|Ishibashi,K.|Source region of the Genroku Kanto earthquake of 1703 and the recurrence time of the principal earthquakes of Sagami Bay|In Japanese|Zisin:30:3:1977:369-374|Temporal distribution+Honshu+Japan+Sagami Trough
J|0703|Tada,T.|The Atami-Numazu geotectonic line|In Japanese|Zisin:30:3:1977:374-377|Seismicity+Tectonics+Crustal movement+Japan+Honshu
J|0704|Fujii,Y.|Propagation of the sliding dislocation along the eastern tectonic line off Izu, Japan around the years 1930 and 1976|In Japanese with English abstract|Zisin:30:4:1977:389-400|Seismicity+Crustal movement+Honshu
J|0705|Hisamoto,S.|Susceptibility to earthquakes at Hokkaido|In Japanese with English abstract|Zisin:30:4:1977:401-414|Japan+Spatial distribution
J|0706|Ohta,Y.+Goto,N.+Shiono,K.+Takahashi,H.+|Velocity of shear waves in the deep deposits of the ground. Measurement in a 3500 metres deep sounding and its significance|In Japanese with English abstract|Zisin:30:4:1977:415-433|SH-wave+Propagation
J|0707|Horiuchi,S.|Deformation of the plate in subduction, consequent upon the absolute movement of the island arc plate Izu-Bonin-Marianas|In Japanese with English abstract|Zisin:30:4:1977:435-447|Plate tectonics+Lithosphere+Bonin Islands+Pacific Ocean
J|0708|Noguchi,S.+Abe,K.|Mechanism of a seismic source and the Ms-Mb relation|In Japanese with English abstract|Zisin:30:4:1977:487-507|Magnitude+Mathematical model
J|0709|Katsumata,M.+Kashiwabara,S.|Note on the JMA magnitude scale|In Japanese with English abstract|Zisin:30:4:1977:511-513|Japan Meteorological Agency+Seismicity
J|0710|Katsumata,M.+Kashiwabara,S.+Tsumura,K.|Study of the magnitude of microearthquakes|In Japanese with English abstract|Zisin:30:4:1977:514-516|Seismicity
A|0711|Ambraseys,N.N.+Despeyroux,J.|The earthquake of 4 March 1977|No. FMR/SC/GEO/78/102. In English and French|1978:Paris:UNESCO|Romania+Behaviour+Structure+Building|47p|#*ROMANIAN
A|0712|Bolt,B.A.|Earthquakes: a primer (A series of books in geology)||1978:San Francisco:W.H. Freeman & Company||241p
A|0713|Burridge,R.|Some mathematical topics in seismology||1976:New York:Courant Inst. of Mathematical Sciences, New York University|Mathematical geophysics|317p
A|0714|e*Chen,C.H.|Computer-aided seismic analysis and discrimination. Methods in geochemistry and geophysics, 13||1978:New York:Elsevier|Spectral analysis+Data processing+Exploration|176p
A|0715|Dowrick,D.J.|Earthquake resistant design: a manual for engineers and architects||1977:London:John Wiley and Sons|Earthquake-resistant design+Earthquake engineering+Handbook|374p
A|0716||Instrumentation for ground vibration and earthquakes. Proceedings of the Conference of the Society for Earthquake and Civil Engineering Dynamics, Keele, 1977||1978:London:Inst. Civil Engineers|Prediction+Earthquake engineering|172p
A|0717|e*Kisslinger,C.+Suzuki,Z.|Earthquake precursors. Proceedings of the U.S.-Japan seminar on theoretical and experimental investigations of earthquake precursors. Advances in Earth and planetary Sciences, 2||1978:Tokyo:Centre for Academic Publications Japan|United States+Prediction+1977|296p
A|0718|Arvidson,P.W.|A new look at earthquakes and other phenomena||1978:Fresno, California:Pioneer||74p
A|0719|Kulhanek,O.|Introduction to digital filtering in geophysics. Developments in solid earth geophysics, 8||1976:Oxford:Elsevier Scientific Publishing Company|Digital filter technique+Solid-earth geophysics|168p
A|0720|e*Maguire,P.K.H.|The collection, processing and interpretation of seismic refraction data||1977:Leicester:Univ. of Leicester|Data processing+Refraction study|53p
A|0721|e*Nairn,A.E.M.+Kanes,W.H.+Stehli,F.G.|The ocean basins and margins. Vol. 4A: The eastern Mediterranean||1978:New York:Plenum Press||503p
A|0722|e*Nairn,A.E.M.+Kanes,W.H.+Stehli,F.G.|The ocean basins and margins. Vol. 4B: The western Mediterranean||1978:New York:Plenum Press||447p
A|0723|Payton,C.E.|Seismic stratigraphy - applications to hydrocarbon exploration., Mem. 26||1977:Tulsa, Oklahoma:American Association of Petroleum Geologists||516p
A|0724|e*Pec,K.+Nedoma,J.|The use of finite element method and finite difference method in geophysics. Proceedings of a KAPG summer school, Castle Liblice, Czechoslovakia|A collection of papers in either English, Russian or German|1978:Prague:Geophys. Inst. Czech. Academy of Sciences||364p
A|0725|Persen,L.|Rock dynamics and geophysical exploration. Introduction to stress waves in rocks. Developments in geotechnical engineering, 8||1975:New York:Elsevier|Geophysical prospecting|276p
A|0726|a-Reinsurance Offices Association|Earthquake study Ecuador||1978:London:Reinsurance Offices Association|Insurance+Risk+Building+Earthquake-resistant design+Seismicity+History|37p
A|0727|a-Reinsurance Offices Association|Earthquake study Venezuela||1978:London:Reinsurance Offices Association|Insurance+Risk+Building+Earthquake-resistant design|40p
A|0728|e*Savarenskii,Ye.F.+Solov'ev,S.L.|Tsunami research in the open sea|In Russian|1978:Moscow:Nauka||147p
A|0729|Solomon,K.A.+Okrent,D.|Seismic building codes for the city of Los Angeles, California. A brief case study||1977:Santa Monica, California:Rand|United States+Earthquake engineering+Earthquake-resistant design|33p
A|0730|e*Solov'ev,S.L.|Methods of calculating tsunami origin and spreading|In Russian|1978:Moscow:Nauka||144p
A|0731|Stacey,F.D.|Physics of the earth, 2nd edition||1975:New York:John Wiley and Sons|Geophysics|414p
A|0732|Udias,A.|Deep seismic profiles in Spain (1974-1975)|In Spanish|1977:Madrid:Inst. Geografico y Catastral|Deep seismic sounding|160p
A|0733|Worotnicki,G.+Denham,D.|The state of stress in the upper part of the earth's crust in Australia according to measurements in mines and tunnels and from seismic observations|Research Paper No. 272|1976:Canberra:Commonwealth Scientific and Industrial Research Organization, Division of Applied Geomechanics|Focal mechanism|12p
A|0734||Learning from earthquakes - 1977 planning and field guides||1977:Oakland, California:Earthquake Engineering Research Institute|Handbook|200p
A|0735||International Symposium on computer aided seismic analysis and discrimination. Proceedings. Falmouth, Mass., 1977||1977: Long Beach, California:Inst. Electrical and Electronics Engineers, Computer Society|Data processing|122p
A|0736||Mindanao, Philippines, earthquake report||1978:Berkeley, California:Earthquake Engineering Research Institute|1976|119p|#*MINDANAO
B|0737|||FOA Report C 20221-E4|Mitlid,P.|A differential input gainranging amplifier employing monolithic integrated circuits|With Swedish abstract|1978:Stockholm:Res. Inst. National Defence|Instrument|17p
B|0738|||FOA Report C 20231-T1|Elvers,E.|The capability of a network of seismological stations to detect events and to obtain identification parameters|With Swedish abstract|1978:Stockholm:Res. Inst. National Defence|Detection|31p
B|0739|||FOA Report C 20232-T1|Elvers,E.|Seismic magnitude estimates, with a minimum number of detections|With Swedish abstract|1978:Stockholm:Res. Inst. National Defence||23p
B|0740|||Report No. 1|Shapira,A.+Bath,M.|Source mechanism determination of short distance microearthquakes||1978:Uppsala:Seismological Inst.|Focal mechanism+P-wave|25p
B|0741|||Report No. 2|Shapira,A.+Kulhanek,O.+Wahlstrom,R.|Threshold magnitudes for weak regional seismic events||1978:Uppsala:Seismological Inst.|Weak earthquake+Detection+Sweden|24p
B|0742|||Report No. 3|Wahlstrom,R.|Magnitude-scaling of earthquakes in Fennoscandia||1978:Uppsala:Seismological Inst.|Magnitude scale|44p
B|0743||Theoretical and experimental research on the tsunami problem||Oskorbin,L.S.+Poplavskaya,L.N.+Boichuk,A.N.+|Earthquakes of June 17-26, 1973 in the Little Kuril Islands arc region|In Russian with English abstract|1977:Moscow:Nauka|Macroseismic data+USSR|200-209|#*NEMUROOKI|#*KURILS4|#*KURILS5
V|1978:2||Bibliography of seismology. 1978 July-December|ISC:14:2:1980
J|0001|Singh,B.M.+Singh,S.J.+Chopra,S.D.|Reflection and refraction of SH waves at the plane boundary between two laterally and vertically heterogeneous solids|With Polish abstract|Acta geophys. pol.:26:3:1978:209-216|SH-wave+Reflexion+Heterogeneous medium
J|0002|Kebeasy,R.M.+Albert,R.N.H.+Ibrahim,S.D.|Application of complexity of P-wave records for discrimination of artificial and natural seismic sources|With Polish abstract|Acta geophys. pol.:26:3:1978:217-224|Helwan+Egypt+Underground nuclear explosion+Earthquake+USSR+China+India+1973-1975+Explosion seismology
J|0003|Dey,S.+Addy,S.K.|Love waves under initial stresses|With German abstract|Beitr. Geophys.:87:4:1978:305-311|Phase velocity
J|0004|De,S.K.+Bhattacharyya,S.|On the strong SH-motion in a general viscoelastic material overlying a hard elastic matter|With German abstract|Beitr. Geophys.:87:4:1978:312-316|SH-wave+Viscoelastic solid
J|0005|Ghosh,M.+Ghosh,M.L.|Displacement due to a uniformly moving line load over the plane boundary of an inhomogeneous elastic half-space|With German abstract|Beitr. Geophys.:87:4:1978:317-332|Semi-infinite medium
J|0006|Martin,H.|*New progress in the determination of *damage caused by earthquake shocks and explosions|In German with English abstract|Beitr. Geophys.:87:5:1978:377-389
J|0007|Bhattacharyya,S.+Sengupta,P.R.|Effects of initial stress on reflection and refraction of plane waves at a plane interface of two elastic solid media|With German abstract|Beitr. Geophys.:87:5:1978:395-402|Reflexion+Solid medium+SH-wave+Elastic medium
J|0008|Pal,P.C.|The propagation of SH-type waves in two heterogeneous media overlying a homogeneous half-space|With German abstract|Beitr. Geophys.:87:5:1978:403-408|SH-wave+Heterogeneous medium
J|0009|Stiller,H.+Franck,S.|On the change of seismic velocities at pressure- and temperature-induced phase transitions||Beitr. Geophys.:87:5:1978:409-411|Velocity+Phase change
J|0010|Hurtig,E.|Review of ``Geophysical methods in geology'' by P.V. Sharma|In German|Beitr. Geophys.:87:5:1978:412|Geophysical investigation
J|0011|Czepa,O.|Review of ``Introduction to digital filtering in geophysics'' by O. Kulhanek|In German|Beitr. Geophys.:87:5:1978:415|Digital filter technique
J|0012|Unterreitmeier,E.+Teupser,C.+Buder,H.|The electronic seismograph EDS 1|In German with English abstract|Beitr. Geophys.:87:6:1978:441-454|Instrument
J|0013|Bhattacharyya,S.+Sengupta,P.R.|Surface waves in magnetoviscoelastic solids under initial stress|With German abstract|Beitr. Geophys.:87:6:1978:489-499|Elastic medium+Magnetoviscoelasticity
J|0014|Ullmann,W.|Review of ``Stress in the earth'' edited by M. Wyss|In German|Beitr. Geophys.:87:6:1978:501-502
J|0015|McEwin,A.+Underwood,R.+Denham,D.|Earthquake risk in Australia||BMR J. Aust. Geol. Geophys.:1:1:1976:15-21|Seismicity+Map+Zoning
J|0016|Dooley,J.C.|Variation of crustal mass over the Australian region||BMR J. Aust. Geol. Geophys.:1:4:1976:291-296|Refraction study+Velocity+Thickness
J|0017|Pinchin,J.|A seismic investigation of the eastern margin of the Galilee Basin, Queensland||BMR J. Aust. Geol. Geophys.:3:3:1978:193-202|Reflexion study+Australia+Geophysical investigation+Prospecting
J|0018|Collins,C.D.N.|Crustal structure of the central Bowen Basin, Queensland||BMR J. Aust. Geol. Geophys.:3:3:1978:203-209|Refraction study+Geophysical investigation+Prospecting+Australia+Mohorovicic discontinuity
J|0019|Sydenham,P.H.|Early geophysical practice - the BMR instrument collection||BMR J. Aust. Geol. Geophys.:3:3:1978:241-248|Australia+History+Bureau of Mineral Resources
J|0020|Hinz,K.+Beiersdorf,H.+Exon,N.F.+Roeser,H.A.+|Geoscientific investigations from the Scott Plateau off northwest Australia to the Java Trench||BMR J. Aust. Geol. Geophys.:3:4:1978:319-340|Geophysical investigation
J|0021|Christoskov,L.+Mardirosyan,G.|A system for automatic adjustment of seismograph magnification|In Bulgarian with Russian and English abstracts|Bulg. geofiz. Spis.:4:3:1978:82-88|Instrument
J|0022|Georgiev,T.+Iliev,I.+Petrov,P.|On the seismic microzonation of industrial construction sites|With Russian abstract|Bulg. geofiz. Spis.:4:4:1978:65-75|Microzoning+Industry
J|0023|Minkov,M.+Evstatiev,D.+Karachorov,P.|On the influence of the stabilization bracing of the ground foundations on the destructive action of earthquakes|In Bulgarian with Russian and English abstracts|Bulg. geofiz. Spis.:4:4:1978:76-85|1977+Romania+Damage||#*ROMANIAN
J|0024|Tsenov,L.|Taking into account the seismic excitation in the calculation of structures|In Bulgarian with Russian and English abstracts|Bulg. geofiz. Spis.:4:4:1978:86-91|Loading+Building
J|0025|Donev,E.+Evtimov,S.|Method of maximum entropy in mathematical spectral analysis|In Bulgarian with Russian and English abstracts|Bulg. geofiz. Spis.:4:4:1978:106-110|Seismicity+Sofia+1892-1963
J|0026|Balch,A.H.+Lee,M.W.+Ryder,R.T.|Application of vertical seismic profile to stratigraphic exploration problems, Powder River basin, Wyoming||Bull. Am. Ass. Petrol. Geol.:61:8:1977:1371-1372|Prospecting+United States+Stratigraphy+Hydrocarbon
J|0027|Scherba,M.G.|High-resolution seismic exploration for geologic faults in coal seams||Bull. Am. Ass. Petrol. Geol.:61:8:1977:1390|Prospecting
J|0028|Kato,M.|Observations of crustal movements by newly-designed horizontal pendulum and water-tube tiltmeters with electromagnetic transducers||Bull. Disast. Prev. Res. Inst., Kyoto Univ.:27:4:1977:155-171|Earth tide+Instrument
J|0029|Tsukuda,T.|On the use of analog filters in evaluating amplitude spectra of seismic waves||Bull. Disast. Prev. Res. Inst., Kyoto Univ.:28:1:1978:1-8|Data processing+Analogue+Filtering
J|0030|Yoshida,M.|Group velocity distributions of Rayleigh waves and two upper mantle models in the Pacific Ocean|With Japanese abstract|Bull. Earthq. Res. Inst. Tokyo Univ.:53:2:1978:319-338
J|0031|Kasahara,J.|Crustal deformation associated with a fault formation estimated by the finite element method|With Japanese abstract|Bull. Earthq. Res. Inst. Tokyo Univ.:53:2:1978:339-357|Focal mechanism+Mikawa+1945+Japan
J|0032|Fujino,Y.+Hakuno,M.|Characteristics of elasto-plastic ground motion during an earthquake|With Japanese abstract|Bull. Earthq. Res. Inst. Tokyo Univ.:53:2:1978:359-378
J|0033|Usami,T.+a-Histographical Institute|Study of earthquakes in the Sanriku District during the Edo period. Seismic activity and some gigantic earthquakes|In Japanese with English abstract|Bull. Earthq. Res. Inst. Tokyo Univ.:53:2:1978:379-406|1598-1873+Seismicity+Tsunami+Japan
J|0034|Marayama,T.|Frequency distribution of the sizes of fractures generated in the branching process - Elementary analysis|In Japanese with English abstract|Bull. Earthq. Res. Inst. Tokyo Univ.:53:2:1978:407-421|Frequency-magnitude relation
J|0035|Hatori,T.|Monuments of the Nankaido tsunamis of 1605, 1707 and 1854 in the Shikoku District: behaviour of historical tsunamis and their comparison with the 1946 Nankaido tsunami|In Japanese with English abstract|Bull. Earthq. Res. Inst. Tokyo Univ.:53:2:1978:423-445|Japan+History
J|0036|Sasaki,Y.+Fujino,Y.+Hakuno,M.|Effects of topographical features on earthquake-induced damage - A numerical study|In Japanese with English abstract|Bull. Earthq. Res. Inst. Tokyo Univ.:53:2:1978:447-459|1976+Italy+Friuli+Topography||#*FRIULI
J|0037|Fujino,Y.+Sasaki,Y.+Hakuno,M.|Slip of a friction-controlled mass excited by earthquake motions|In Japanese with English abstract|Bull. Earthq. Res. Inst. Tokyo Univ.:53:2:1978:461-480
J|0038|Shimozuru,D.|Joint geophysical and geochemical observations of the Asama volcano in 1977|In Japanese with English abstract|Bull. Earthq. Res. Inst. Tokyo Univ.:53:2:1978:481-485|Volcanism+Seismicity+Japan+Honshu
J|0039|Shimazaki,K.+Somerville,P.+Tsuneishi,Y.+Ito,T.+|The Izu-Oshima-kinkai earthquake of 1978|A collection of papers and reports in either English or Japanese|Bull. Earthq. Res. Inst. Tokyo Univ.:53:3:1978:613-1133|Japan||#*IZUOSHIMA
J|0040|Briggs,P.+Press,F.+Guberman,Sh.A.|Pattern recognition applied to earthquake epicentres in California and Nevada||Bull. geol. Soc. Am.:88:2:1977:161-173|United States
J|0041|Francis,T.J.G.+Porter,I.T.+McGrath,J.R.|Ocean-bottom seismograph observations on the Mid-Atlantic Ridge near lat. 37degreesN||Bull. geol. Soc. Am.:88::1977:664-667|Seismograph+Instrument
J|0042|Jongsma,D.|Bathymetry and shallow structure of the Pliny and Strabo Trenches, south of the Hellenic Arc||Bull. geol. Soc. Am.:88::1977:797-805|Hellenic arc+Bathymetric study
J|0043|Hill,R.L.+Beeby,D.J.|Surface faulting associated with the 5.2 magnitude Galway Lake earthquake of May 31, 1975: Mojave Desert, San Bernardino County, California||Bull. geol. Soc. Am.:88:10:1977:1378-1384|Mojave Des.+United States||#*GALWAYLAKE
J|0044|Linton,J.A.+Smylie,D.E.+Jensen,O.G.|Gravity meter observation of free modes excited by the August 19, 1977 Indonesia earthquake||Bull. Geophys. Coll. Jean-de-Brebeuf::44:1978:3-18|Free oscillation+Gravimetric data||#*INDONESIAN
J|0045|Madariaga,R.|The dynamic field of Haskell's rectangular dislocation fault model||Bull. seism. Soc. Am.:68:4:1978:869-887|Rectangle+Haskell's model
J|0046|Achenbach,J.D.+Gautesen,A.K.+McMaken,H.|Diffraction of point-source signals by a circular crack||Bull. seism. Soc. Am.:68:4:1978:889-905|Point source+Rock mechanics
J|0047|Swanger,H.J.+Boore,D.M.|Simulation of strong-motion displacements using surface-wave modal superposition||Bull. seism. Soc. Am.:68:4:1978:907-922|Strong-motion analysis+Accelerogram+Synthetic seismogram+California+United States+Surface wave+1968+Borrego Mt.
J|0048|Rautian,T.G.+Khalturin,V.I.|The use of the coda for determination of the earthquake source spectrum||Bull. seism. Soc. Am.:68:4:1978:923-948
J|0049|Rautian,T.G.+Khalturin,V.I.+Martynov,V.G.+Molnar,P.|Preliminary analysis of the spectral content of P and S waves from local earthquakes in the Garm, Tadjikistan region||Bull. seism. Soc. Am.:68:4:1978:949-971|S-wave+P-wave+Spectral analysis+USSR+Tadzhikistan
J|0050|Hart,R.S.+Butler,R.|Shear-wave travel times and amplitudes for two well-constrained earthquakes||Bull. seism. Soc. Am.:68:4:1978:973-985|1968+Borrego Mt.+Hilo+1973+Hawaii+SH-wave+Travel-times+California+United States
J|0051|Miller,R.K.|The effects of boundary friction on the propagation of elastic waves||Bull. seism. Soc. Am.:68:4:1978:987-998
J|0052|Chez,E.L.+Dundurs,J.+Comninou,M.|Reflection and refraction of SH waves in presence of slip and friction||Bull. seism. Soc. Am.:68:4:1978:999-1012|SH-wave+Reflexion
J|0053|Burdick,L.J.|t* for S waves||Bull. seism. Soc. Am.:68:4:1978:1013-1030|Borrego Mt.+1968+United States+California+S-wave+P-wave+Continental crust
J|0054|Seneff,S.|A fast new method for frequency-filter analysis of surface waves: application in the west Pacific||Bull. seism. Soc. Am.:68:4:1978:1031-1048|Filtering+Pacific Ocean
J|0055|Stauber,D.A.+Boore,D.M.|Crustal thickness in northern Nevada from seismic refraction profiles||Bull. seism. Soc. Am.:68:4:1978:1049-1058|Reflexion study+Crustal structure+Prospecting+United States
J|0056|Chang,A.C.+Cleary,J.R.|Precursors to PKKP||Bull. seism. Soc. Am.:68:4:1978:1059-1079|PKKP+Novaya Zemlya+Underground nuclear explosion+USSR+Explosion
J|0057|Sodbinow,E.S.+Bollinger,G.A.|Seismic studies in central and eastern Tennessee||Bull. seism. Soc. Am.:68:4:1978:1081-1094|United States+Crustal structure+Seismicity
J|0058|Herrmann,R.B.+Canas,J.A.|Focal mechanism studies in the New Madrid seismic zone||Bull. seism. Soc. Am.:68:4:1978:1095-1102|United States+Missouri+Mississippi Valley
J|0059|Marks,S.M.+Lindh,A.G.|Regional seismicity of the Sierran foothills in the vicinity of Oroville, California||Bull. seism. Soc. Am.:68:4:1978:1103-1115|United States||#*OROVILLE
J|0060|Boatwright,J.|Detailed spectral analysis of two small New York State earthquakes||Bull. seism. Soc. Am.:68:4:1978:1117-1131|1975+Attica+1973+Blue Mountain L.||#*BLUEMT
J|0061|Hays,W.W.+King,K.W.+Park,R.B.|Duration of nuclear explosion ground motion||Bull. seism. Soc. Am.:68:4:1978:1133-1145|Underground nuclear explosion+Duration+STRAIT+1976+United States||#*STRAIT
J|0062|Anderson,J.G.|On the attenuation of Modified Mercalli intensity with distance in the United States||Bull. seism. Soc. Am.:68:4:1978:1147-1179|Spatial distribution
J|0063|Housner,G.W.|A challenge to earthquake research|Presidential address|Bull. seism. Soc. Am.:68:4:1978:1181-1185|Hazard+Prediction+Legislation
J|0064|Keller,R.P.+Allen,C.R.+Gilman,R.+Goulty,N.R.+|Monitoring slip along major faults in southern California||Bull. seism. Soc. Am.:68:4:1978:1187-1190|United States
J|0065|Harsh,P.W.+Pavoni,N.|Slip on the Paicines fault||Bull. seism. Soc. Am.:68:4:1978:1191-1193|Hollister+California+United States
J|0066|Shapira,A.+Kulhanek,O.|Conventional and spectral short-period body-wave magnitudes||Bull. seism. Soc. Am.:68:4:1978:1195-1198|Underground nuclear explosion+Data processing+Body wave
J|0068|Bakun,W.H.+Houck,S.T.+Lee,W.H.K.|A direct comparison of ``synthetic'' and actual Wood-Anderson seismograms||Bull. seism. Soc. Am.:68:4:1978:1199-1202|Synthetic seismogram+Data processing
J|0069|Bakun,W.H.+Stewart,R.M.+Bufe,C.G.|Directivity in the high-frequency radiation of small earthquakes||Bull. seism. Soc. Am.:68:5:1978:1253-1263|Direction+1972+California+San Andreas Fault+United States
J|0070|Ishida,M.+Kanamori,H.|The foreshock activity of the 1971 San Fernando earthquake, California||Bull. seism. Soc. Am.:68:5:1978:1265-1279|United States+Precursor
J|0071|Ebel,J.E.+Burdick,L.J.+Stewart,G.S.|The source mechanism of the August 7, 1966 El Golfo earthquake||Bull. seism. Soc. Am.:68:5:1978:1281-1292|Focal mechanism+Synthetic seismogram+Seismogram+California, Gulf of+United States
J|0072|Bouchon,M.|The importance of the surface or interface P wave in near-earthquake studies||Bull. seism. Soc. Am.:68:5:1978:1293-1311|P-wave+Near-field data+Surface wave+Source
J|0073|Hong,T-L.+Helmberger,D.V.|Glorified optics and wave propagation in nonplanar structure||Bull. seism. Soc. Am.:68:5:1978:1313-1330|Synthetic seismogram+Seismogram
J|0074|Cole,D.M.+Kosloff,D.D.+Minster,J.B.|A numerical boundary integral equation method for elastodynamics. 1||Bull. seism. Soc. Am.:68:5:1978:1331-1357
J|0075|Sobel,P.A.+Von Seggern,D.H.|Applications of surface-wave ray tracing||Bull. seism. Soc. Am.:68:5:1978:1359-1379|Surface wave+Upper mantle+North America
J|0076|Acharya,H.K.+Bentley,C.R.|Investigation of surface-wave dispersion in an inhomogeneous medium by the finite difference method||Bull. seism. Soc. Am.:68:5:1978:1381-1386|Surface wave+Antarctic
J|0077|Gir,R.+Subhash,S.M.G.+Choudhury,M.A.|Investigation of crustal structure by the analysis of reverberation periodicities||Bull. seism. Soc. Am.:68:5:1978:1387-1397|Periodicity+P-wave+S-wave
J|0078|Bache,T.C.+Rodi,W.L.+Harkrider,D.G.|Crustal structures inferred from Rayleigh-wave signatures of NTS explosions||Bull. seism. Soc. Am.:68:5:1978:1399-1413|Synthetic seismogram+Nevada test site+United States+Seismogram+Rayleigh wave+Underground nuclear explosion
J|0079|Havskov,J.+Kanasewich,E.R.|Determination of the dip and strike of the Moho from array analysis||Bull. seism. Soc. Am.:68:5:1978:1415-1419|Mohorovicic discontinuity+Crustal structure+Data processing
J|0080|Sieh,K.E.|Slip along the San Andreas Fault associated with the great 1857 earthquake||Bull. seism. Soc. Am.:68:5:1978:1421-1448|California+United States
J|0081|Hadley,D.M.+Kanamori,H.|Recent seismicity in the San Fernando region and tectonics in the west-central Transverse Ranges, California||Bull. seism. Soc. Am.:68:5:1978:1449-1457|United States+1971+Aftershock
J|0082|Acharya,H.K.|Mindanao earthquake of August 16, 1976: preliminary seismological assessment||Bull. seism. Soc. Am.:68:5:1978:1459-1468|Precursor+Aftershock+Tectonics+Philippines||#*MINDANAO
J|0083|Leblanc,G.+Anglin,F.M.|Induced seismicity at the Manic 3 reservoir, Quebec||Bull. seism. Soc. Am.:68:5:1978:1469-1485|1975+Canada+Dam+Manic Dam+Barrage+Man-made earthquake+Impounding+Triggering agent||#*QUEBEC
J|0084|Dobry,R.+Idriss,I.M.+Ng,E.|Duration characteristics of horizontal components of strong-motion earthquake records||Bull. seism. Soc. Am.:68:5:1978:1487-1520|Strong-motion analysis+Horizontal movement+Accelerogram+United States
J|0085|Allen,R.V.|Automatic earthquake recognition and timing from single traces||Bull. seism. Soc. Am.:68:5:1978:1521-1532|Detection+Data processing+Computer program+Automatic event detector+Automatic time marking+Trace
J|0086|Singh,S.|Geomagnetic activity and microearthquakes||Bull. seism. Soc. Am.:68:5:1978:1533-1535|1972+Solar activity+Sun
J|0087|Berger,J.+McCowan,D.W.+Farrell,W.E.+Lacoss,R.T.|Comments on ``Transfer functions for the Seismic Research Observatory seismograph system'' by D.W. McCowan and R.T. Lacoss||Bull. seism. Soc. Am.:68:5:1978:1537-1538|Instrument+SRO system+Station+Filtering
J|0088|Jarosch,H.S.|A comment on ``An optimal strategy for searching the best fault-plane solution using wave-amplitude data'' by K. Khattri||Bull. seism. Soc. Am.:68:5:1978:1539-1541|Fault plane solution+P-wave+Source+Deep-focus earthquake|With a reply by the author
J|0089|Von Seggern,D.H.+Rivers,D.W.|Comments on the use of truncated distribution theory for improved magnitude estimation||Bull. seism. Soc. Am.:68:5:1978:1543-1548|Maximum likelihood|With a reply by F. Ringdal
J|0090|Bouchon,M.|A dynamic source model for the San Fernando earthquake||Bull. seism. Soc. Am.:68:6:1978:1555-1576|1971+Ground motion+Acceleration
J|0091|Dey-Sarkar,S.K.+Chapman,C.H.|A simple method for the computation of body-wave seismograms||Bull. seism. Soc. Am.:68:6:1978:1577-1593|Body wave+Theoretical seismogram
J|0092|Stein,S.+Geller,R.J.|Attenuation measurements of split normal modes for the 1960 Chilean and 1964 Alaskan earthquakes||Bull. seism. Soc. Am.:68:6:1978:1595-1611|United States
J|0093|Savage,J.C.+Walsh,J.B.|Gravitational energy and faulting||Bull. seism. Soc. Am.:68:6:1978:1613-1622|Gravity
J|0094|Asten,M.W.|Geological control on the three-component spectra of Rayleigh-wave microseisms||Bull. seism. Soc. Am.:68:6:1978:1623-1636|Rayleigh wave+Geology
J|0095|Canas,J.A.+Mitchell,B.J.|Lateral variation of surface-wave anelastic attenuation across the Pacific||Bull. seism. Soc. Am.:68:6:1978:1637-1650|Pacific Ocean+Surface wave
J|0096|McCowan,D.W.+Glover,P.+Alexander,S.S.|A crust and upper mantle model for Novaya Zemlya from Rayleigh-wave dispersion data||Bull. seism. Soc. Am.:68:6:1978:1651-1662|Rayleigh wave
J|0097|Hartzell,S.H.+Brune,J.N.+Prince,J.|The October 6, 1974 Acapulco earthquake: an example of the importance of short-period surface waves in strong ground motion||Bull. seism. Soc. Am.:68:6:1978:1663-1677|Strong-motion analysis+Mexico||#*ACAPULCO
J|0098|McGarr,A.+Green,R.W.E.|Microtremor sequences and tilting in a deep mine||Bull. seism. Soc. Am.:68:6:1978:1679-1697|Microearthquake
J|0099|Savage,J.C.+Prescott,W.H.|Geodetic control and the 1927 Lompoc, California earthquake||Bull. seism. Soc. Am.:68:6:1978:1699-1703|Geodesy+United States
J|0100|Gawthrop,W.|The 1927 Lompoc, California earthquake||Bull. seism. Soc. Am.:68:6:1978:1705-1716|United States+Location
J|0101|Agnew,D.C.+Sieh,K.E.|A documentary study of the felt effects of the great California earthquake of 1857||Bull. seism. Soc. Am.:68:6:1978:1717-1729|Fort Tejon+Macroseismic data+Intensity+United States
J|0102|Sieh,K.E.|Central California foreshocks of the great 1857 earthquake||Bull. seism. Soc. Am.:68:6:1978:1731-1749|Fort Tejon+United States
J|0103|Herrmann,R.B.+Cheng,S-H.+Nuttli,O.W.|Archaeoseismology applied to the New Madrid earthquakes of 1811 to 1812||Bull. seism. Soc. Am.:68:6:1978:1751-1759|Missouri+Mississippi Valley+1811-1812+Archaeology
J|0104|Agnew,D.C.|The 1852 Fort Yuma earthquake - two additional accounts||Bull. seism. Soc. Am.:68:6:1978:1761-1762|California+United States+Macroseismic data
J|0105|Geller,R.J.+Kanamori,H.+Abe,K.|Addenda and corrections to ``Magnitude of great shallow earthquakes from 1904 to 1952''||Bull. seism. Soc. Am.:68:6:1978:1763-1764|Corrigenda+Shallow-focus earthquake+1904-1952
J|0106|Cigar,N.L.|Review of ``Treatise on earthquake'' by Jalal ad-Din as-Suyuti||Bull. seism. Soc. Am.:68:6:1978:1765-1766|Middle East+History
J|0107|Cramer,C.H.+Sherburne,R.W.|Microearthquake recording system||Calif. Geol.:30:1:1977:16-18|California+United States
J|0108|Wootton,T.M.|Earthquake ground motion records||Calif. Geol.:30:4:1977:86-87|Accelerogram+Strong-motion analysis
J|0109|Haas,J.E.+Mileti,D.S.|Socioeconomic impact of earthquake prediction on government, business, and community||Calif. Geol.:30:7:1977:147-157|Sociological aspect+Economics
J|0110|Leivas,E.+Cramer,C.H.+Toppozada,T.R.|Low magnitude earthquakes, high ground accelerations||Calif. Geol.:30:9:1977:212-213|Strong-motion analysis+Ground motion+Oroville+California+United States+1977
J|0111|Milne,W.G.+Rogers,G.C.+Riddihough,R.P.+McMechan,G.A.+Hyndman,R.D.|Seismicity of western Canada|With French abstract|Can. J. Earth Sci.:15:7:1978:1170-1193|Spatial distribution+Temporal distribution+1899-1975
J|0112|Horner,R.B.+Hasegawa,H.S.|The seismotectonics of southern Saskatchewan|With French abstract|Can. J. Earth Sci.:15:8:1978:1341-1355|Canada
J|0113|Sullivan,K.D.+Keen,C.E.|On the nature of the crust in the vicinity of the southeast Newfoundland Ridge|With French abstract|Can. J. Earth Sci.:15:9:1978:1462-1471|Crustal structure+North Atlantic+Prospecting+Atlantic Ocean
J|0114|Hyndman,R.D.+Rogers,G.C.+Bone,M.N.+Lister,C.R.B.|Geophysical measurements in the region of the Explorer Ridge off western Canada|With French abstract|Can. J. Earth Sci.:15:9:1978:1508-1525|Geophysical investigation+Prospecting+North Pacific+Pacific Ocean
J|0115|Withers,R.J.+Nyland,E.|Time evolution of stress under an artificial lake and its implication for induced seismicity|With French abstract|Can. J. Earth Sci.:15:9:1978:1526-1534|Triggering agent+Dam+Reservoir+Barrage+Man-made earthquake+Impounding
J|0116|Waboso,C.E.+Mereu,R.F.|The feasibility of delineating non-layered anomalous velocity zones by a combination of fan shooting and least-squares analysis|With French abstract|Can. J. Earth Sci.:15:10:1978:1642-1652|Least squares solution+Prospecting+Data processing+Canada+Ontario
J|0117|Tilling,R.I.+|Earthquake and related catastrophic events, Island of Hawaii, November 29, 1975: a preliminary report||Circ. U.S. geol. Surv.::740:1976:1-33|Hilo+Tsunami||#*HILO
J|0118|Garza,T.+Lomnitz,C.+Ruiz de Velasco,C.|An interactive epicentre location procedure for the RESMAC seismic array. 2||Comun. tec. IIMAS:9:173:1978:1-44|Mexico
J|0119|Alekseyev,A.S.+Mikhailenko,B.G.|Method of calculating theoretical seismograms for a medium with horizontal heterogeneities|In Russian|Dokl. Akad. Nauk SSSR:240:5:1978:1062-1065|Seismogram+Heterogeneous medium+Direct problem
J|0120|Chesnokov,Ye.M.|On the seismic anisotropy of the earth's crust and of the upper mantle beneath the ocean|In Russian|Dokl. Akad. Nauk SSSR:240:5:1978:1074-1077|Pacific Ocean+Crustal structure+Deep seismic sounding
J|0121|Vinnik,L.P.+Lukk,A.A.+Mirzokurbonov,M.+Tarakanov,Yu.A.+|Sources of the considerable undulations of the geoid according to seismic and gravimetric data|In Russian|Dokl. Akad. Nauk SSSR:241:4:1978:789-792|India
J|0122|Geiko,V.S.|Rotation of the hodograph of a refracted wave|In Russian|Dokl. Akad. Nauk SSSR:241:4:1978:793-796|Travel-times
J|0123|Niazi,M.+Asudeh,I.+Ballard,G.+Jackson,J.+King,G.C.P.|The depth of seismicity in the Kermanshah region of the Zagros Mountains (Iran)||Earth planet. Sci. Lett.:40:2:1978:270-274|Microseismicity+Tectonics
J|0124|Heirtzler,J.R.+Cameron,P.+Cook,P.J.+Powell,T.|The Argo abyssal plain||Earth planet. Sci. Lett.:41:1:1978:21-31|Prospecting+Tectonics+Indian Ocean
J|0125|Il'in,A.V.|Comment on ``The July 9 and 23, 1905, Mongolian earthquakes. A surface wave investigation'' by E.A. Okal||Earth planet. Sci. Lett.:41:1:1978:107-110||With a reply by the author
J|0127|Weissel,J.K.+Anderson,R.N.|Is there a Caroline Plate?||Earth planet. Sci. Lett.:41:2:1978:143-158|Prospecting+Crustal structure+Oceanic crust+Pacific Ocean
J|0128|Embley,R.W.+Rabinowitz,P.D.+Jacobi,R.D.|Hyperbolic echo zones in the eastern Atlantic and the structure of the southern Madeira Rise||Earth planet. Sci. Lett.:41:4:1978:419-433|Atlantic Ocean+North Atlantic+Prospecting+Madeira Islands
J|0129|Hsu,T-I.+Bernard,M.C.|A random process for earthquake simulation||Earthq. Engng struct. Dyn.:6:4:1978:347-362|Model
J|0130|Saini,S.S.+Bettess,P.+Zienkiewicz,O.C.|Coupled hydrodynamic response of concrete gravity dams using finite and infinite elements||Earthq. Engng struct. Dyn.:6:4:1978:363-374|Dam+Hydrodynamics+Finite element method
J|0131|Tso,W.K.+Hsu,T-I.|Torsional spectrum for earthquake motions||Earthq. Engng struct. Dyn.:6:4:1978:375-382|Building+Structure+Ground+Spectral analysis
J|0132|Shepherd,R.|High earthquake risk buildings in New Zealand||Earthq. Engng struct. Dyn.:6:4:1978:383-395|Earthquake engineering+Structure
J|0133|Tezcan,S.S.+Yerlici,V.+Durgunoglu,H.T.|A reconnaissance report for the Romanian earthquake of 4 March 1977||Earthq. Engng struct. Dyn.:6:4:1978:397-421|Damage+Building+Structure+Earthquake engineering||#*ROMANIAN
J|0134|Rutenberg,A.+Hsu,T-I.+Tso,W.K.|Response spectrum techniques for asymmetric buildings||Earthq. Engng struct. Dyn.:6:5:1978:427-435|Structure+Earthquake engineering
J|0135|Meek,J.W.|Dynamic response of tipping core buildings||Earthq. Engng struct. Dyn.:6:5:1978:437-454|Structure+Soil+Tilt+Earthquake engineering
J|0136|Kaul,M.K.|Stochastic characterization of earthquakes through their response spectrum||Earthq. Engng struct. Dyn.:6:5:1978:497-509|Simulation
J|0137|Dempsey,K.M.+Irvine,H.M.|A note on the numerical evaluation of Duhamel's integral||Earthq. Engng struct. Dyn.:6:5:1978:511-515|Numerical calculation+Response+Accelerogram+Spectral analysis
J|0138|Iwan,W.D.|The earthquake design and analysis of equipment isolation systems||Earthq. Engng struct. Dyn.:6:6:1978:523-534|Response+Earthquake engineering
J|0139|Warburton,G.B.|Soil-structure interaction for tower structures||Earthq. Engng struct. Dyn.:6:6:1978:535-556|Building
J|0140|Nath,B.+Soh,C.H.|Transverse seismic response analysis of offshore pipelines in proximity to the sea-bed||Earthq. Engng struct. Dyn.:6:6:1978:569-583|Offshore structure+Earthquake engineering
J|0141|Iguchi,M.|Comments on the paper ``Seismic response due to travelling shear wave including soil-structure interaction with base-mat uplift'' by J.B. Wolf||Earthq. Engng struct. Dyn.:6:6:1978:585-591|Base mat+Building+Nuclear power plant|With a reply by the author
J|0142|Spall,H.|Clarence Allen talks about the responsibilities in earthquake prediction||Earthq. Inf. Bull.:10:4:1978:116-119
J|0143|Wallace,R.E.|Behaviour of different segments of the San Andreas Fault||Earthq. Inf. Bull.:10:4:1978:126-130|Creep+Prediction+California+United States
J|0144|Savage,J.C.+Prescott,W.H.|Geodimeter measurements and the southern California uplift||Earthq. Inf. Bull.:10:4:1978:131-135|Prediction+United States+Instrument
J|0145|King,C-Y.|Radon emanation on the San Andreas Fault||Earthq. Inf. Bull.:10:4:1978:136-138|Prediction+United States+California
J|0146|Ward,P.L.|Volunteers in the earthquake hazard reduction programme||Earthq. Inf. Bull.:10:4:1978:139-143|Prediction+Sociological aspect
J|0147|Lamar,D.L.+Merifield,P.M.|Water-level monitoring in the area of the Palmdale uplift, southern California||Earthq. Inf. Bull.:10:4:1978:144-147|Precursor+Prediction+United States
J|0148|Von Hake,C.A.|Earthquake history of Wyoming||Earthq. Inf. Bull.:10:4:1978:151-154|Seismicity+United States
J|0149|Sullivan,W.|Quakes: U.S. plans ways to cope||Earthq. Inf. Bull.:10:5:1978:160-161|Hazard+Planning+Prediction
J|0150|Lindh,A.G.|Amplitudes of foreshocks as a possible seismic precursor to earthquakes||Earthq. Inf. Bull.:10:5:1978:162-164|Prediction
J|0151|Wyss,M.|Sea-level changes before large earthquakes||Earthq. Inf. Bull.:10:5:1978:165-168|Prediction+Precursor+Sea level
J|0152|Clark,M.|Finding active faults using aerial photographs||Earthq. Inf. Bull.:10:5:1978:169-173|Prediction+Aerial photography
J|0153|Burford,R.O.+Nason,R.D.+Harsh,P.W.|Studies of fault creep in central California||Earthq. Inf. Bull.:10:5:1978:174-181|Prediction+United States
J|0154|Johnston,M.J.S.|Tiltmeter studies in earthquake prediction||Earthq. Inf. Bull.:10:5:1978:182-186|Instrument
J|0155|Johnston,M.J.S.|Continuous strain measurements near the San Andreas Fault||Earthq. Inf. Bull.:10:5:1978:187-191|Prediction+California+United States
J|0156|Porcella,R.L.|Strong-motion instrumentation in the central and eastern United States||Earthq. Notes:49:2:1978:3-14|Strong-motion analysis+Accelerometer
J|0157|Street,R.L.|A note on the horizontal to vertical Lg wave-amplitude ratio in eastern United States||Earthq. Notes:49:2:1978:15-20|Lg-phase
J|0158|Kafka,A.L.+Weidner,D.J.|The focal mechanism of a small intra-Caribbean plate earthquake as determined from Rayleigh waves||Earthq. Notes:49:2:1978:21-29|1972
J|0159|Hoffman,J.P.+Northrop,S.A.|Erratum to ``The Dulce, New Mexico earthquake January 23 1966''||Earthq. Notes:49:2:1978:32|Errata
J|0160|Algermissen,S.T.|Review of ``Seismic zoning of the USSR'' edited by S.V. Medvedev|English translation of Russian original|EOS. Trans. Am. geophys. Un.:59:7:1978:544-546
J|0161|Landsberg,H.E.|Geophysical predictions: overview and recommendations||EOS. Trans. Am. geophys. Un.:59:7:1978:710-718|Natural disaster
J|0162|Kisslinger,C.|A code of ethics for earthquake predicters?||EOS. Trans. Am. geophys. Un.:59:10:1978:899|Hazard+Prediction+Sociological aspect
J|0163|Bolt,B.A.|Earthquake hazards||EOS. Trans. Am. geophys. Un.:59:11:1978:946-962|Intensity+Strong-motion analysis+Prediction+Ground motion+Observational seismology+Risk+Insurance+Public policy
J|0164||Amateur earthquake predictions||EOS. Trans. Am. geophys. Un.:59:11:1978:963-964
J|0165||Geologic hazard map of Cotopaxi is test of such assessments||EOS. Trans. Am. geophys. Un.:59:11:1978:964-965|Volcanism+Geology+Ecuador+Monitoring
J|0166|Benedetti,D.+Vitiello,E.|Optimal aseismic structural standards for the replacement of existing buildings||Engng Optimiz.:3:4:1978:221-227|Earthquake-resistant design+Code+Structure
J|0167|Yepinat'eva,A.M.|Seismic screening in media with inclined boundaries|In Russian with English abstract|Geofiz. Sb.::84:1978:17-22|Boundary+Layered medium
J|0168|Gerasimenko,A.N.|Kinematic principle of binary seismic holographs|In Russian with English abstract|Geofiz. Sb.::84:1978:23-28|Kinematics
J|0169|Vasil'ev,Yu.A.|Interpretation of seismic sounding data by the reflexion method|In Russian with English abstract|Geofiz. Sb.::84:1978:29-39|Prospecting
J|0170|Lysynchuk,V.M.|Sedimentary cover structure of the Dnepr-Donets Depression along the line of the Yagotin-Baturin profile (from common depth point data)|In Russian with English abstract|Geofiz. Sb.::84:1978:40-42|Dnepr Basin+Donets Basin+Prospecting+Data processing+Ukraine+USSR
J|0171|Grin',N.Ye.+Karpenko,I.V.+Tyapkin,Yu.K.|Methods for predicting geological sections from integral spectrum parameters of seismic waves|In Russian with English abstract|Geofiz. Sb.::85:1978:14-24|Geology
J|0172|Yepinat'eva,A.M.|Application of the correlation method of surface waves (CMSW) to the prospecting of tectonic dislocations in certain media of complex structure|In Russian with English abstract|Geofiz. Sb.::85:1978:25-30|Travel-times+Tectonics
J|0173|Il'chenko,T.V.|Properties of supercritical reflected waves and peculiarities of their recording from an essentially non-plane seismic boundary|In Russian with English abstract|Geofiz. Sb.::85:1978:31-36
J|0174|Grin',N.Ye.+Gordiyenko,L.Ya.+Parasyuk,O.S.|Effect of multiple scattering on the spectral composition of the wave field|In Russian with English abstract|Geofiz. Sb.::85:1978:37-48|Layered medium
J|0175|Lysynchuk,V.M.+Kharitonov,O.M.|Application of frequency selection for the separation of wedging-out zones under conditions of intensive multiple development|In Russian with English abstract|Geofiz. Sb.::85:1978:49-53|Layered medium+Multiple reflexion
J|0176|Tyapkin,K.F.+Kivelyuk,T.T.+Gontarenko,V.N.|Comparison of the results of studies of deep fractures in the eastern part of the Ukrainian shield by geophysical methods|In Russian with English abstract|Geofiz. Sb.::86:1978:9-18|USSR+Geophysical investigation+Crustal structure+Ukraine
J|0177|Grin',N.Ye.+Gontovaya,L.I.+Gordiyenko,L.Ya.|Procedure for studying and processing data from deep seismic sounding by electronic computer in a pre-critical region|In Russian with English abstract|Geofiz. Sb.::86:1978:19-31|Data processing+Prospecting
J|0178|Lossovskii,Ye.K.|Multiply reflected waves in an absorbent multilayered medium|In Russian with English abstract|Geofiz. Sb.::86:1978:32-45|Reflected wave+Multiple reflexion+Q
J|0179|Popov,M.M.+Psencik,I.|Ray amplitude in inhomogeneous media with curved interfaces||Geofys. Sb.:24:454:1978:111-129|Inhomogeneous medium+Layered medium+Curved boundary|Published in 1978
J|0180|Zahradnik,J.|SH-wave propagation around inclusions of dimensions comparable to the wavelength||Geofys. Sb.:24:455:1978:131-148||Published in 1978
J|0181|Karnik,V.+Prochazkova,D.|Magnitude-frequency relations for the Balkan earthquake provinces and some related problems||Geofys. Sb.:24:456:1978:149-184|Frequency-magnitude relation+Balkans+Greece+Romania+Bulgaria+Yugoslavia|Published in 1978
J|0182|Prochazkova,D.|Calculation of the seismic moment at the seismic station Pruhonice||Geofys. Sb.:24:457:1978:185-193|Czechoslovakia+Spectral analysis|Published in 1978
J|0183|Plomerova,J.|Maximum entropy method and fast Fourier analysis of short time series||Geofys. Sb.:24:458:1978:195-210|Fourier transform+Data processing|Published in 1978
J|0184|Tobyas,V.|Constants of standard intermediate-period electromagnetic seismographs||Geofys. Sb.:24:459:1978:211-231|Seismograph+Instrument+Calibration|Published in 1978
J|0185|Holub,K.|The explosions along refraction profile 1R/74 across the Barrandien recorded by the seismic station Pruhonice (PRU)||Geofys. Sb.:24:460:1978:233-243|Refraction study+Prospecting+Czechoslovakia|Published in 1978
J|0186|Fateyev,N.V.|Determination of the parameters of the quantization scale applied to digital seismic stations|In Russian with English abstract|Geologiya Geofiz. Novosibirsk::7:1978:73-79|Quantification
J|0187|Landa,Ye.I.|On the evaluation of low-amplitude fault parameters by optimization technique|In Russian with English abstract|Geologiya Geofiz. Novosibirsk::7:1978:80-89|Focal mechanism
J|0188|Gol'din,S.V.|Methods of three-dimensional kinematic interpretation applied to a layered system with non-horizontal reflecting boundaries|In Russian with English abstract|Geologiya Geofiz. Novosibirsk::7:1978:90-98|Curved boundary+Reflexion+Prospecting+Kinematics+Layered medium
J|0189|Klyuchevskii,A.V.|Calculation of the coupling coefficient and shunting resistance in a specifically shaped scheme for connecting the seismic receiver and the galvanometer|In Russian with English abstract|Geologiya Geofiz. Novosibirsk::7:1978:99-105|Instrument
J|0190|Mikulenko,K.I.|Palaeoseismicity and oil and gas content|In Russian with English abstract|Geologiya Geofiz. Novosibirsk::8:1978:14-23
J|0191|Sergeyev,V.A.|On values of transverse wave velocities in the sedimentary cover in the south of the west Siberian platform|In Russian with English abstract|Geologiya Geofiz. Novosibirsk::8:1978:69-76|USSR+Velocity
J|0192|Chichinin,I.S.|Theoretical study of the vibrational radiation of seismic waves for various ground conditions|In Russian with English abstract|Geologiya Geofiz. Novosibirsk::8:1978:85-96
J|0193|Lapin,S.I.|Hodographs of vertical seismic profiling applied to observations in anisotropic media|In Russian with English abstract|Geologiya Geofiz. Novosibirsk::8:1978:97-104|Prospecting+Deep seismic sounding+Data processing+Anisotropy
J|0194|Kamoyan,T.A.+Mushin,I.A.|Use of consecutive analysis for the interpretation of seismic data|In Russian with English abstract|Geologiya Geofiz. Novosibirsk::9:1978:132-140|Prospecting
J|0195|Vertlib,M.B.|Determination of the focal depths of earthquakes in the CisBaikalian area|In Russian with English abstract|Geologiya Geofiz. Novosibirsk::9:1978:141-146
J|0196|Khalevin,N.I.+Nemzorov,N.I.|Vertical gradients of the velocities of longitudinal and transverse waves in the upper part of the earth's crust (Exemplified by the Urals region)|In Russian with English abstract|Geologiya Geofiz. Novosibirsk::9:1978:146-151|Longitudinal wave+Crustal structure+USSR
J|0197|Nepomnyashchikh,I.A.|Separation of regular waves by means of multichannel filter|In Russian with English abstract|Geologiya Geofiz. Novosibirsk::9:1978:151-154|Data processing+Filtering
J|0198|Sergeyev,V.A.|Variability of the travel-times of refracted waves over a buried contact|In Russian with English abstract|Geologiya Geofiz. Novosibirsk::10:1978:97-108|Prospecting+Deep seismic sounding
J|0199|Popov,A.+Anosov,G.I.+Argentov,V.V.+Bikkenina,S.K.+|Studies by the method of refracted waves (CMRW) in the Far East marine polygon|In Russian with English abstract|Geologiya Geofiz. Novosibirsk::10:1978:109-118|Marine seismic investigation+USSR+Island arc
J|0200|Ivashin,V.V.+Simkin,S.A.+Chichinin,I.S.|Energetics of the electromagnetic resonance vibrator under an auto-oscillation regime|In Russian with English abstract|Geologiya Geofiz. Novosibirsk::10:1978:119-129|Source+Vibration
J|0201|Andreyev,A.A.|Density of the deep layers of the earth's crust in southern Sakhalin|In Russian with English abstract|Geologiya Geofiz. Novosibirsk::10:1978:130-133|Deep structure+USSR+Deep seismic sounding
J|0202|Vostrikov,Yu.N.|On the cause of the nonquadratic distribution of signs of the first arrival of P-waves|In Russian with English abstract|Geologiya Geofiz. Novosibirsk::11:1978:128-136|Source
J|0203|Rabinovich,B.I.|Comparative evaluation of methods of seismic shooting in the field formation between far-off and near zones|In Russian with English abstract|Geologiya Geofiz. Novosibirsk::11:1978:148-154|Spatial distribution+Prospecting+Shot
J|0204|Mishen'kin,B.P.+Mishen'kina,Z.R.+Seleznev,V.S.|Structure of the earth's crust and upper mantle on the southwestern flank of the Baikalian Rift (from seismic data)|In Russian with English abstract|Geologiya Geofiz. Novosibirsk::12:1978:3-13|Crustal structure
J|0205|Alekseyev,A.S.+Tsibul'chik,G.M.+Khaidukov,V.G.|On the resolution of focusing systems with reference to inverse problems of the theory of wave propagation|In Russian with English abstract|Geologiya Geofiz. Novosibirsk::12:1978:107-122
J|0206|Nemirovskii,A.B.+Suzdal'nitskii,F.M.|Investigation of the noise-protective systems of the threshold in signal detection with acoustic logging|In Russian with English abstract|Geologiya Geofiz. Novosibirsk::12:1978:130-141|Signal-to-noise ratio
J|0207|Tobyas,V.+Teikari,P.|Control of electromagnetic seismograph sensitivity||Geophysica:15:1:1978:77-100|Instrument+World wide standard seismograph+Seismograph
J|0208|Luosto,U.+Teikari,P.|Calculation of response spectra from short-period WWSSN records using the Fourier transform||Geophysica:15:1:1978:65-75|Seismogram+World wide standard seismograph+Nurmijarvi+Finland
J|0209|Lu,C.H.+Gupta,S.C.|A multirate digitial filtering approach to interpolation: application to common-depth-point stacking||Geophysics:43:5:1978:877-885|Common depth point+Data processing+Digital filter technique
J|0210|Loewenthal,D.+Gutowski,P.R.+Treitel,S.|Direct inversion of transmission synthetic seismograms||Geophysics:43:5:1978:886-898|Seismogram+Inverse problem+Maximum entropy
J|0211|Krey,T.|Seismic stripping helps unravel deep reflections||Geophysics:43:5:1978:899-911|Reflexion+Prospecting+Correction
J|0212|Ursin,B.|Wavefront curvature in a layered medium||Geophysics:43:5:1978:1011-1013
J|0213|Fritz,I.J.|Ultrasonic propagation in Solenhofen limestone at high pressures||Geophysics:43:5:1978:1014-1017|P-wave+S-wave+Velocity
J|0214|Hubral,P.|Discussion on ``Seismic raypath migration with the pocket calculator'' by P. Michaels||Geophysics:43:5:1978:1023-1025|Prospecting+Reflexion study+Refraction study+Data processing
J|0215|Dehlinger,P.|Review of ``The geophysics of the Pacific Ocean basin and its margin, The Woollard volume'' edited by G.H. Sutton, M. Manghnani, R. Moberly and E.U. McAfee||Geophysics:43:5:1978:1029-1030|Crustal structure+Lithosphere+Subduction+Prospecting+Tectonics+Seismicity+Volcanism
J|0216|Johnson,H.M.|Review of ``Earthquakes: cause, prediction and control'' by J.H. Tatsch||Geophysics:43:5:1978:1030-1031
J|0217|Greenfield,R.J.|Seismic radiation from a point source on the surface of a cylindrical cavity||Geophysics:43:6:1978:1071-1082
J|0218|Arnold,M.E.|Effects of hydrophone arrays on offshore Texas seismic signals||Geophysics:43:6:1978:1083-1098|Recording
J|0219|Reynolds,A.C.|Boundary conditions for the numerical solution of wave propagation problems||Geophysics:43:6:1978:1099-1110|Synthetic seismogram+Seismogram
J|0220|Satorius,E.H.+Zeidler,J.R.|Maximum entropy spectral analysis of multiple sinusoids in noise||Geophysics:43:6:1978:1111-1118
J|0221|May,B.T.+Hron,F.|Synthetic seismic sections of typical petroleum traps||Geophysics:43:6:1978:1119-1147|Prospecting+Hydrocarbon
J|0222|Kuhn,M.J.|Discussion on ``Diffraction response for nonzero separation of source and receiver'' by J.R. Berryhill and Discussion on ``Diffractions for arbitrary source-receiver locations'' by A.W. Trorey||Geophysics:43:6:1978:1269-1274|Amplitude|With replies by Berryhill and Trorey
J|0223|Whitmire,M.G.|Geophysical activity in 1977||Geophysics:43:6:1978:1277-1291|Petroleum+Prospecting+Geophysical investigation
J|0224|Sumner,R.|Review of ``Introduction to digital filtering in geophysics'' by O. Kulhanek||Geophysics:43:6:1978:1298-1299|Digital filter technique
J|0225|Sumner,R.|Review of ``Applications of digital signal processing'' edited by A.V. Oppenheim||Geophysics:43:6:1978:1299|Geophysics+Data processing+Digital processing
J|0226|Dahlen,F.A.|Excitation of the normal modes of a rotating earth model||Geophys. J. R. astr. Soc.:54:1:1978:1-9|Focal mechanism+Rotation
J|0227|Bamford,S.A.D.+Nunn,K.+Prodehl,C.+Jacob,A.W.B.|LISPB - IV. Crustal structure of northern Britain||Geophys. J. R. astr. Soc.:54:1:1978:43-60|Upper mantle+United Kingdom
J|0228|Assumpcao,M.+Bamford,S.A.D.|LISPB - V. Studies of crustal shear waves||Geophys. J. R. astr. Soc.:54:1:1978:61-73|Crustal structure+United Kingdom
J|0229|Gregersen,S.|Possible mode conversion between Love and Rayleigh waves at a continental margin||Geophys. J. R. astr. Soc.:54:1:1978:121-127|Love wave
J|0230|Mellman,G.R.+Helmberger,D.V.|A modified first-motion approximation for the synthesis of body-wave seismograms||Geophys. J. R. astr. Soc.:54:1:1978:129-140|Body wave+Synthetic seismogram+First motion
J|0231|Anderson,R.N.+Hobart,M.A.+Von Herzen,R.P.+Fornari,D.J.|Geophysical surveys on the East Pacific Rise-Galapagos Rise system||Geophys. J. R. astr. Soc.:54:1:1978:141-166|Geophysical investigation+Prospecting+Pacific Ocean
J|0232|Fowler,C.M.R.|The Mid-Atlantic Ridge: structure at 45degreesN||Geophys. J. R. astr. Soc.:54:1:1978:167-183|Crustal structure+Synthetic seismogram+Seismogram+North Atlantic
J|0233|Sengupta,M.K.+Julian,B.R.|Radical variation of compressional and shear velocities in the earth's lower mantle||Geophys. J. R. astr. Soc.:54:1:1978:185-219|Travel-times+P-wave+S-wave+Velocity
J|0234|Chung,W-Y.+Kanamori,H.|Subduction process of a fracture zone and aseismic ridges - the focal mechanism and source characteristics of the New Hebrides earthquake of 1969 January 19 and some related events||Geophys. J. R. astr. Soc.:54:1:1978:221-240|Plate tectonics+Lithosphere
J|0235|Woodhouse,J.H.|Asymptotic results for elastodynamic propagator matrices in plane-stratified and spherically-stratified earth models||Geophys. J. R. astr. Soc.:54:2:1978:263-280|Layered medium+Free oscillation+Toroidal mode+Spheroidal mode+Synthetic seismogram+P-wave+SH-wave+SV-wave+Seismogram
J|0236|Hasegawa,A.+Umino,N.+Takagi,A.|Double-planed deep seismic zone and upper-mantle structure in the Northeastern Japan Arc||Geophys. J. R. astr. Soc.:54:2:1978:281-296|Upper mantle+Subduction+Lithosphere+Honshu
J|0237|Wang,C.+Cleary,J.R.+Anderssen,R.S.|Ray-mode duality for SH waves in earth models with crust and mantle discontinuities - 1. The case of one discontinuity||Geophys. J. R. astr. Soc.:54:2:1978:297-308|Free oscillation+SH-wave
J|0238|Sills,L.B.|Scattering of horizontally-polarized shear waves by surface irregularities||Geophys. J. R. astr. Soc.:54:2:1978:319-348|SH-wave+Relief+Semi-infinite medium
J|0239|Ansell,J.H.|On the scattering of SH waves from a point source by a sphere||Geophys. J. R. astr. Soc.:54:2:1978:349-387|SH-wave+Cavity
J|0240|Mikumo,T.+Miyatake,T.|Dynamical rupture process on a three-dimensional fault with non-uniform frictions and near-field seismic waves||Geophys. J. R. astr. Soc.:54:2:1978:417-438|Rupturing+Focal mechanism
J|0241|Cara,M.|Regional variations of higher Rayleigh-mode phase velocities: a spatial-filtering method||Geophys. J. R. astr. Soc.:54:2:1978:439-460|Regional study+Rayleigh wave+Phase velocity+Data processing+United States
J|0242|Agrawal,R.C.|S times from deep-focus Indian earthquakes||Geophys. J. R. astr. Soc.:54:2:1978:461-473|S-wave+Deep-focus earthquake+Travel-times+Residual
J|0243|Burton,P.W.|Perceptible earthquakes in the United Kingdom||Geophys. J. R. astr. Soc.:54:2:1978:475-479|Seismicity+History+Prediction
J|0244|Chapman,C.H.|A new method for computing synthetic seismograms||Geophys. J. R. astr. Soc.:54:3:1978:481-518|Seismogram
J|0245|England,P.C.+Kennett,B.L.N.+Worthington,M.H.|A comparison of the upper-mantle structure beneath Eurasia and the North Atlantic and Arctic Oceans||Geophys. J. R. astr. Soc.:54:3:1978:575-585|Atlantic Ocean+Upper mantle+Europe+Asia
J|0246|Cook,A.H.|On the constitution of the moon's mantle||Geophys. J. R. astr. Soc.:54:3:1978:587-592|Lunar seismology
J|0247|Nisbet,E.G.+Fowler,C.M.R.|The Mid-Atlantic Ridge at 37 and 45degreesN: some geophysical and petrological constraints||Geophys. J. R. astr. Soc.:54:3:1978:631-660|FAMOUS
J|0248|Miller,W.F.+Geller,R.J.+Stein,S.|Use of a bubble tiltmeter as a horizontal seismometer||Geophys. J. R. astr. Soc.:54:3:1978:661-668|Instrument
J|0249|Schlue,J.W.+Knopoff,L.|Inversion of surface-wave phase velocities for an anisotropic structure||Geophys. J. R. astr. Soc.:54:3:1978:697-702|Phase velocity+Surface wave+Anisotropy+Pacific Ocean+Upper mantle
J|0250|Lilwall,R.C.+Francis,T.J.G.|Hypocentral resolution of small ocean bottom seismic networks||Geophys. J. R. astr. Soc.:54:3:1978:721-728|Location+Ocean-bottom seismograph+Hypocentre+Instrument
J|0251|Kennett,B.L.N.|Review of ``Introduction to the mathematics of inversion in remote sensing and indirect measurements'' by S.W. Twomey||Geophys. J. R. astr. Soc.:54:3:1978:730
J|0252|Hudson,J.A.|The elements of wave propagation in a random medium||Geophys. J. R. astr. Soc.:54:3:1978:731|Theoretical seismology
J|0253|Haddon,R.A.W.+Husebye,E.S.|Joint interpretation of P-wave time and amplitude anomalies in terms of lithospheric heterogeneities||Geophys. J. R. astr. Soc.:55:1:1978:19-43|Heterogeneous medium+P-wave+Crustal structure+Travel-times+Lithosphere
J|0254|Ohnaka,M.|Earthquake-source parameters related to magnitude||Geophys. J. R. astr. Soc.:55:1:1978:45-66|Focal mechanism+Energy+Fault
J|0255|Kagan,Y.+Knopoff,L.|Statistical study of the occurrence of shallow earthquakes||Geophys. J. R. astr. Soc.:55:1:1978:67-86|Shallow-focus earthquake+Monte Carlo method+Statistical method+United States+California+Prediction
J|0256|Kirkwood,S.C.|The significance of isotropic inversion of anisotropic surface-wave dispersion||Geophys. J. R. astr. Soc.:55:1:1978:131-142|Isotropic medium+Surface wave+Anisotropy+Crustal structure
J|0257|McKenzie,D.P.|Active tectonics of the Alpine-Himalayan belt: the Aegean Sea and surrounding regions||Geophys. J. R. astr. Soc.:55:1:1978:217-254|Seismicity+Himalayas+Alpide Belt+Multispectral detection+Greece+Turkey+Albania
J|0258|Lilwall,R.C.+Francis,T.J.G.+Porter,I.T.|Ocean-bottom seismograph observations on the Mid-Atlantic Ridge near 45degreesN - further results||Geophys. J. R. astr. Soc.:55:1:1978:255-262|Thickness+Prospecting+Lithosphere+Instrument+Seismograph
J|0259|Jeffreys,H.|On imperfection of elasticity in the earth's interior||Geophys. J. R. astr. Soc.:55:2:1978:273-281|Free oscillation+Nutation+Wave
J|0260|Urhammer,R.|S-wave travel times for a spherically averaged earth||Geophys. J. R. astr. Soc.:55:2:1978:283-309|Travel-times+S-wave
J|0261|Dahlen,F.A.+Fels,S.B.|A physical explanation of the static core paradox||Geophys. J. R. astr. Soc.:55:2:1978:317-331|Normal mode+Oscillation+Excitation+Earthquake
J|0262|Kennett,B.L.N.+Woodhouse,J.H.|On high-frequency spheroidal modes and the structure of the upper mantle||Geophys. J. R. astr. Soc.:55:2:1978:333-350|P-wave+S-wave
J|0263|Silva,W.|Inversion of Love-wave data for velocity and anelasticity using exact kernels||Geophys. J. R. astr. Soc.:55:2:1978:363-371|Love wave+Layered medium
J|0264|Kennett,B.L.N.|Some aspects of non-linearity in inversion||Geophys. J. R. astr. Soc.:55:2:1978:373-391|Nonlinear analysis
J|0265|Mendiguren,J.A.+Aki,K.|Source mechanism of the deep Colombian earthquake of 1970 July 31 from the free oscillation data||Geophys. J. R. astr. Soc.:55:3:1978:539-556|Focal mechanism+Deep-focus earthquake
J|0266|Stein,S.|An earthquake swarm on the Chagos-Laccadive Ridge and its tectonic implications||Geophys. J. R. astr. Soc.:55:3:1978:577-588|Tectonics+Indian Ocean+Seismicity+1965-1970
J|0267|Usher,M.J.+Guralp,C.+Burch,R.F.|The design of miniature wideband seismometers||Geophys. J. R. astr. Soc.:55:3:1978:605-613|Instrument+Wide-band seismograph
J|0268|Hales,A.L.+Rynn,J.M.W.|A long-range, controlled source seismic profile in northern Australia||Geophys. J. R. astr. Soc.:55:3:1978:633-644|Banda Sea+Prospecting+Crustal structure
J|0269|Dargahi-Noubary,G.R.+Laycock,P.J.|Non-linear stochastic models for seismic events with applications in event identification||Geophys. J. R. astr. Soc.:55:3:1978:655-668|P-wave+Signal+Discrimination+Underground nuclear explosion
J|0270|Jobert,G.+Suteau,A.M.|Volume and surface sources due to laterally varying boundaries of elastic homogeneous layers||Geophys. J. R. astr. Soc.:55:3:1978:669-677|Homogeneous medium+Layered medium+Boundary
J|0271|Nolet,G.|Simultaneous inversion of seismic data||Geophys. J. R. astr. Soc.:55:3:1978:679-691|Dispersion+Travel-times+Surface wave
J|0272|Robinson,R.|Seismicity within a zone of plate convergence - the Wellington region, New Zealand||Geophys. J. R. astr. Soc.:55:3:1978:693-702
J|0273|Rial,J.A.|On the focusing of seismic body waves at the epicentre's antipode||Geophys. J. R. astr. Soc.:55:3:1978:737-743|PP-wave+PKP-wave
J|0274|De Voogd,N.|The phase property of a finite realization of random noise and its influence on deconvolution||Geophys. Prospect.:26:3:1978:509-524|Data processing
J|0275|Gendzwill,D.J.|A method of weathering correction||Geophys. Prospect.:26:3:1978:525-537|Prospecting
J|0276|Safar,M.H.|On the minimization of the distortion caused by the geophone-ground coupling||Geophys. Prospect.:26:3:1978:538-549|Prospecting+Instrument+Signal
J|0277|Hemon,C.+Mace,D.|The use of the Karhunen-Loeve transform in seismic data processing|In French with English abstract|Geophys. Prospect.:26:3:1978:600-626|Prospecting+Multiple cover
J|0278|Hubral,P.|On getting reflection coefficients from waves||Geophys. Prospect.:26:3:1978:627-630|Prospecting+Reflexion coefficient+Inverse problem
J|0279|Banerjee,B.+Gupta,S.K.|Reply to comments on ``Hidden layer problem in seismic refraction work'' by R. Schmoller||Geophys. Prospect.:26:3:1978:637|Refraction study+Layered medium+Prospecting
J|0280|Merrick,N.P.+Odins,J.A.+Greenhalgh,S.A.|A blind zone solution to the problem of hidden layers within a sequence of horizontal or dipping refractors||Geophys. Prospect.:26:4:1978:703-721|Layered medium+Shadow zone+Prospecting
J|0281|Ursin,B.|Attenuation of coherent noise in marine seismic exploration using very long arrays||Geophys. Prospect.:26:4:1978:722-749|Marine seismic investigation+Prospecting+Multiple reflexion
J|0282|Bolondi,G.+Rocca,F.+Savelli,S.|A frequency domain approach to two-dimensional migration||Geophys. Prospect.:26:4:1978:750-772|Data processing
J|0283|Hood,P.|Finite difference and wave number migration||Geophys. Prospect.:26:4:1978:773-789|Data processing+Inverse problem+Finite difference method+Wavenumber
J|0284|Hemon,C.|Wave equations and models|In French with English abstract|Geophys. Prospect.:26:4:1978:790-821|Data processing+Inverse problem+Direct problem+Finite difference method
J|0285|Fertig,J.+Muller,G.|Computations of synthetic seismograms for coal seams with the reflectivity method||Geophys. Prospect.:26:4:1978:868-883|Reflexion+Seismogram+Prospecting
J|0286|Rani,A.|Theoretical seismograms for a single force in a half-space lying over another half-space. 2. Horizontal force||Geophys. Res. Bull. N.G.R.I. Hyderabad:16:3:1978:151-172|Semi-infinite medium+Seismogram
J|0287|Friedmann,H.+Hernegger,F.|A method for continuous measurement of radon in water of springs for earthquake prediction||Geophys. Res. Lett.:5:7:1978:565-568|Underground water+Groundwater
J|0288|Jobert,N.+Leveque,J.J.+Roult,G.|Evidence of lateral variations from free oscillations and surface waves||Geophys. Res. Lett.:5:7:1978:569-572|Recording
J|0289|Shaw,G.H.|Interpretation of the low velocity zone in terms of thermally activated point defects||Geophys. Res. Lett.:5:8:1978:629-632|Low-velocity layer+Upper mantle+P-wave+S-wave+Geothermy
J|0290|Wang,C-Y.+Lin,W.+Wu,F.T.|Constitution of the San Andreas Fault zone at depth||Geophys. Res. Lett.:5:9:1978:741-744|Fault+Tectonics+California+United States+Rock mechanics
J|0291|Sutton,G.H.+McCreery,C.S.+Duennebier,F.K.+Walker,D.A.|Spectral analyses of high-frequency Pn, Sn phases recorded on ocean-bottom seismographs||Geophys. Res. Lett.:5:9:1978:745-747|Spectral analysis+Instrument+Pn-wave+Sn-wave
J|0292|Smithson,S.B.|Modelling continental crust: structural and chemical constraints||Geophys. Res. Lett.:5:9:1978:749-752|Crustal structure+Prospecting+Chemical composition
J|0293|Sacks,I.S.+Linde,A.T.+Rodriguez B.,A.+Snoke,J.A.|Shallow seismicity in subduction zones||Geophys. Res. Lett.:5:11:1978:901-903|Lithosphere+Peru
J|0294|Galkin,I.N.|Seismotectonics of the moon|In Russian|Geotektonika::4:1978:35-49|Lunar seismology
J|0295|Kropotkin,P.N.|Seismicity associated with a fracture of the subsiding lithospheric plate (subduction)|In Russian|Geotektonika::5:1978:3-8|Lithosphere
J|0296|Ozaki,M.+Hayashi,S.|Earthquake-resistant design of offshore building structures||I.E.E.E. J. Ocean Engng:3:4:1978:152-162|Offshore structure
J|0297|Aburto Q.,R.|The forerunner of P'P' wave as an indication of discontinuity in the mantle||Indiv. Stud. Participants IISEE:13::1977:1-11|Travel-times+Pacific Ocean+P-wave+South Pacific+Precursor
J|0298|Ghalib,H.A.A.|Statistical analysis of the focal mechanism solution in Iraq and the surrounding countries||Indiv. Stud. Participants IISEE:13::1977:13-38|Statistical method+Fault plane solution+1964-1974+Tectonics+Spatial distribution+Temporal distribution
J|0299|Hafizi,M.K.|Study of seismic refraction method by P and S wave, and comparison with PS logging||Indiv. Stud. Participants IISEE:13::1977:39-59|P-wave+S-wave+Japan+Hammer seismograph+Seismograph+Instrument
J|0300|Marwoko,F.X.+Supjaroen,N.+Soekarman|Strong-motion seismograph and microtremor measurement and their data analysis||Indiv. Stud. Participants IISEE:13::1977:61-84|Strong-motion instrument+Instrument+Microearthquake+Data processing+Japan
J|0301|Marzouk,I.A.E.|Study of investigation methods of dynamic ground characteristics||Indiv. Stud. Participants IISEE:13::1977:85-104|P-wave+S-wave+Velocity+Prospecting+Hammer seismograph+Seismograph+Instrument+Microearthquake+Japan
J|0302|Mercado O.,A.|Comparative study of electric resistivity and wave velocity distribution in ground structure||Indiv. Stud. Participants IISEE:13::1977:105-123|Electrical resistivity+Japan+P-wave+S-wave
J|0303|Singh,R.|A comparative study of the reflected crustal phases of microearthquakes and estimation of the crustal structure||Indiv. Stud. Participants IISEE:13::1977:141-169|P-wave+S-wave+Reflexion+Travel-times+Conrad discontinuity+Japan
J|0304|Aguirre P.,G.A.|Static and dynamic analyses of shear type and cantilever type structures||Indiv. Stud. Participants IISEE:13::1977:171-184|Building+Earthquake engineering+Dynamic analysis
J|0305|Amores O.,F.E.|A general review of cable-stayed bridges||Indiv. Stud. Participants IISEE:13::1977:185-194|Earthquake engineering+Vibration
J|0306|Fantta,T.|Static and dynamic analysis of aseismic reinforced concrete building structures||Indiv. Stud. Participants IISEE:13::1977:195-205|Earthquake engineering
J|0307|Hasgur,Z.|Generation of artificial earthquakes||Indiv. Stud. Participants IISEE:13::1977:207-226|Man-made earthquake+Model+Earthquake engineering
J|0308|Islas A.,A.M.|Study on dynamic interaction effect between multistorey building and subsoil||Indiv. Stud. Participants IISEE:13::1977:227-250|Earthquake engineering
J|0309|Ruiz S.,C.J.|Criterion on the evaluation of seismic safety of existing reinforced concrete buildings||Indiv. Stud. Participants IISEE:13::1977:251-279|Structure+Earthquake engineering
J|0310|Torres V.,R.A.|Strength and ductility of reinforced concrete members||Indiv. Stud. Participants IISEE:13::1977:281-291|Earthquake engineering+Shear+Beam
J|0311|Yarar,E.|Dynamic analysis of a 10-storied steel frame||Indiv. Stud. Participants IISEE:13::1977:293-306|Earthquake engineering
J|0312|Mele,M.|Repair of damaged buildings and strengthening of structures in reinforced concrete and steel|In Italian|Industria ital. Cem.:48:6:1978:4-19|Friuli+Italy+1976||#*FRIULI
J|0313|Vinnik,L.P.+Godzikovskaya,A.A.+Pataraya,Ye.I.+|Velocity anomalies of the upper mantle of the Caucasus|In Russian|Izv. Akad. Nauk SSSR, Fiz. Zemli::7:1978:22-31|USSR
J|0314|Vostrikov,G.A.|Study of local earthquake sources according to the amplitudes of codas and regular waves|In Russian|Izv. Akad. Nauk SSSR, Fiz. Zemli::7:1978:32-42|Tadzhikistan+USSR
J|0315|Burmin,V.Yu.|Determination of the velocity of propagation of seismic waves in a wave guide according to the travel time curves of refracted waves|In Russian|Izv. Akad. Nauk SSSR, Fiz. Zemli::7:1978:86-89|Travel-times
J|0316|Lukk,A.A.+Leonova,V.G.|Cracks in the earth's crust in the Garm region according to statistics of the focal mechanism of weak earthquakes|In Russian|Izv. Akad. Nauk SSSR, Fiz. Zemli::8:1978:33-45|Fault+USSR+Tadzhikistan
J|0317|Lyakhov,G.M.+Sultanov,K.S.|Longitudinal waves in linear viscoelastic media|In Russian|Izv. Akad. Nauk SSSR, Fiz. Zemli::8:1978:46-53|Viscoelastic solid
J|0318|Piip,V.B.|Method of determining the cross section in isolines of velocity according to travel-time curves of refracted seismic waves|In Russian|Izv. Akad. Nauk SSSR, Fiz. Zemli::8:1978:65-72|Travel-times+Refracted wave+Inverse problem+Hodograph+Prospecting
J|0319|Sadovskii,M.A.+Nersesov,I.L.|Problems of earthquake prediction|In Russian|Izv. Akad. Nauk SSSR, Fiz. Zemli::9:1978:13-30
J|0320|Gvishiani,A.D.+Zelevinskii,A.V.+Keilis-Borok,V.I.+|Study of the regions of strong earthquakes in the Pacific Ocean belt with the help of recognition algorithms|In Russian|Izv. Akad. Nauk SSSR, Fiz. Zemli::9:1978:31-42
J|0321|Dorofeyev,V.M.+Zharkov,V.N.|Determination of the mechanical quality of the earth's mantle|In Russian|Izv. Akad. Nauk SSSR, Fiz. Zemli::9:1978:55-73|Q+Attenuation
J|0322|Gubkin,K.Ye.|Similarity of explosions|In Russian|Izv. Akad. Nauk SSSR, Fiz. Zemli::10:1978:49-60|Source
J|0323|Riznichenko,Yu.V.+Seiduzova,S.S.|Tashkent-California system of seismic spectra|In Russian|Izv. Akad. Nauk SSSR, Fiz. Zemli::10:1978:61-81|Risk+Spectrum+Prediction
J|0324|Zverev,S.M.+Kosminskaya,I.P.|Deep seismic sounding method - progress and perspectives|In Russian|Izv. Akad. Nauk SSSR, Fiz. Zemli::10:1978:82-94|Prospecting+Crustal structure+Upper mantle
J|0325|Nersesov,I.L.+Shatsilov,V.I.+Nurmagambetov,A.+|Study of earthquake intensity damping with distance in connection with the problems of seismic microzoning|In Russian|Izv. Akad. Nauk SSSR, Fiz. Zemli::11:1978:28-41
J|0326|Grin,V.P.+Il'yasov,B.+Kim,N.I.+Kriger,L.R.+|Main results of seismic investigations on the Frunze prediction polygon|In Russian|Izv. Akad. Nauk SSSR, Fiz. Zemli::11:1978:42-53|Occurrence+Spatial distribution+USSR+Temporal distribution
J|0327|Budayev,V.S.|Peculiarities of the solution of the point source problem in an elastic anisotropic medium with a free boundary|In Russian|Izv. Akad. Nauk SSSR, Fiz. Zemli::11:1978:54-62|Anisotropy
J|0328|Malevskaya,O.Ya.+Shteinberg,V.V.|Peculiarities of space-time variation of seismicity in the epicentral zone of the Dagestan earthquake of 14th May 1970|In Russian|Izv. Akad. Nauk SSSR, Fiz. Zemli::11:1978:86-87|USSR+Spatial distribution+Temporal distribution
J|0329|Volkomirskaya,L.B.|Mathematical modelling of the source in the auroral zone for the estimation of possibilities of local maximum possible earthquake|In Russian|Izv. Akad. Nauk SSSR, Fiz. Zemli::11:1978:100-102|Maximum magnitude
J|0330|Krestnikov,V.N.+Shchukin,Yu.K.|Geological-geophysical conditions for the production of the Dagestan and Przheval'sk earthquakes of 1970|In Russian|Izv. Akad. Nauk SSSR, Fiz. Zemli::12:1978:30-49|USSR+Geophysics+Geology+Focal mechanism
J|0331|Blagoveshchenskii,A.S.|Inverse problems of the theory of elastic wave propagation|In Russian|Izv. Akad. Nauk SSSR, Fiz. Zemli::12:1978:50-59|Layered medium
J|0332|Kaul,M.K.|Spectrum-consistent time-history generation||J. Engng Mech. Div. Am. Soc. civ. Engrs:104:4:1978:781-788|Behaviour+Earthquake engineering+Safety+Nuclear power plant
J|0333|Johnson,J.N.+Schmitz,D.R.|Incipient joint motion due to spherical explosion||J. Engng Mech. Div. Am. Soc. civ. Engrs:104:4:1978:857-869|Crack+Sphere
J|0334|Trifunac,M.D.|Response spectra of earthquake ground motion||J. Engng Mech. Div. Am. Soc. civ. Engrs:104:5:1978:1081-1097
J|0335|Fardis,M.N.+Cornell,C.A.|Seismic soil-containment interaction: pipe safety||J. Engng Mech. Div. Am. Soc. civ. Engrs:104:6:1978:1353-1370|Structure+Nuclear power plant
J|0336|Fujii,Y.+Nakane,K.|The 1930 Kita-Izu earthquake and the crustal movements engendered, in the north of the Izu Peninsula, Japan during the pre- and post-seismic period|In Japanese with English abstract|J. geod. Soc. Japan:24:2:1978:59-68|Precursor+Aftershock+Honshu+Geodesy
J|0337|Fujii,Y.+Nakane,K.|Horizontal strain in the Kanto District, Japan, before the 1923 Kanto earthquake|In Japanese with English abstract|J. geod. Soc. Japan:24:2:1978:69-73|Geodesy+Precursor+Crustal movement+Honshu
J|0338|Dean,B.W.+Drake,C.L.|Focal mechanism solutions and tectonics of the Middle America arc||J. Geol.:86:1:1978:111-128|Fault plane solution+Central America
J|0339|Hall,J.|``LUST'' - a seismic refraction survey of the Lewisian basement complex in NW Scotland||J. geol. Soc. Lond.:135:5:1978:555-567|United Kingdom+Refraction study
J|0340|Wilhelm,H.|Upper mantle structure and global earth tides||J. Geophys.:44:5:1978:435-439|Love number+World
J|0341|Hanus,V.+Vanek,J.|Tonga-Lau system: deep collision of subducted lithospheric plates||J. Geophys.:44:5:1978:473-480|Plate tectonics+Seismicity+Lithosphere+Subduction+Island arc
J|0342|Ahorner,L.+Rosenhauer,W.|Seismic risk evaluation for the upper Rhine Graben and its vicinity||J. Geophys.:44:5:1978:481-497|Rhine-Graben+Seismicity+Germany+Central Europe
J|0343|Van den Berg,A.P.+Cloetingh,S.A.P.L.|A comparison of PKP precursor data from several seismic arrays||J. Geophys.:44:5:1978:499-510|Scattering+Core-mantle boundary+Lower mantle+Lateral motion+PKP-wave
J|0344|Harjes,H.P.+Seidl,D.|Digital recording and analysis of broad-band seismic data at the Graefenberg (GRF)-array||J. Geophys.:44:5:1978:511-523|Germany+Grafenberg+Digital processing
J|0345|Schick,R.|Review of ``Physics of the planet earth'' edited by R. Lauterbach|In German|J. Geophys.:44:5:1978:569
J|0346|Schick,R.|Review of ``Geological hazards'' by B.A. Bolt, W.L. Horn, G.A. MacDonald and R.F. Scott|In German|J. Geophys.:44:5:1978:570|Earthquake+Tsunami+Volcanism+Avalanche+Landslip+Flood
J|0347|Strobach,K.|Review of ``The earth's core'' by J.A. Jacobs|In German|J. Geophys.:44:5:1978:571
J|0348|Mooney,W.D.+Prodehl,C.|Crustal structure of the Rhenish massif and adjacent areas; a reinterpretation of existing seismic-refraction data||J. Geophys.:44:6:1978:573-601|Refraction study+Lateral variation+Germany+Rhine
J|0349|Kind,R.|The reflectivity method for a buried source||J. Geophys.:44:6:1978:603-612|Theoretical seismogram+Thomson-Haskell matrix
J|0350|Sobouti,M.+Eshghi,I.+Mostaanpour,M.M.|Shamil-Siahou earthquake ``north-east of Bandar Abbas'' of 21st March, 1977||J. Geophys.:44:6:1978:663-673|Khurgu+Iran+Bandar-Abbas+Damage+Regional study+Seismicity+Tectonics||#*KHURGU
J|0351|Jacobs,J.A.|Anomalous P-velocities in the earth's outer core||J. Geophys.:44:6:1978:675-677|P-wave+Velocity
J|0352|Snoek,M.+Goldflam,S.|Crustal structure of the Reykjanes Ridge at 63degreesN derived from seismic measurements||J. Geophys.:45:1:1978:107-109|Refraction study
J|0353|Savage,J.C.+Prescott,W.H.|Asthenosphere readjustment and the earthquake cycle||J. geophys. Res.:83:7:1978:3369-3376|Strain+Accumulation+Release
J|0354|Lee,W-B.+Solomon,S.C.|Simultaneous inversion of surface wave phase velocity and attenuation: Love waves in western North America||J. geophys. Res.:83:7:1978:3389-3400|Q+Upper mantle
J|0355|Sibuet,J.C.+Mascle,J.|Plate kinematic implications of Atlantic equatorial fracture zone trends||J. geophys. Res.:83:7:1978:3401-3421|Plate tectonics+Kinematics+South Atlantic+Atlantic Ocean+Prospecting
J|0356|Langston,C.A.|Moments, corner frequencies and the free surface||J. geophys. Res.:83:7:1978:3422-3426|P-wave+SH-wave+Spectral analysis+Elastic medium
J|0357|Kanamori,H.+Stewart,G.S.|Seismological aspects of the Guatemala earthquake of February 4, 1976||J. geophys. Res.:83:7:1978:3427-3434|Moment+Focal mechanism+Rock mechanics+P-wave+Love wave+Rayleigh wave||#*GUATEMALA
J|0358|Jones,P.R.+Johnson,S.H.|Sonobuoy array measurements of active faulting on the Gorda Ridge||J. geophys. Res.:83:7:1978:3435-3440|Topography+Seismicity+Microearthquake+Crustal movement+Pacific Ocean
J|0359|Shaw,G.H.|Elastic behaviour near phase transitions with negative dP/dT||J. geophys. Res.:83:7:1978:3519-3523|Elasticity+Phase change
J|0360|Martin,R.J.+Habermann,R.E.+Wyss,M.|The effect of stress cycling and inelastic volumetric strain on remanent magnetization||J. geophys. Res.:83:7:1978:3485-3496|Geomagnetism
J|0361|Rind,D.H.+Donn,W.L.|Microseisms at Palisades: 1. Source location and propagation||J. geophys. Res.:83:7:1978:3525-3534|New York+United States+Continental margin+North Atlantic
J|0362|Fleischer,R.L.+Mogro-Campero,A.|Mapping of integrated radon emanation for detection of long-distance migration of gases within the earth: techniques and principles||J. geophys. Res.:83:7:1978:3539-3549|Prediction
J|0363|Sieh,K.E.|Prehistoric large earthquakes produced by slip on the San Andreas Fault at Pallett Creek, California||J. geophys. Res.:83:8:1978:3907-3939|Prehistoric earthquake+United States+Fault+Geology+Temporal distribution+Tectonics
J|0364|Dieterich,J.H.|Preseismic fault slip and earthquake prediction||J. geophys. Res.:83:8:1978:3940-3948
J|0365|Walcott,R.I.|Geodetic strains and large earthquakes in the axial tectonic belt of North Island, New Zealand||J. geophys. Res.:83:9:1978:4419-4429|Shear strain+Tectonics+Geodesy+Rock mechanics
J|0366|Soga,N.+Mizutani,H.+Spetzler,H.+Martin,R.J.|The effect of dilatancy on velocity anisotropy in Westerly granite||J. geophys. Res.:83:9:1978:4451-4458|Rock mechanics
J|0367|Bell,M.L.+Nur,A.|Strength changes due to reservoir-induced pore pressure and stresses and application to Lake Oroville||J. geophys. Res.:83:9:1978:4469-4483|California+United States+Dam+Barrage+Triggering agent+Induced seismicity+1975+Man-made earthquake||#*OROVILLE
J|0368|Pascal,G.+Isacks,B.L.+Barazangi,M.+Dubois,J.|Precise relocations of earthquakes and seismotectonics of the New Hebrides island arc||J. geophys. Res.:83:10:1978:4957-4973|Spatial distribution+Focal mechanism
J|0369|Chen,T.+Forsyth,D.W.|A detailed study of two earthquakes seaward of the Tonga trench: implications for mechanical behaviour of the oceanic lithosphere||J. geophys. Res.:83:10:1978:4995-5003|Mechanics+Focal mechanism
J|0370|Savage,J.C.+Prescott,W.H.|Comment on ``Nonlinear stress propagation in the earth's upper mantle'' by H.J. Melosh||J. geophys. Res.:83:10:1978:5005-5010|Asthenosphere+Comments|With a reply by the author
J|0371|Minster,J.B.+Jordan,T.H.|Present-day plate motions||J. geophys. Res.:83:11:1978:5331-5354
J|0372|Molnar,P.+Tapponnier,P.|Active tectonics of Tibet||J. geophys. Res.:83:11:1978:5361-5375|Multispectral detection
J|0373|Ni,J.+York,J.E.|Late Cenozoic tectonics of the Tibetan Plateau||J. geophys. Res.:83:11:1978:5377-5387|Seismicity+Fault+Volcanism+Multispectral detection
J|0374|Rial,J.A.|The Caracas, Venezuela, earthquake of July 1967: a multiple-source event||J. geophys. Res.:83:11:1978:5405-5414|Caribbean+Seismotectonics+Synthetic seismogram+Seismogram
J|0375|Goulty,N.R.+Gilman,R.|Repeated creep events on the San Andreas Fault near Parkfield, California, recorded by a strainmeter array||J. geophys. Res.:83:11:1978:5415-5419|United States+Instrument
J|0376|Agnew,D.C.+Berger,J.|Vertical seismic noise at very low frequencies||J. geophys. Res.:83:11:1978:5420-5424|Low frequency+Instrument+Microseism
J|0377|Cohen,S.C.|The viscoelastic stiffness model of seismicity||J. geophys. Res.:83:11:1978:5425-5431|Viscoelasticity+Focal mechanism
J|0378|Savage,J.C.|Comment on ``Strain accumulation and release mechanism of the 1906 San Francisco earthquake'' by W. Thatcher||J. geophys. Res.:83:11:1978:5487-5492|California+United States+Rock mechanics|With a reply by the author
J|0379|Sleep,N.H.+Sloss,L.L.|A deep borehole in the Michigan Basin||J. geophys. Res.:83:12:1978:5815-5819|S-wave+P-wave+Velocity+United States
J|0380|Wang,H.F.+Simmons,G.|Microcracks in crystalline rock from 5.3 km depth in the Michigan Basin||J. geophys. Res.:83:12:1978:5849-5856|United States
J|0381|Anderson,D.L.+Hart,R.S.|Q of the earth||J. geophys. Res.:83:12:1978:5869-5882|Q+Surface wave+Velocity+Upper mantle+Lower mantle
J|0382|Malecek,S.J.+Clowes,R.M.|Crustal structure near Explorer Ridge from a marine deep seismic sounding survey||J. geophys. Res.:83:12:1978:5899-5912|Marine seismic investigation+Synthetic seismogram+Seismogram+Pacific Ocean+North Pacific
J|0383|Fitterman,D.V.|Electrokinetic and magnetic anomalies associated with dilatant regions in a layered earth||J. geophys. Res.:83:12:1978:5923-5928|Geomagnetism+Dilatancy+Geoelectricity+Precursor+Fluid flow
J|0384|Rundle,J.B.|Viscoelastic crustal deformation by finite quasi-static sources||J. geophys. Res.:83:12:1978:5937-5945|Viscoelastic solid+Green's function+Elastic medium
J|0385|Abe,K.|Dislocations, source dimensions and stresses associated with earthquakes in the Izu peninsula, Japan||J. Phys. Earth:26:3:1978:253-274|P-wave+1930-1976
J|0386|Izutani,Y.+Hirasawa,T.|Source characteristics of shallow earthquakes in the northern part of Sanriku-Oki region, Japan||J. Phys. Earth:26:3:1978:275-297|1965-1970+P-wave+S-wave+Shallow-focus earthquake
J|0387|Ikami,A.|Crustal structure in the Shizuoka district, central Japan as derived from explosion seismic observations||J. Phys. Earth:26:3:1978:299-311|Refraction study+Explosion seismology
J|0388|Miyashita,K.+Matsu'ura,M.|Inversion analysis of static displacement data associated with the Alaska earthquake of 1964||J. Phys. Earth:26:4:1978:333-349|Prince William Sound+United States+Finite element method+Fault
J|0389|Rybicki,K.|Static deformation of a laterally inhomogeneous half-space by a two-dimensional strike-slip fault||J. Phys. Earth:26:4:1978:351-366|Inhomogeneous medium
J|0390|Takano,K.|Determination of the deep crustal structure by converted seismic waves of near-by earthquakes||J. Phys. Earth:26:4:1978:367-379|Deep structure+1974-1975+Tsukuba+Japan
J|0391|Abe,K.|A dislocation model of the 1933 Sanriku earthquake consistent with the tsunami waves||J. Phys. Earth:26:4:1978:381-396|Japan
J|0392|Mizoue,M.+Nakamura,M.+Ishiketa,Y.+Seto,N.|Earthquake prediction from microearthquake observation in the vicinity of Wakayama city, northwestern part of the Kii peninsula,central Japan||J. Phys. Earth:26:4:1978:397-416|Seismic gap
J|0393|Hawkins,N.M.|Seismic resistance of prestressed and precast concrete structures||J. prestressed Concr. Inst.:23:1:1978:40-58|Building+Earthquake engineering
J|0394|Youssef,N.A.N.+Popplewell,N.|A theory of the greatest maximum response of linear structures||J. Sound Vibr.:56:1:1978:21-33|Building+Earthquake engineering
J|0395|Jordan,C.H.|Seismic restraint of equipment in buildings||J. struct. Div. Am. Soc. civ. Engrs:104:5:1978:829-839|Behaviour+Structure+United States
J|0396|Chopra,A.K.|Earthquake-resistant design of concrete gravity dams||J. struct. Div. Am. Soc. civ. Engrs:104:6:1978:953-971|Barrage+Reservoir+Dynamic response+Safety
J|0397|Klingner,R.E.+Bertero,V.V.|Earthquake resistance of infilled frames||J. struct. Div. Am. Soc. civ. Engrs:104:6:1978:973-989|Mathematical model+Earthquake engineering+Reinforced concrete
J|0398|Avedik,F.+Renard,V.+Buisine,D.+Cornic,J.Y.|Ocean bottom refraction seismograph (OBRS)||Mar. geophys. Res.:3:4:1978:357-379|Ocean-bottom seismograph+Instrument+Prospecting
J|0399|Weigel,W.+Goldflam,P.+Hinz,K.|The crustal structure of Conception Bank||Mar. geophys. Res.:3:4:1978:381-392|Prospecting+Refraction study+Reflexion study
J|0400|Langford,J.J.+Miles,P.R.|Display and processing of seismic wide angle reflection data from expendable sonobuoys||Mar. geophys. Res.:3:4:1978:413-420|Prospecting+Marine seismic investigation+Data processing+Reflexion study
J|0401|Mitchell,W.A.|Partial recovery and reconstruction after disaster: the Lice case||Mass. Emerg.:2:4:1977:233-247|Turkey+Repair+1975+Natural disaster+Catastrophe||#*LICE
J|0402|Gerard,V.B.|Earthquake precursors from earth tilt observations corrected for rainfall||Nature, Lond.:276:5684:1978:169-170|New Zealand+Wellington+Tiltmeter+Meteorology
J|0404|e*Payton,C.E.|Seismic stratigraphy - applications to hydrocarbon exploration||Mem. Am. Ass. petrol. Geol.::26:1977:1-516|Prospecting
J|0405||Making disaster relief more effective||Nature, Lond.:274:5666:1978:1|Natural disaster+Catastrophe
J|0406|Rich,V.|The 70-year-old mystery of Siberia's big bang||Nature, Lond.:274:5668:1978:207|Tunguska+USSR+1908+Explosion
J|0407|Vine,F.J.|Review of ``The ocean basins and margins. Vol. 4A: The eastern Mediterranean'' edited by A.E.M. Nairn, W.H. Kanes and F.G. Stehli||Nature, Lond.:274:5670:1978:518
J|0408|Smith,P.J.|Ninetyeast Ridge not aseismic after all||Nature, Lond.:274:5671:1978:533|Seismicity+Indian Ocean
J|0409|Horsfall,J.A.C.+King,G.C.P.|A new geophysical tiltmeter||Nature, Lond.:274:5672:1978:675-676|Instrument
J|0410|Stewart,I.C.F.+Keen,C.E.|Anomalous upper mantle structure beneath the Cretaceous Fogo seamounts indicated by P-wave reflection delays||Nature, Lond.:274:5673:1978:788-791|Travel-times+Reflexion study+Canada+Grand Banks
J|0411|Sugisaki,R.|Changing He/Ar and N2/Ar ratios of fault air may be earthquake precursors||Nature, Lond.:275:5677:1978:209-211|Geochemistry+Gas+1978+Japan+Izu-Oshima-kinkai||#*IZUOSHIMA
J|0412|Smith,P.J.|Intraplate earthquakes||Nature, Lond.:275:5680:1978:480-481|Plate tectonics+Earthquake
J|0413|Oliver,J.|Exploration of the continental basement by seismic reflection profiling||Nature, Lond.:275:5680:1978:485-488|Reflexion study+Prospecting+Basement+Crustal structure+Upper mantle+United States+New Mexico
J|0414|Berrocal,J.+Espinosa,A.F.+Galdos,J.|Seismological and geological aspects of the Mantaro landslide in Peru||Nature, Lond.:275:5680:1978:533-536|1974+Landslip+Geological investigation
J|0415|Sacks,I.S.+Suyehiro,S.+Linde,A.T.+Snoke,J.A.|Slow earthquakes and stress redistribution||Nature, Lond.:275:5681:1978:599-602|Focal mechanism+Prediction+Strainmeter+Instrument+Japan+Honshu+Tiltmeter
J|0416|De Charpal,O.+Guennoc,P.+Montadert,L.+Roberts,D.G.|Rifting, crustal attenuation and subsidence in the Bay of Biscay||Nature, Lond.:275:5682:1978:706-711|Profile+Prospecting+Biscay, Bay of
J|0417|Smith,P.J.|Review of ``The environment as hazard'' by I. Burton, R.W. Kates and G.F. White||Nature, Lond.:276:5683:1978:102|Natural disaster+Catastrophe+Sociological aspect
J|0418|Smythe,D.K.+Kenolty,N.+Russell,M.J.|Comments on ``Seismic evidence for Mesozoic sedimentary troughs on the Hebridean continental margin'' by E.J.W. Jones||Nature, Lond.:276:5686:1978:420-421|Prospecting+Geology+Refraction study+Outer Hebrides+Scotland
J|0419|Evans,C.J.+Lee,C.+Chroston,P.N.|Transient effects in laboratory measurements of compressional wave velocity and electrical conductivity||Nature, Lond.:276:5687:1978:485-487|Igneous rock
J|0420|Tributsch,H.|Do aerosol anomalies precede earthquakes?||Nature, Lond.:276:5688:1978:606-608|Precursor+Friuli+1976+Italy+Animal behaviour
J|0421|Smith,P.J.|Earthquakes and fault gouge||Nature, Lond.:276:5690:1978:760-762|California+United States
J|0422|Lyakhter,V.M.+Gunther,G.|Evaluation of the seismic effect of explosions during the construction of a pumping station||Neue Bergbautech.:8:6:1978:313-318
J|0423|Davis,I.|Charity begins with homes...||New Scient.:79:1110:1978:14-17|Natural disaster+Housing+Catastrophe
J|0424|Muller,M.|Review of ``Shelter after disaster'' by I. Davis||New Scient.:79:1110:1978:42|Natural disaster+Housing+Catastrophe
J|0425||Earthquakes - the calm before the storm||New Scient.:79:1111:1978:110|Assam+India+Precursor
J|0426|Wood,R.M.|Review of ``Reflection seismology: a tool for energy resource exploration'' by K.H. Waters||New Scient.:79:1112:1978:209|Prospecting+Oil+Reflexion study+Vibroseis
J|0427||Random results from earthquake prediction||New Scient.:79:1113:1978:252
J|0428||California takes the strain in a big way||New Scient.:79:1113:1978:272|United States+Palmdale
J|0429||Prehistoric earthquakes in California||New Scient.:79:1117:1978:555|History+Pallett Creek+United States+Palmdale
J|0430|Brander,J.L.|The Iranian earthquake: what next?||New Scient.:79:1122:1978:930-932|Tabas+1978+Khorrassan||#*TABAS
J|0431||Seismologists survey Africa's bulge?||New Scient.:79:1122:1978:941|Ghana
J|0432|Tinker,J.|Soviet prediction of Iran earthquake comes true||New Scient.:80:1124:1978:91|Tabas+Turkmeniya+USSR+Ashkhabad+1978+Khorrassan||#*TABAS
J|0433|Brander,J.L.+Lewin,R.|.... and another theory shakes the experts||New Scient.:80:1124:1978:91|Tabas+Khorrassan+1978+Underground nuclear explosion+Triggering agent+Iran||#*TABAS
J|0434||Earthquake danger shakes nuclear hearings||New Scient.:80:1133:1978:829|Nuclear power plant+United States
J|0435|Bahar,L.Y.|Optimal digitization of earthquake records||Nucl. Engng Des.:44:2:1977:263-267|Strong-motion analysis
J|0436|Barrett,P.J.+Froggatt,P.C.|Densities, porosities, and seismic velocities of some rocks from Victoria Land, Antarctica||N.Z. Jl Geol. Geophys.:21:2:1978:175-187|Density+Porosity+Velocity
J|0437|Smith,W.D.|Spatial distribution of felt intensities for New Zealand earthquakes||N.Z. Jl Geol. Geophys.:21:3:1978:293-311|Intensity+1848-1974
J|0438|Smith,W.D.|Earthquake risk in New Zealand: statistical estimates||N.Z. Jl Geol. Geophys.:21:3:1978:313-327|Statistical method+History+1840-1975
J|0439|Evison,F.F.|Long-term seismic precursor to the 1968 Inangahua earthquake, New Zealand||N.Z. Jl Geol. Geophys.:21:4:1978:531-534|Westport+1962+Swarm
J|0440|Neprochnov,Yu.P.+Sedov,V.V.+Grin'ko,B.N.|Experiment in computer processing of bottom seismograph recording in deep seismic sounding studies in the ocean|In Russian with English abstract|Okeanologiya:18:5:1978:939-944|Prospecting+Data processing+Ocean-bottom seismograph+Instrument
J|0441|Sawada,Y.|Seismic activity of Unzen-dake volcano and its unusual frequency rhythm|In Japanese with English abstract|Pap. Met. Geophys., Tokyo:29:2:1978:83-96|Temporal distribution+Kyushu+Japan+Volcanism
J|0442|Yoshida,A.+Yamakawa,N.+Tanabe,R.|Tectonic study of the faults NNE-SSW of the region southwest of the Izu peninsula|In Japanese with English abstract|Pap. Met. Geophys., Tokyo:29:2:1978:97-102|Tectonics+Crustal movement+Honshu+Japan
J|0443|Ansell,J.H.|The location and mislocation of subcrustal earthquakes||Phys. Earth planet. Interiors:17:2:1978:P1-P6|North Island+New Zealand+Depth
J|0444|Woirgard,J.+Gueguen,Y.|Elastic modulus and internal friction in enstatite, forsterite and peridotite at seismic frequencies and high temperatures||Phys. Earth planet. Interiors:17:2:1978:140-146|Temperature+Wave+Attenuation
J|0445|Butler,R.+Anderson,D.L.|Equation of state fits to the lower mantle and outer core||Phys. Earth planet. Interiors:17:2:1978:147-162|Core
J|0446|Ben-Menahem,A.|Source mechanism of the 1906 San Francisco earthquake||Phys. Earth planet. Interiors:17:2:1978:163-181|Focal mechanism+Travel-times+United States+California
J|0447|Mills,J.M.+Hales,A.L.|Great-circle Rayleigh wave attenuation and group velocity, Part 2: observations for periods between 50 and 200 seconds for nine great-circle paths and global averages for periods of 50 to 600 seconds||Phys. Earth planet. Interiors:17:3:1978:209-231|Great circle+Wave+Monte Carlo method
J|0448|Agrawal,R.C.|Travel times of P from deep-focus Indian earthquakes||Phys. Earth planet. Interiors:17:3:1978:232-248|Deep-focus earthquake+P-wave+Travel-times+1936-1969+Upper mantle
J|0449|Vanicek,P.|To the problem of noise reduction in sea-level records used in vertical crustal movement detection||Phys. Earth planet. Interiors:17:3:1978:265-280|Sea level+Recording
J|0450|Tarkov,A.P.|On the possible density inversion in the upper mantle of the earth||Phys. Earth planet. Interiors:17:4:1978:290-294|Ocean+Wave guide+Low-velocity layer
J|0451|Mills,J.M.+Hales,A.L.|Great-circle Rayleigh wave attenuation and group velocity, Part 3: inversion of global average group velocities and attenuation coefficients||Phys. Earth planet. Interiors:17:4:1978:307-322|Great circle+Wave+Monte Carlo method
J|0452|Mills,J.M.|Great-circle Rayleigh wave attenuation and group velocity, Part 4: regionalization and pure-path models for shear velocity and attenuation||Phys. Earth planet. Interiors:17:4:1978:323-352|Great circle+Wave+Monte Carlo method
J|0453||Proceedings of the XV General Assembly of the European Seismological Commission, Krakow, 22-28 September 1976, Part 1|Papers are listed separately under individual authors|Publs Inst. Geophys., Pol. Acad. Sci., A::4:1977:1-480|Poland+Conference+Cracow|Published in 1978
J|0454||Proceedings of the XV General Assembly of the European Seismological Commission, Krakow, 22-28 September 1976, Part 2|Papers are listed separately under individual authors|Publs Inst. Geophys., Pol. Acad. Sci., A::5:1977:1-387|Poland+Conference+Cracow|Published in 1978
J|0455||Proceedings of the XV General Assembly of the European Seismological Commission, Krakow, 22-28 September 1976, Part 3|Papers are listed separately under individual authors|Publs Inst. Geophys., Pol. Acad. Sci., A::6:1977:1-206|Poland+Cracow+Conference|Published in 1978
J|0456|Gorbunova,I.V.|On estimation of the focal extent by the initial wave picture||Publs Inst. Geophys., Pol. Acad. Sci., A::4:1977:15-22|Focus+P-wave+First arrival+S-wave
J|0457|Zakharova,A.I.+Starovoit,O.Ye.+Chepkunas,L.S.|Determination of seismic source parameters from teleseismic body-wave spectra||Publs Inst. Geophys., Pol. Acad. Sci., A::4:1977:25-38|Body wave
J|0458|Subhash,S.M.G.+Gir,R.+Choudhury,M.A.|Analysis of P wave spectra from underground nuclear explosions||Publs Inst. Geophys., Pol. Acad. Sci., A::4:1977:39-50|P-wave+Spectral analysis+Novaya Zemlya+USSR
J|0459|Rygg,E.|Phase reversal and time delay of explosion-generated surface waves||Publs Inst. Geophys., Pol. Acad. Sci., A::4:1977:51-65|Phase change+Rayleigh wave+Kazakhstan+USSR+Love wave
J|0460|Enescu,D.|Geometric and dynamic parameters of earthquake foci in the Vrancea region||Publs Inst. Geophys., Pol. Acad. Sci., A::4:1977:67-80|Romania+Focal mechanism+Intermediate-depth earthquake+1940-1960
J|0461|Enescu,D.|Elimination of the ambiguity in the fault plane solution for Vrancea earthquakes. New concepts of the mechanism of these earthquakes||Publs Inst. Geophys., Pol. Acad. Sci., A::4:1977:81-101|Romania+1940-1960
J|0462|Shamina,O.G.+Pavlov,A.A.+Strizhkov,S.A.|Shear shift modelling along a pre-existing fault||Publs Inst. Geophys., Pol. Acad. Sci., A::4:1977:103-110|Deformation+Crack
J|0463|Niewiadomski,J.|Interaction between two parallel cracks||Publs Inst. Geophys., Pol. Acad. Sci., A::4:1977:111-119|Stress+Displacement
J|0464|Karapetyan,N.K.|Intensity of earthquake foci of Armenia and the mechanism of their origin||Publs Inst. Geophys., Pol. Acad. Sci., A::4:1977:121-131|Focal mechanism+Georgia, USSR+Turkey+Iran+Azerbaidzhan+USSR+1959-1970
J|0465|Aptekman,Yu.Yu.+Kuznetzova,K.I.+Shebalin,N.V.+Shteinberg,V.V.|Successive and progressive aftershocks of the Dagestan earthquake origin zone||Publs Inst. Geophys., Pol. Acad. Sci., A::4:1977:133-141|1970+USSR
J|0466|Slavina,L.B.|Some results of the study of the parameter Vp/Vs of an earthquake focal zone||Publs Inst. Geophys., Pol. Acad. Sci., A::4:1977:143-150|Velocity+P-wave+S-wave+Focus+Kamchatka+USSR
J|0467|Sardarov,S.S.|About some physico-chemical methods of searching for earthquake forerunners||Publs Inst. Geophys., Pol. Acad. Sci., A::4:1977:151-155|Precursor+Physics+Geochemistry
J|0468|Dmowska,R.+Hanyga,A.+Teisseyre,R.|Electroelastic and electrokinetic fields of an earthquake source||Publs Inst. Geophys., Pol. Acad. Sci., A::4:1977:157-162|Electrodynamics
J|0469|Radu,C.+Spanoche,E.|Some phenomena relating to Romanian earthquakes||Publs Inst. Geophys., Pol. Acad. Sci., A::4:1977:163-172|1471-1975+Precursor
J|0470|Cerveny,V.+Psencik,I.|Ray theoretical seismograms for laterally varying layered structures||Publs Inst. Geophys., Pol. Acad. Sci., A::4:1977:173-185|Seismogram+Layered medium
J|0471|Cerveny,V.+Pretlova,V.|Applications of smoothed splines in the computation of ray amplitude of seismic body waves||Publs Inst. Geophys., Pol. Acad. Sci., A::4:1977:187-197
J|0472|Laski,J.|Reflection and transmission coefficients - revision of formulae||Publs Inst. Geophys., Pol. Acad. Sci., A::4:1977:201-212|Reflexion coefficient
J|0473|Neumann,G.+Schiel,K.|Model investigations on inhomogeneous media||Publs Inst. Geophys., Pol. Acad. Sci., A::4:1977:215-226|Inhomogeneous medium
J|0474|Savarenskii,Ye.F.+Sikharulidze,D.I.+Bagramyan,A.Kh.|Investigation of some inhomogeneities of the earth's crust in Europe||Publs Inst. Geophys., Pol. Acad. Sci., A::4:1977:227-232|Inhomogeneous medium
J|0475|Berteussen,K.A.|Long period P-wave spectra as a tool for studies of local structure||Publs Inst. Geophys., Pol. Acad. Sci., A::4:1977:233-235
J|0476|Bisztricsany,E.|Connection between Rayleigh coda waves and the earth's crust||Publs Inst. Geophys., Pol. Acad. Sci., A::4:1977:237-243
J|0477|Gregersen,S.|Possible coupling between Love and Rayleigh waves at a continental margin||Publs Inst. Geophys., Pol. Acad. Sci., A::4:1977:245-247|Love wave
J|0478|Stephen,R.A.|Synthetic seismograms for the case of the receiver within the medium||Publs Inst. Geophys., Pol. Acad. Sci., A::4:1977:249-265|Seismogram+Borehole
J|0479|Pavlenkova,N.I.+Psencik,I.|Mathematical modelling as a method of solution of the two-dimensional seismic problem||Publs Inst. Geophys., Pol. Acad. Sci., A::4:1977:267-275|Two-dimensional problem
J|0480|Sokerova,D.G.|Comparison of station corrections in the Balkan region||Publs Inst. Geophys., Pol. Acad. Sci., A::4:1977:277-286|Balkans
J|0481|Kosminskaya,I.P.|The activity report of the deep seismic sounding subcommission for 1970-1976||Publs Inst. Geophys., Pol. Acad. Sci., A::4:1977:287-290|Technique+Europe
J|0482|Posgay,K.+Petrovics,I.|Horizons detected with the seismic reflection method and velocity distribution in the crust and mantle||Publs Inst. Geophys., Pol. Acad. Sci., A::4:1977:291-295|Reflexion+Hungary+Mohorovicic discontinuity
J|0483|Gir,R.+Subhash,S.M.G.+Choudhury,M.A.|The resolution power of the spectral ratio method in crustal structure||Publs Inst. Geophys., Pol. Acad. Sci., A::4:1977:297-311|Spectral analysis
J|0484|Zverev,S.M.+Kats,S.A.+Mikhailova,N.G.+|Prospects of computer processing of seismograms in marine DSS investigation||Publs Inst. Geophys., Pol. Acad. Sci., A::4:1977:315-328|Deep seismic sounding+Marine seismic investigation+Data processing
J|0485|Lund,C-E.|Upper mantle structure from the Blue Road profile, northern Scandinavia||Publs Inst. Geophys., Pol. Acad. Sci., A::4:1977:329-330|Blue Road traverse+P-wave
J|0486|Mechler,P.+Mseddi,R.|Structure of the upper mantle beneath the Mediterranean Sea|In French with English abstract|Publs Inst. Geophys., Pol. Acad. Sci., A::4:1977:331-346
J|0487|Guterch,A.|Structure and physical properties of the earth's crust in Poland in the light of new data from DSS||Publs Inst. Geophys., Pol. Acad. Sci., A::4:1977:347-357|Crustal structure+Deep seismic sounding+Prospecting
J|0488|Pajchel,J.|Nature of the transition zone between the crust and upper mantle in the pre-Sudetic region (Poland) in the light of the dynamic interpretation of PMP waves||Publs Inst. Geophys., Pol. Acad. Sci., A::4:1977:359-364|Physical properties+Mohorovicic discontinuity
J|0489|Boloix,M.+Hatzfeld,D.|Preliminary results of measurements along seismic profiles in the Alboran Sea||Publs Inst. Geophys., Pol. Acad. Sci., A::4:1977:365-368|Alboran+1974
J|0490|Weigel,W.+Wissmann,G.|A first crustal section from seismic observations west of Mauretania||Publs Inst. Geophys., Pol. Acad. Sci., A::4:1977:369-380|Crustal structure+Africa+1975
J|0491|Makris,J.|The crust and upper mantle of the Aegean region obtained from deep seismic sounding||Publs Inst. Geophys., Pol. Acad. Sci., A::4:1977:381-397|Aegean Sea+Greece
J|0492|Makris,J.|A dynamical model of Greece deduced from geophysical data||Publs Inst. Geophys., Pol. Acad. Sci., A::4:1977:399-412|Aegean Sea+Deep seismic sounding+Gravity+Seismicity+Magnetism
J|0493|Sousa Moreira,V.+Mueller,S.+Mendes,A.S.+Prodehl,C.|Crustal structure of southern Portugal||Publs Inst. Geophys., Pol. Acad. Sci., A::4:1977:413-426|Profile
J|0494|Ansorge,J.+Banda,E.+Mueller,S.+Udias,A.+Mezcua,J.|Crustal structure in southeastern Spain derived from deep seismic sounding profiles||Publs Inst. Geophys., Pol. Acad. Sci., A::4:1977:427-433
J|0495|a-Alpine Explosion Seismology Group|A lithospheric seismic profile along the axis of the Alps, 1975 - First results||Publs Inst. Geophys., Pol. Acad. Sci., A::4:1977:435-444|Lithosphere
J|0496|Ansorge,J.+Bonjer,K-P.+Emter,D.|P-wave velocities in the uppermost mantle between Lorraine, the Bohemian Massif and the northern Alps||Publs Inst. Geophys., Pol. Acad. Sci., A::4:1977:445-450|France+Velocity
J|0497|Morelli,C.+Cassinis,R.+Giese,P.+Rower,P.|Structure of the lithosphere of the Italian Peninsula||Publs Inst. Geophys., Pol. Acad. Sci., A::4:1977:451-456|Puglia+Tuscany+Italy+1973+Refraction study+Long-range profile
J|0498|Sollogub,V.B.+Chekunov,A.V.+Kharechko,G.Ye.+Tripol'skii,A.A.+Bobinets,V.A.|Structure of the earth's crust in the region of old platforms||Publs Inst. Geophys., Pol. Acad. Sci., A::4:1977:457-466|Deep seismic sounding+Crustal structure
J|0499|Hurtig,E.+Schulze,A.+Grassl,S.+Oesberg,R-P.|Analysis of deep seismic three-component records in crystalline and sedimentary areas of the GDR||Publs Inst. Geophys., Pol. Acad. Sci., A::4:1977:467-472|Deep seismic sounding+Germany
J|0500|Neunhofer,H.+Guth,D.|Dispersion curves of surface waves influenced by different crustal low-velocity layers||Publs Inst. Geophys., Pol. Acad. Sci., A::4:1977:473-477
J|0501|Savarenskii,Ye.F.+Antonenko,Ye.M.|Short-period seismic noise in engineering seismology and microseismic zoning||Publs Inst. Geophys., Pol. Acad. Sci., A::5:1977:6-20|Earthquake engineering
J|0502|Hjortenberg,E.|Monochromatic components of the seismic noise in the 1-3 Hz band||Publs Inst. Geophys., Pol. Acad. Sci., A::5:1977:21-23
J|0503|Guerra,I.+Luongo,G.+Scarpa,R.|Seismic noise on active volcanoes of southern Italy||Publs Inst. Geophys., Pol. Acad. Sci., A::5:1977:25-33|Volcanism
J|0504|Pirhonen,S.E.+Luosto,U.|Spectral observations on artificial seismic noise in southern Finland||Publs Inst. Geophys., Pol. Acad. Sci., A::5:1977:35-44
J|0505|Sandvin,O.A.+Tjostheim,D.|Autoregressive modelling of seismic storms||Publs Inst. Geophys., Pol. Acad. Sci., A::5:1977:46-48|Noise+Autoregression
J|0506|Kondorskaya,N.V.|Problems of European magnitudes||Publs Inst. Geophys., Pol. Acad. Sci., A::5:1977:49-50
J|0507|Karnik,V.+Christoskov,L.|Magnitude determinations at short epicentral distances in Europe||Publs Inst. Geophys., Pol. Acad. Sci., A::5:1977:51-60|Near earthquake
J|0508|Karnik,V.|Composition of empirical A/T curves in near epicentral distances||Publs Inst. Geophys., Pol. Acad. Sci., A::5:1977:61-64|Near earthquake+Magnitude
J|0509|Cvijanovic,D.|Function sigma(Delta) for earthquake magnitude for short distances according to the data of the seismological station Zagreb||Publs Inst. Geophys., Pol. Acad. Sci., A::5:1977:65-72|Near earthquake+Yugoslavia
J|0510|Radu,C.+Apopei,I.|Magnitude mb of the intermediate earthquakes in the Vrancea region||Publs Inst. Geophys., Pol. Acad. Sci., A::5:1977:73-83|1964-1975+Romania+Intermediate-depth earthquake
J|0511|Solov'eva,O.N.|On determination of deep-focus earthquake magnitudes in near zones||Publs Inst. Geophys., Pol. Acad. Sci., A::5:1977:85-101|Near earthquake
J|0512|Gorbunova,I.V.+Guterch,B.+Lewandowska-Marciniak,H.+|Magnitude MLV and some kinematic and dynamic properties of the maximum phase of surface Rayleigh waves for oceanic and continental paths||Publs Inst. Geophys., Pol. Acad. Sci., A::5:1977:103-108|Surface wave
J|0513|Christoskov,L.+Fedorova,I.V.+Kondorskaya,N.V.+Vanek,J.|Optimization of station corrections and calibrating functions of PV and PVs for the homogeneous magnitude system (HMS) in Eurasia||Publs Inst. Geophys., Pol. Acad. Sci., A::5:1977:109-118|Magnitude+Calibration+Europe+Asia
J|0514|Petrosyan,A.L.|Combining individual magnitude estimates||Publs Inst. Geophys., Pol. Acad. Sci., A::5:1977:119-129
J|0515|Plomerova,J.|Local and instrumental effects in magnitude determination||Publs Inst. Geophys., Pol. Acad. Sci., A::5:1977:131-139|Pruhonice+Sensitivity+Station correction
J|0516|Drimmel,J.|On the determination of earthquake magnitudes within a wide range of distances and periods by means of a single broad-band instrument||Publs Inst. Geophys., Pol. Acad. Sci., A::5:1977:141-144|Vienna
J|0517|Duda,S.J.|The monochromatic earthquake magnitude||Publs Inst. Geophys., Pol. Acad. Sci., A::5:1977:145-154
J|0518|Prochazkova,D.+Karnik,V.|Relationship between the parameters of the magnitude-frequency relation for the Balkan region||Publs Inst. Geophys., Pol. Acad. Sci., A::5:1977:157-161|Frequency-magnitude relation+Balkans
J|0519|Panasenko,G.D.|Fennoscandian seismicity in 1951-1970||Publs Inst. Geophys., Pol. Acad. Sci., A::5:1977:163-168|Magnitude
J|0520|Papastamatiou,D.J.|On the attenuation of strong ground motion||Publs Inst. Geophys., Pol. Acad. Sci., A::5:1977:171-179|Strong-motion analysis+Near-field data+California+United States+Baltic Shield
J|0521|Fremd,V.M.|Autonomous equipment for strong earthquake recording at Soviet seismic stations||Publs Inst. Geophys., Pol. Acad. Sci., A::5:1977:183-190|Near-field data+USSR+1970-1975+Instrument
J|0522|Schenk,V.|Maximum amplitudes of particle velocity in the near field of seismic explosive source||Publs Inst. Geophys., Pol. Acad. Sci., A::5:1977:191-201|Near-field data+Explosion
J|0523|Korchinskii,J.L.|Data on vibration parameters necessary for earthquake-proof construction||Publs Inst. Geophys., Pol. Acad. Sci., A::5:1977:203-210|Near-field data+Earthquake-resistant design+Building+Structure
J|0524|Cosentino,P.+Luzio,D.|Seismic statistical parameters in world-wide seismic regions on the hypothesis of a maximum possible magnitude||Publs Inst. Geophys., Pol. Acad. Sci., A::5:1977:211-220|Maximum magnitude+Frequency-magnitude relation+Hazard+Statistical method+Global seismicity
J|0525|Cosentino,P.+Luzio,D.|Truncated exponential frequency-magnitude relation applied to Sicilian earthquakes||Publs Inst. Geophys., Pol. Acad. Sci., A::5:1977:221-228|Hazard+Sicily+Mediterranean
J|0526|Radu,C.+Apopei,I.|Application of the largest value theory to Vrancea earthquakes||Publs Inst. Geophys., Pol. Acad. Sci., A::5:1977:229-243|1902-1975+Hazard+Maximum magnitude+Extreme value theory+Romania+Prediction+Statistical method
J|0527|Schenkova,Z.+Karnik,V.|Statistical prediction of the maximum magnitude earthquakes in the Balkan region||Publs Inst. Geophys., Pol. Acad. Sci., A::5:1977:245-250|Hazard+Statistical method+Balkans+Magnitude
J|0528|Prochazkova,D.+Broucek,I.+Guterch,B.+Lewandowska-Marciniak,H.+Csomor,D.+Drimmel,J.|Map of maximum observed intensities of Czechoslovakia, Poland, Hungary and Austria||Publs Inst. Geophys., Pol. Acad. Sci., A::5:1977:251-254|Maximum intensity+Intensity+Hazard+1000-1973
J|0529|Apopei,I.+Cornea,I.+Enescu,D.|Preliminary data for the calculation of seismic risk in Romania||Publs Inst. Geophys., Pol. Acad. Sci., A::5:1977:255-261|Hazard+Maximum intensity+Intensity+Vrancea
J|0530|Buben,J.+Rudajev,V.|Rock bursts and earthquakes||Publs Inst. Geophys., Pol. Acad. Sci., A::5:1977:263-280|Rockburst+Prediction+Hazard+Czechoslovakia
J|0531|Cvijanovic,D.+Prelogovic,E.|Seismicity and neotectonic movements of the Croatian region (SFR Yugoslavia)||Publs Inst. Geophys., Pol. Acad. Sci., A::5:1977:281-290|Hazard+Tectonics+Maximum magnitude
J|0532|Radu,C.+Apopei,I.|Statistical analysis of microearthquake activity near Vrincioaia station||Publs Inst. Geophys., Pol. Acad. Sci., A::5:1977:291-304|Romania+Hazard+1971-1972+Tectonics+Vrancea
J|0533|Schenkova,Z.|Influence of the shape of the exponential distribution of the largest values on the estimation of earthquake maxima||Publs Inst. Geophys., Pol. Acad. Sci., A::5:1977:305-314|Extreme value theory+Hazard+Maximum magnitude+Europe
J|0534|Pavoni,N.|An investigation of microearthquake activity in the central Valais (Swiss Alps)||Publs Inst. Geophys., Pol. Acad. Sci., A::5:1977:317-320|Rhone+Geodynamics+Switzerland
J|0535|Mayer-Rosa,D.+Pavoni,N.|Fault plane solutions of earthquakes in Switzerland from 1971 to 1976||Publs Inst. Geophys., Pol. Acad. Sci., A::5:1977:321-326|Alps+1971-1976+Geodynamics
J|0536|Hurtig,E.+Cermak,V.+Stegena,L.|Heat flow in Europe and its tectonic implication in the Mediterranean area and at the SW-border of the East European platform||Publs Inst. Geophys., Pol. Acad. Sci., A::5:1977:327-334|Tectonics+Geodynamics
J|0537|Jianu,D.|Earthquake of 7 March 1975 and its aftershocks||Publs Inst. Geophys., Pol. Acad. Sci., A::5:1977:335-345|Vrancea+Romania||#*VRANCEA
J|0538|Iosif,T.+Iosif,S.|Some seismotectonic features of the Vrancea region||Publs Inst. Geophys., Pol. Acad. Sci., A::5:1977:347-357|Romania+Seismotectonics+1912-1975
J|0539|Iosif,S.+Iosif,T.|Types of earthquake sequences in the Vrancea region||Publs Inst. Geophys., Pol. Acad. Sci., A::5:1977:359-371|Shallow-focus earthquake+Romania+1952-1976
J|0540|Meissner,R.|Tectonic processes at continental margins||Publs Inst. Geophys., Pol. Acad. Sci., A::5:1977:373-384|Tectonics
J|0541|Casten,U.+Gommlich,G.|Calibration of seismic detectors and data links of local array stations for rockburst controlling||Publs Inst. Geophys., Pol. Acad. Sci., A::6:1977:7-13|Detection+Instrument+Data processing+Shake table
J|0542|Teupser,C.+Unterreitmeier,E.+Buder,H.|The electronic seismograph system EDS 1||Publs Inst. Geophys., Pol. Acad. Sci., A::6:1977:15-23|Instrument+Equipment
J|0543|Vogel,A.|Studies of short-period crustal dynamics, an aid in seismological research||Publs Inst. Geophys., Pol. Acad. Sci., A::6:1977:27-30|Geodynamics+Instrument
J|0544|Vogel,A.|Broad-band accelerometry||Publs Inst. Geophys., Pol. Acad. Sci., A::6:1977:31-34|Instrument+Accelerometer+Geodynamics
J|0545|Schneider,M.M.+Harwardt,H.+Simon,D.|Continuous tilt and strain measurements in a salt mine||Publs Inst. Geophys., Pol. Acad. Sci., A::6:1977:35-43|Geodynamics+Instrument
J|0546|Derr,J.S.|Current status of the National Earthquake Information Service||Publs Inst. Geophys., Pol. Acad. Sci., A::6:1977:47-50|NEIS+United States+Data processing
J|0547|Derr,J.S.|Seismic data flow at the National Earthquake Information Service||Publs Inst. Geophys., Pol. Acad. Sci., A::6:1977:51-55|NEIS+United States+Data processing+CSEM+Europe
J|0548|Mayer-Rosa,D.+Pavoni,N.+Graf,R.|The Friuli earthquake of May 6, 1976: a preliminary study of intensity-attenuation aftershocks and focal mechanism||Publs Inst. Geophys., Pol. Acad. Sci., A::6:1977:57-61|Italy||#*FRIULI|#*FRIULI2|#*FRIULI3|#*FRIULI4
J|0549|Papastamatiou,D.J.|The May 6, 1976 Friuli earthquake: field measurements||Publs Inst. Geophys., Pol. Acad. Sci., A::6:1977:65-69|Field work+Italy||#*FRIULI
J|0550|Karnik,V.+Prochazkova,D.+Ruprechtova,L.+Schenkova,Z.|Macroseismic field of the Friuli earthquake of May 6, 1976||Publs Inst. Geophys., Pol. Acad. Sci., A::6:1977:71-74|Italy+Austria+Poland+Switzerland+Czechoslovakia||#*FRIULI
J|0551|Gebrande,H.+Miller,H.+Schmedes,E.|Digital registrations of aftershocks of the Friuli earthquake 1976||Publs Inst. Geophys., Pol. Acad. Sci., A::6:1977:75-84|Recording+Alps||#*FRIULI2|#*FRIULI3|#*FRIULI4
J|0552|Grinda,L.|Causes of the seismicity of the south of the western Alps|In French|Publs Inst. Geophys., Pol. Acad. Sci., A::6:1977:85-86
J|0553|Schenkova,Z.+Prochazkova,D.+Karnik,V.|Catalogue of earthquakes and atlas of isoseismals for the countries of the KAPG||Publs Inst. Geophys., Pol. Acad. Sci., A::6:1977:87-93|Isoseismal map+Bulgaria+Germany+Poland+Hungary+Czechoslovakia+Romania+USSR
J|0554|Medvedev,S.V.|Seismic intensity scale MSK-76||Publs Inst. Geophys., Pol. Acad. Sci., A::6:1977:95-102|Macroseismic data
J|0555|Bernard,P.|Variations of the amplitude of microseisms at Warsaw from 1946-1965|In French with English abstract|Publs Inst. Geophys., Pol. Acad. Sci., A::6:1977:105-112|Poland
J|0556|Bormann,P.+Kowalle,G.+Tittel,B.|Investigation of core phases recorded at seismic stations of the GDR and the CSSR||Publs Inst. Geophys., Pol. Acad. Sci., A::6:1977:113-123|Core wave+SKP-wave+Germany+Czechoslovakia+1965-1975
J|0557|Waniek,L.|Seismic modelling - progress report 1974-1976||Publs Inst. Geophys., Pol. Acad. Sci., A::6:1977:125-127
J|0558|Shamina,O.G.+Pavlov,A.A.+Kozak,J.+Waniek,L.|Laboratory study on seismoactive faults||Publs Inst. Geophys., Pol. Acad. Sci., A::6:1977:129-137|Stress+Energy+Model
J|0559|Waniek,L.+Kozak,J.+Shamina,O.G.+Pavlov,A.A.|Schlieren observations of P waves in models simulating zones of randomly distributed cracks||Publs Inst. Geophys., Pol. Acad. Sci., A::6:1977:139-144|Schlieren study+P-wave
J|0560|Martel,L.|Transmission and reflexion of a Rayleigh wave on a step||Publs Inst. Geophys., Pol. Acad. Sci., A::6:1977:145-158|Model
J|0561|Behrens,J.+Denzau,H.|Model-seismic investigations of wave propagation in a medium with cyclic layers||Publs Inst. Geophys., Pol. Acad. Sci., A::6:1977:159-172|Layered medium+P-wave
J|0562|Freystatter,S.+Dresen,L.|Model seismic investigations of the Rayleigh channel wave with respect to the application in deep coal mines||Publs Inst. Geophys., Pol. Acad. Sci., A::6:1977:173-178|Rayleigh wave
J|0563|Babuska,V.+Pros,Z.+Franke,W.|Effect of fabric and cracks on the elastic anisotropy in granodiorite||Publs Inst. Geophys., Pol. Acad. Sci., A::6:1977:179-186|High-pressure physics+Rock
J|0564|Stiller,H.+Ullmann,W.+Pankov,V.L.|Report on a new structure of the equation of state and its application in high-pressure physics and geophysics||Publs Inst. Geophys., Pol. Acad. Sci., A::6:1977:187-199
J|0565|Udias,A.|The programme of deep seismic sounding in Spain||Publs Inst. Geophys., Pol. Acad. Sci., A::6:1977:201-204|Prospecting+Refraction study+1974-1976
J|0566|Kijko,A.|Methods of the optimal planning of regional seismic networks|With Polish abstract|Publs Inst. Geophys., Pol. Acad. Sci., A::7:1978:1-63|Station
J|0567|Prochazkova,D.+Broucek,I.+Guterch,B.+Lewandowska-Marciniak,H.|Macroseismic intensities observed in Czechoslovakia and Poland|With Polish abstract|Publs Inst. Geophys., Pol. Acad. Sci., B::3:1978:1-75|Intensity+Maximum intensity+Spatial distribution+Temporal distribution
J|0568|Andersen,K.H.+Hansteen,O.E.+Hoeg,K.+Prevost,J.H.|Soil deformations due to cyclic loads on offshore structures||Publner Norg. geotek. Inst.::120:1978:1-40|Loading
J|0569|Byerlee,J.D.|A review of rock mechanics studies in the United States pertinent to earthquake prediction||Pure appl. Geophys.:116:4-5:1978:586-602|Review paper+Friction
J|0570|Byerlee,J.D.|Friction of rocks||Pure appl. Geophys.:116:4-5:1978:615-626|Rock mechanics+Prediction+Fault
J|0571|Spetzler,H.|Seismic velocity changes during fracture and frictional sliding||Pure appl. Geophys.:116:4-5:1978:732-742|Rock mechanics+Prediction
J|0572|Rummel,F.+Alheid,H.J.+Frohn,C.|Dilatancy and fracture induced velocity changes in rock and their relation to frictional sliding||Pure appl. Geophys.:116:4-5:1978:743-764|Rock mechanics+Prediction
J|0573|Lockner,D.A.+Byerlee,J.D.|Velocity anomalies: an alternative explanation based on data from laboratory experiments||Pure appl. Geophys.:116:4-5:1978:765-772|Rock mechanics+Prediction+Microearthquake+Friction
J|0574|Logan,J.M.|Creep, stable sliding, and premonitory slip||Pure appl. Geophys.:116:4-5:1978:773-789|Gouge+Prediction+Rock mechanics+Friction
J|0575|Carter,N.L.+Kirby,S.H.|Transient creep and semibrittle behaviour of crystalline rocks||Pure appl. Geophys.:116:4-5:1978:807-839|Rock mechanics+Focal mechanism+Fault+Prediction+Friction
J|0576|Goodman,R.E.+Sundaram,P.N.|Fault and system stiffnesses and stick-slip phenomena||Pure appl. Geophys.:116:4-5:1978:873-887|Rock mechanics+Friction+Focal mechanism+Prediction
J|0577|Vinogradov,S.D.|Experimental observations of elastic wave radiation characteristics from tensile cracks and pre-existing shear faults||Pure appl. Geophys.:116:4-5:1978:888-899|Friction+Velocity+Propagation+Rock mechanics+Prediction
J|0578|Shamina,O.G.+Pavlov,A.A.+Strizhkov,S.A.|Model studies of shear displacement along a pre-existing fault||Pure appl. Geophys.:116:4-5:1978:900-912|Friction+Stick-slip+Rock mechanics+Prediction
J|0579|Johnson,T.L.|Rupture and particle velocity during frictional sliding||Pure appl. Geophys.:116:4-5:1978:954-963|Rock mechanics+Prediction+Rupturing+Focal mechanism+Stick-slip
J|0580|Nur,A.|Nonuniform friction as a physical basis for earthquake mechanics||Pure appl. Geophys.:116:4-5:1978:964-989|Focal mechanism+Rock mechanics+Prediction
J|0581|Archambeau,C.B.|Comments to ``Nonuniform friction as a physical basis for earthquake mechanics'' by A. Nur||Pure appl. Geophys.:116:4-5:1978:990-991|Focal mechanism+Prediction+Rock mechanics
J|0582|Maj,S.|A relationship between phonon conductivity and seismic parameter Phi for silicate minerals||Pure appl. Geophys.:116:6:1978:1225-1230|P-wave+S-wave+Velocity+Propagation
J|0583|Herrmann,R.B.+Fischer,G.W.|Theoretical seismogram constraints on some crustal velocity models in the central United States||Pure appl. Geophys.:116:6:1978:1250-1261|Crustal structure+Velocity+Propagation
J|0584|Green,A.G.|An upper mantle P-wave velocity model for eastern and southern Africa||Pure appl. Geophys.:116:6:1978:1262-1273
J|0585|Panza,G.F.+Scalera,G.|Higher mode dispersion measurement||Pure appl. Geophys.:116:6:1978:1274-1283|Italy+Rayleigh wave+Surface wave+Phase velocity
J|0586|Nolet,G.+Panza,G.F.+Wortel,M.J.R.|An averaged model for the Adriatic subplate||Pure appl. Geophys.:116:6:1978:1284-1298|Plate tectonics+Adriatic+Appennines+Italy+Crustal structure+Surface wave+Mediterranean
J|0587|Panza,G.F.+Neunhofer,H.+Calcagnile,G.|Contribution to phase velocity investigations of Rayleigh-waves in middle Europe||Pure appl. Geophys.:116:6:1978:1299-1306|Rayleigh wave+Germany+Inverse problem+Data processing
J|0588|Karnik,V.+Prochazkova,D.+Schenkova,Z.+Ruprechtova,L.+|Map of isoseismals of the main Friuli earthquake of 6 May 1976||Pure appl. Geophys.:116:6:1978:1307-1313|Italy+Isoseismal map||#*FRIULI
J|0589|Schenkova,Z.+Karnik,V.|The third asymptotic distribution of largest magnitudes in the Balkan earthquake province||Pure appl. Geophys.:116:6:1978:1314-1325|Seismicity+Prediction+Balkans+Risk+Maximum magnitude+Extreme value theory
J|0590|Ambraseys,N.N.|Middle East - a reappraisal of the seismicity||Q. Jl Engng Geol.:11:1:1978:19-32|1900-1976
J|0591|Wilkerson,M.S.+Worden,S.P.|On egregious theories - the Tunguska event||Q. Jl R. astr. Soc.:19:3:1978:282-289|1908+Explosion+USSR
J|0592|Sadler,D.H.|Mean solar time and the meridian of Greenwich||Q. Jl R. astr. Soc.:19:3:1978:290-309|Time+Greenwich Mean Time+UTC
J|0593|Tillotson,E.|Seismological research in the UK 1977||Q. Jl R. astr. Soc.:19:4:1978:500-507|Seismology+United Kingdom
J|0594|Sykes,L.R.|Intraplate seismicity, reactivation of preexisting zones of weakness, alkaline magmatism, and other tectonism postdating continental fragmentation||Rev. Geophys. Space Phys.:16:4:1978:621-688|Plate tectonics+Igneous rock
J|0595|Shteinberg,V.V.+Pletnev,K.G.+Graizer,V.M.|Ground motion accelerograms of the strong Gazli earthquake on May 17, 1976|In Russian|Seismost. stroit.::1:1977:45-61|Strong-motion analysis+USSR+Uzbekistan||#*GAZLI
J|0596|Zhunusov,T.Zh.+Itskov,I.E.+Rotgans,B.A.|Analysis of damage to residential precast panel and brick buildings in Bukhara following the Gazli earthquake|In Russian|Seismost. stroit.::3:1977:58-62|Uzbekistan+USSR+Structure+Housing||#*GAZLI
J|0597|Martem'yanov,A.I.+Ponomarev,O.I.|The performance of the seismotectonic network for recording strong-motion earthquakes in the USSR|In Russian|Seismost. stroit.::4:1977:3-7|Strong-motion analysis+Accelerometer+Instrument
J|0598|Kirnos,D.P.|Modern seismic apparatus for direct recording of vibrations in strong-motion earthquakes|In Russian|Seismost. stroit.::4:1977:12-16|Instrument+Strong-motion instrument+Accelerogram
J|0599|Seleznev,G.S.+|Instrumental observations of the earthquake vibration of dams in the Tadzhik SSR|In Russian|Seismost. stroit.::4:1977:25-30|Tadzhikistan+USSR+Nurek+Ragun+Hydroelectric plant+Reservoir+Barrage
J|0600|Kilimnik,L.Sh.+Zharov,A.M.|Preliminary results of an analysis of the consequences of the January 31, 1977 earthquake in northern Tadzhikistan and southern Kirgizia|In Russian|Seismost. stroit.::4:1977:55-60|USSR||#*TADZHIK
J|0601|Druzhinin,V.S.|Characteristics of the Urals deep-seated faults, based on seismic data|In Russian|Sov. Geol.::4:1978:146-154|USSR
J|0602|Bulin,N.K.|Deep structure of north-western Estonia, based upon reflection method data|In Russian|Sov. Geol.::5:1978:123-129|Reflexion study
J|0603|Bovenko,V.G.+Shcherbakova,B.A.+Hernandez,G.|The relation between geology and the structure of the earth's crust in western Cuba|In Russian|Sov. Geol.::6:1978:117-128|Crustal structure
J|0604|Kirillov,A.P.|Basic problems of nuclear plant seismic safety||Sov. Pwr Engng:6:11:1977:639-642|Nuclear power plant+Earthquake-resistant design
J|0605|Iosif,T.+Iosif,S.|Specific defect of the region of the earthquake of 4th March 1977|In Romanian with English abstract|Studii Cerc. Fiz.:30:6:1978:597-599|Romania||#*ROMANIAN
J|0606|Muller,G.+Bonjer,K-P.+Stockl,H.+Enescu,D.|The earthquake of 4th March 1977. Rupture process according to the fault plane solution and the analysis of the multiple events|In Romanian with English abstract|Studii Cerc. Geol. Geofiz. Geogr., Ser. Geofiz.:16::1978:11-26|Romania+Focal mechanism||#*ROMANIAN
J|0607|Cornea,I.+Spanoche,E.|*Contribution to the *seismogeological study of the N-E part of the Pannonian depression (Oradea-Carei zone)|In Romanian with English abstract|Studii Cerc. Geol. Geofiz. Geogr., Ser. Geofiz.:16::1978:27-31|Spatial distribution+Tectonics+Romania+Hypocentre
J|0608|Popov,M.M.+Psencik,I.|Computation of ray amplitudes in inhomogeneous media with curved interfaces||Studia geophys. geod.:22:3:1978:248-258|Inhomogeneous medium+Wave
J|0609|Hanus,V.+Vanek,J.|Geodynamic interpretation of the earthquake distribution in the Kermadec subduction zone||Studia geophys. geod.:22:3:1978:259-275|Geodynamics+Spatial distribution+Lithosphere+Benioff zone+Crustal structure+South Pacific+Pacific Ocean+Kermadec Ridge
J|0610|Bulanzhe,Yu.D.+Pevnev,A.K.|Displacements of the earth's surface in seismic regions||Studia geophys. geod.:22:3:1978:298-303|Seismicity+Tectonics+Crustal movement+USSR
J|0611|Jansky,J.|Theoretical PKP seismograms near the caustic calculated by sum of reflected waves||Studia geophys. geod.:22:3:1978:303-309|PKP-wave+Theoretical seismogram
J|0612|Babuska,V.+Fiala,J.+Mayson,D.J.+Liebermann,R.C.|Elastic properties of eclogite rocks from the Bohemian Massif||Studia geophys. geod.:22:4:1978:348-361|Elasticity+P-wave+S-wave+Velocity+Igneous rock
J|0613|Prochazkova,D.|Relation between microseisms recorded at seismic stations Praha and Pruhonice||Studia geophys. geod.:22:4:1978:362-367|Recording+Prague+Czechoslovakia
J|0614|Karnik,V.+Prochazkova,D.+Schenkova,Z.+Drimmel,J.+Mayer-Rosa,D.+|Isoseismals of the strongest Friuli aftershocks of September 1976||Studia geophys. geod.:22:4:1978:411-414|Italy+Isoseismal map||#*FRIULI2|#*FRIULI3|#*FRIULI4
J|0615|Bath,M.|A seismicity map for Sweden||Tectonophysics:49:1-2:1978:T1-T8
J|0616|Moore,H.E.+Sibson,R.H.|Experimental thermal fragmentation in relation to seismic faulting||Tectonophysics:49:1-2:1978:T9-T17|Focal mechanism+Thermal relaxation
J|0617|Khattri,K.+Rai,K.+Jain,A.K.+Sinvhal,H.+Gaur,V.K.+|The Kinnaur earthquake, Himachal Pradesh, India, of 19 January, 1975||Tectonophysics:49:1-2:1978:1-21|Focal mechanism||#*KINNAUR
J|0618|e*Aki,K.+Duda,S.J.|Quantification of earthquakes. Proceedings of Workshop, Durham Assembly of IASPEI, 1977||Tectonophysics:49:3-4:1978:3-157|Magnitude+Focal mechanism+Moment
J|0619|Duda,S.J.|Physical significance of the earthquake magnitude - the present state of interpretation of the concept||Tectonophysics:49:3-4:1978:119-130|P-wave
J|0620|Christoskov,L.+Kondorskaya,N.V.+Vanek,J.|Homogeneous magnitude system of the Eurasian continent||Tectonophysics:49:3-4:1978:131-138|Asia+Europe+Magnitude
J|0621|Chinnery,M.A.|Measurement of mb with a global network||Tectonophysics:49:3-4:1978:139-144|Magnitude+Global seismicity+Data processing
J|0622|Adams,R.D.|Earthquake source and propagation parameters in New Zealand||Tectonophysics:49:3-4:1978:145-148|Focal mechanism+Tectonics
J|0623|Mohajer-Ashjai,A.+Nowroozi,A.A.|Observed and probable intensity zoning of Iran||Tectonophysics:49:3-4:1978:149-160|Map
J|0624|Ringdal,F.+Husebye,E.S.+Sandvin,O.A.+Christoffersson,A.|Statistical test theory in the analysis of macroseismic questionnaires||Tectonophysics:49:3-4:1978:161-170|Macroseismic data+Damage+Statistical method
J|0625|Miyamura,S.|Magnitudes of larger earthquakes not included in the Gutenberg-Richter magnitude catalogue||Tectonophysics:49:3-4:1978:171-184|Gutenberg & Richter+Large earthquake
J|0626|Hasegawa,H.S.+Rogers,G.C.|Quantification of the magnitude 7.3, British Columbia earthquake of June 23, 1946||Tectonophysics:49:3-4:1978:185-188|Canada
J|0627|Purcaru,G.+Berckhemer,H.|A magnitude scale for very large earthquakes||Tectonophysics:49:3-4:1978:189-198
J|0628|Toksoz,M.N.+Nabelek,J.|Source properties of the 1976 earthquake in east Turkey: a comparison of field data and teleseismic results||Tectonophysics:49:3-4:1978:199-205|Van, L.+Field work+Focal mechanism||#*LAKEVAN
J|0629|Kanamori,H.|Quantification of great earthquakes||Tectonophysics:49:3-4:1978:207-212|Large earthquake+Magnitude+Moment+Energy
J|0630|Aki,K.+Patton,H.|Determination of seismic moment tensor using surface waves||Tectonophysics:49:3-4:1978:213-222|Moment+Rayleigh wave
J|0631|Julian,B.R.|An inverse method for earthquake source mechanisms||Tectonophysics:49:3-4:1978:223|Focal mechanism+Inverse problem
J|0632|Wyss,M.|Source dimension and stress-drop estimates from teleseismic body waves||Tectonophysics:49:3-4:1978:225-226
J|0633|Kondorskaya,N.V.+Zakharova,A.I.+Solov'eva,O.N.|Refinement of the principal parameters of earthquake sources in seismological practice||Tectonophysics:49:3-4:1978:227-235|Magnitude
J|0634|Lomnitz-Adler,J.+Lomnitz,C.|A new magnitude-frequency relation||Tectonophysics:49:3-4:1978:237-245|Frequency-magnitude relation
J|0635|Zakharova,A.I.+Starovoit,O.Ye.+Chepkunas,L.S.|Seismic moment and its determination in practice of data generalization of unified system of seismic observations (USSO) of the U.S.S.R||Tectonophysics:49:3-4:1978:247-253|USSR+Station+Observational seismology
J|0636|Moskvina,A.G.+Korchagina,O.A.+Kosarev,G.L.|P-wave shape and seismic moment for Ust-Kamchatsk earthquake of December 15, 1971||Tectonophysics:49:3-4:1978:255-261|USSR+Ust'-Kamchatsk
J|0637|Hanks,T.C.|Characterization of high-frequency strong ground motion||Tectonophysics:49:3-4:1978:263|Strong-motion analysis
J|0638|Volponi,F.S.+Quiroga,M.+Triep,E.|On seismic source parameters from seismogram data||Tectonophysics:49:3-4:1978:265
J|0639|Adams,R.D.+Aki,K.+Chinnery,M.A.+Duda,S.J.|Summary of the Workshop||Tectonophysics:49:3-4:1978:267-270|Magnitude+Quantification+Homogeneous magnitude system
J|0640|Bath,M.|Energy and tectonics of Fennoscandian earthquakes||Tectonophysics:50:1:1978:T9-T17
J|0641|Chung,W-Y.+Kanamori,H.|A mechanical model for plate deformation associated with aseismic ridge subduction in the New Hebrides||Tectonophysics:50:1:1978:29-40|Plate tectonics+Pacific Ocean
J|0642|Richardson,R.M.|Finite element modelling of stress in the Nazca plate: driving forces and plate boundary earthquakes||Tectonophysics:50:2-3:1978:223-248|Finite element method+Lithosphere+Nazca-Cocos Plate+Subduction+Plate tectonics
J|0643|Bird,P.|Finite element modelling of lithosphere deformation: the Zagros collision orogeny||Tectonophysics:50:2-3:1978:307-336|Finite element method+Focal mechanism+Bouguer anomaly+Iran
J|0644|Barley,B.J.|Brittle fracture, pore fluids and Q||Tectonophysics:51:1-2:1978:T9-T13|Deep-focus earthquake+Focal mechanism
J|0645|Bungum,H.|Reanalyzation of three focal-mechanism solutions for earthquakes from Jan Mayen, Iceland and Svalbard||Tectonophysics:51:1-2:1978:T15-T16|1975+1976+Focal mechanism+Fault plane solution||#*SVALBARD|#*ICELAND|#*JANMAYEN
J|0646|Shapira,A.+Bath,M.|Methods for microearthquake research||Tectonophysics:51:1-2:1978:T17-T21|Network+Geophone+Focal mechanism
J|0647|Bath,M.|A note on recurrence relations for earthquakes||Tectonophysics:51:1-2:1978:T23-T30|Magnitude+Frequency-magnitude relation
J|0648|Rikitake,T.|Biosystem behaviour as an earthquake precursor||Tectonophysics:51:1-2:1978:1-20|Animal behaviour+1976+Friuli+1975+Haicheng+Italy+China||#*HAICHENG|#*FRIULI
J|0649|Agrawal,R.C.|PKP times from Indian earthquakes||Tectonophysics:51:1-2:1978:21-40|PKP-wave+Travel-times
J|0650|Rowlands,D.|The structure and seismicity of a portion of the southern Sulaiman Range, Pakistan||Tectonophysics:51:1-2:1978:41-56|Multispectral detection+Focal mechanism+Tectonics
J|0651|Sibson,R.H.|Radiant flux as a guide to relative seismic efficiency||Tectonophysics:51:3-4:1978:T39-T46|Energy+Focal mechanism+Fault+Dynamics
J|0652|Bath,M.|Deep-seated fracture zones in the Swedish crust||Tectonophysics:51:3-4:1978:T47-T54|Seismicity+Crustal structure+Risk+Sweden
J|0653|Bath,M.|Suspected periodicities of earthquakes in Sweden||Tectonophysics:51:3-4:1978:T55-T62|Periodicity+Temporal distribution+Prediction
J|0654|Bath,M.|Some properties of earthquake frequency distributions||Tectonophysics:51:3-4:1978:T63-T69|Frequency-magnitude relation+Statistical method
J|0655|Rastogi,B.K.+Singh,D.D.|Source parameters of the Burma-India Border earthquake of July 29, 1970, from body waves||Tectonophysics:51:3-4:1978:T77-T84|Nagaland+Focal mechanism+Moment+India
J|0656|Singh,D.D.+Rastogi,B.K.|Crustal structure of the peninsular shield beneath Hyderabad (India) from the spectral characteristics of long-period P-waves||Tectonophysics:51:3-4:1978:127-137
J|0657|Yamashina,K.|Induced earthquakes in the Izu peninsula by the Izu-Hanto-oki earthquake of 1974, Japan||Tectonophysics:51:3-4:1978:139-154|Honshu+Crustal movement||#*IZUHANTO
J|0658|Bath,M.|An analysis of the time term method in refraction seismology||Tectonophysics:51:3-4:1978:155-169|Time-term analysis+Prospecting
J|0659|Puzyrev,N.N.+Krylov,S.V.|Basic summing up of regional seismic studies in Siberia|In Russian|Trudy sib. nauchno-issled. Inst. Geol. Geofiz. miner. Syr'.::249:1977:17-29|USSR+Regional study
J|0660|Borisov,A.A.|Attempt at a seismological-geophysical zoning of the northern Tyan-Shan'|In Russian|Trudy sib. nauchno-issled. Inst. Geol. Geofiz. miner. Syr'.::249:1977:69-78|China+USSR
J|0661|Zakirov,M.S.+Rautian,T.G.+Khalturin,V.I.|Classification of magnitudes of Uzbekistan earthquakes from the level of the final part of the seismogram|In Russian with Uzbek abstract|Uzbek. geol. Zh.::1:1978:65-69|USSR
J|0662|Kasymov,S.M.+Tillyabayev,R.A.+Kamalov,Ya.K.+Kalibayev,Z.|Determination of the intensification of earthquakes in the Kyzylkum zones by the analysis of the rigidity of the soil|In Russian with Uzbek abstract|Uzbek. geol. Zh.::2:1978:19-22|Kazakhstan+USSR
J|0663|Kasymov,S.M.|Seismic microzoning of the urban regions of Uzbekistan|In Russian with Uzbek abstract|Uzbek. geol. Zh.::3:1978:38-42|City+USSR+Seismicity
J|0664|Rautian,T.G.|The role of the source function and medium response in the formation of seismic vibrations|In Russian|Vop. Inzh. Seismol.::18:1976:3-14
J|0665|Rautian,T.G.+Golubyatnikov,V.L.+Nikiforova,M.N.|Investigation of seismic vibration parameters and construction of synthetic seismograms for strong earthquakes|In Russian|Vop. Inzh. Seismol.::18:1976:15-22|Seismogram
J|0666|Kramynin,P.I.+Shteinberg,V.V.|Ground motion parameters in dense soils during strong earthquakes|In Russian|Vop. Inzh. Seismol.::18:1976:23-35|Strong-motion analysis
J|0667|Kats,A.Z.|Some calculated estimates of the changes in intensity of seismic vibrations and ground strain depending on the distance to the surface|In Russian|Vop. Inzh. Seismol.::18:1976:36-40
J|0668|Ratnikova,L.I.+Shteinberg,V.V.+Shebalin,N.V.+Piruzyan,S.A.+Arakelyan,F.O.|Seismic risk analysis for the region of a power plant construction site|In Russian|Vop. Inzh. Seismol.::18:1976:41-61|Electricity+Power station
J|0669|Ivanova,T.G.|Time-varying spectral analysis of vibrations of an earth fill|In Russian|Vop. Inzh. Seismol.::18:1976:62-65
J|0670|Giller,V.G.+Kogan,L.A.|Application of sequential analysis to the comparison of seismic properties of soils|In Russian|Vop. Inzh. Seismol.::18:1976:66-68
J|0671|Skorik,L.A.|The effects of local fluctuations in the fields of high-frequency microseisms|In Russian|Vop. Inzh. Seismol.::18:1976:69-74
J|0672|Yershov,I.A.|Comparison of macroseismic data and data from seismic microzoning for the town of Makhachkala|In Russian|Vop. Inzh. Seismol.::18:1976:75-83|USSR
J|0673|Bune,V.I.+Polyakova,T.P.|Seismoactive zones of the central part of the Alpide folded region|In Russian|Vop. Inzh. Seismol.::18:1976:84-102|Seismicity+Earthquake+1902-1972+Crimea+Caucasus+Kopet-Dag+Alpide Belt+Iran+Turkey+USSR
J|0674|Pustovitenko,B.G.+Kul'chitskii,V.Ye.+Aver'yanova,V.N.+Shebalin,N.V.|On special features of the focal zones of the strong Crimean earthquakes of 26th June and 11th September 1927|In Russian|Vop. Inzh. Seismol.::18:1976:103-114|Strong earthquake+USSR+Focus
J|0675|Sinitsyn,A.P.|Optimization method for earthquake-resistant structures|In Russian|Vop. Inzh. Seismol.::18:1976:115-130|Earthquake-resistant design+Building
J|0676|Medvedev,S.V.+Sinitsyn,A.P.|Stability of a retaining wall on a saturated two-layer base|In Russian|Vop. Inzh. Seismol.::18:1976:131-136|Foundation+Saturation+Layered medium
J|0677|Kuz'mina,N.V.+Mamichev,V.I.+Filatov,P.N.+Kharin,D.A.|On some results of the study by seismometers of large displacements of vibration platforms|In Russian|Vop. Inzh. Seismol.::18:1976:137-142|Shake table+Instrument
J|0678|Kuz'mina,N.V.+Tishchenko,V.G.+Kharin,D.A.|Test of separate studies of progressive and rotating vibrations|In Russian|Vop. Inzh. Seismol.::18:1976:143-154
J|0679|Popova,Ye.V.|Residual ground deformation accompanying earthquake: Part 2|In Russian|Vop. Inzh. Seismol.::18:1976:155-193|Strong earthquake
A|0680|Ambraseys,N.N.+Moinfar,A.A.|Iran earthquakes 1968|Technical Research and Standard Bureau Publication No. 69|1977:Tehran:Iran Plan & Budget Organization|Seismicity|20p
A|0682|Suyuti,J.D.|Treatise on earthquake|French translation of Arabic original|1975:Rabat, Morocco:Inst. Univ. de la Recherche Scientifique|History+Middle East|105p
A|0683|Burton,I.+Kates,R.W.+White,G.F.|The environment as hazard||1978:New York & Oxford:Oxford University Press|Natural disaster+Catastrophe+Sociological aspect|240p
A|0684|Cooper,J.D.|Bridge and highway damage resulting from the 1976 Guatemala earthquake|FHWA-RD-76-148|1976:Washington, D.C.:Office of Research and Development, Federal Highway Administration||50p|#*GUATEMALA
A|0685|a-California Dept of Water Resources|Performance of the Oroville dam and related facilities during the August 1, 1975 earthquake|Bulletin No. 203|1977:Sacramento:California Dept of Water Resources|California+United States+Barrage+Reservoir+Behaviour|102p|#*OROVILLE
A|0686|Delpiano P.,A.|Analysis of the measurements of the periods of vibration of Peruvian buildings|In Spanish|1977:Lima:Pontificia Univ. Catolica del Peru, Dept of Engineering|Structure|20p
J|0687|a-EERI Reconnaissance Team|The Guatemala earthquake of February 4, 1976: a preliminary report by the EERI reconnaissance team||Newsl. EERI:10:2:1976:1-100|||#*GUATEMALA
A|0688|Glover,D.P.|Directory of seismograph stations|SE-7|1977:Boulder, Colorado:World Data Centre A for Solid Earth Geophysics||145p
A|0689|e*Habercom,G.E.|Earthquake engineering: buildings, bridges, dams and related structures. Vol. 2. 1974-September 1977; a bibliography with abstracts|No. NTIS/PS-77/0862|1977:Springfield, Va, U.S.A.:National Technical Information Service|Reservoir+Barrage+1974-1977|365p
A|0690|e*Habercom,G.E.|Seismic detection. Part 1. General studies: a bibliography with abstracts|No. NTIS/PS-77/0234|1977:Springfield, Va, U.S.A.:National Technical Information Service|Array|237p
A|0691|e*Hawkins,N.M.+Mitchell,D.|Reinforced concrete structures in seismic zones||1977:Detroit:American Concrete Inst.|Building+Earthquake engineering|485p
A|0692|Housner,G.W.+Jennings,P.C.|Earthquake design criteria for structures|EERL 77-06|1977:Pasadena:California Inst. of Technology, Earthquake Engineering Research Lab.|Earthquake-resistant design+Building|52p
A|0693|Krishna,J.+Chandrasekaran,A.R.|Elements of earthquake engineering||1976:Nauchandi, India:Sarita Prakashan||250p
A|0694|Lensen,G.J.|Suggestions for monitoring deformation on the Wellington fault and in the Wellington region (with discussion on earthquake prediction)|E.D.S. Report 3|1968:Lower Hutt, New Zealand:N.Z. Geological Survey, Earth Deformation Section|New Zealand|39p
A|0695|Makdisi,F.I.+Seed,H.B.|A simplified procedure for estimating earthquake-induced deformations in dams and embankments|UCB/EERC-77/19|1977:Berkeley, California:Earthquake Engineering Research Centre|Barrage+Reservoir+Earthquake-resistant design+Induced seismicity|65p
A|0696|Mitchell,W.A.|The Lice earthquake in southeastern Turkey: a geography of the disaster|USAFA-TR-76-24|1976:Colorado:USAF Academy, Dept of Economics, Geography and Management|Reconstruction+1975|102p|#*LICE
A|0697|Morris,L.+Smookler,S.+Glover,D.P.|Catalogue of seismograms and strong-motion records|SE-6|1977:Boulder, Colorado:World Data Centre A for Solid Earth Geophysics|Strong-motion analysis+Accelerogram|76p
A|0698|Nielsen,N.N.+|The Honomu, Hawaii earthquake||1977:Washington, D.C.:National Research Council, Committee on Natural Disasters|Hilo+1973|79p
A|0699|Pararas-Carayannis,G.|Catalogue of tsunamis in Hawaii, revised by J.P. Calebaugh|SE-14|1977:Boulder, Colorado:World Data Centre A for Solid Earth Geophysics||78p
A|0700|Porter,L.D.|Compilation of strong-motion records recovered from the Santa Barbara earthquake of 13 August 1978|Preliminary Report 22|1978:Sacramento, California:California Div. Mines & Geology|California+United States+Recording+Strong-motion analysis|43p|#*SANTABARBARA
J|0701|Schmidt,P.|Bibliography of the works produced in the DDR on the history of geology, mineralogy, geophysics and palaeontology 1970-1976|In German|Veroff. wiss. InfZent. Bergakad. Freiberg::71:1978:1-160
A|0702|Seed,H.B.+Makdisi,F.I.+De Alba,P.|The performance of earth dams during earthquakes|UCB/EERC-77/20|1977:Berkeley, California:Earthquake Engineering Research Centre|Embankment+Loading|55p
A|0703|Shoja-Taheri,J.|Seismological studies of strong motion records|UCB/EERC-77/04|1977:Berkeley, California:Earthquake Engineering Research Centre|Ground motion+Accelerogram+Strong-motion analysis|209p
A|0704|Valera,J.E.+|Soil-structure interaction effects at Humboldt Bay power plant in the Ferndale earthquake of June 7, 1975|UCB/EERC-77/02|1977:Berkeley, California:Earthquake Engineering Research Centre|Nuclear power plant+California+United States|49p|#*NORTHERNCALIF
A|0705|Walker,N.D.|Automated design of earthquake resistant multistorey steel building frames|UCB/EERC-77/12|1977:Berkeley, California:Earthquake Engineering Research Centre|Earthquake-resistant design+Steel frame+Structure|179p
A|0706|Weidlinger,P.|Behaviour of underground lifelines in seismic environment||1977:New York:Weidlinger Association|Lifeline system+Pipeline|22p
A|0707|Wood,P.R.|Molesworth earthquakes, April 1973. Immediate Report|E.D.S. Report 9|1973:Lower Hutt, New Zealand:N.Z. Geological Survey, Earth Deformation Section|New Zealand|9p
A|0708|e*Wright,J.B.|Mineral deposits, continental drift, and plate tectonics. Benchmark papers in geology, Vol. 44||1977:Dowden, Hutchinson & Ross:Stroudsberg, Pennsylvania||416p
A|0709||Analysis of strong motion records of the Vrancea, Romania earthquake of March 4, 1977, obtained in Nis, Yugoslavia||1977:Skopje, Yugoslavia:Univ. Kiril and Metodij|Strong-motion analysis+Accelerogram+Seismogram|114p|#*ROMANIAN
A|0710||The assessment and mitigation of earthquake risk||1978:Paris:UNESCO|Hazard+Prediction|341p
A|0711||Guatemala '76, earthquakes of the Caribbean plate||1976:Munich, Germany:Munchener Ruckversicherungs-Gesellschaft|Managua+1972+1976|48p|#*GUATEMALA
A|0712||Proceedings of U.S.-Japan seminar on earthquake engineering research with emphasis on lifeline systems, Tokyo, 1976||1976:Tokyo:Japan Society for the Promotion of Earthquake Engineering|United States|499p
A|0713||Proceedings, Sixth World Conference on Earthquake Engineering, New Delhi, India, 1977|In 3 volumes|1977:Meerut, India:Sarita Prakashan|Earthquake engineering|3389p
A|0714||Architects and earthquakes||1977:Boulder, Colorado:Institute of Behavioural Science, University of Colorado|Earthquake-resistant design+Building+Structure|94p
B|0715||Friuli earthquakes 1976: seismological, tectonic and engineering-seismological aspects|58|Ribaric,V.|Seismicity of the Friuli-Carnia region|In Serbocroatian and English|1978:Skopje, Yugoslavia:Inst. Earthq. Engng and Engng Seismology, Univ. Kiril and Metodij|Tectonics+Earthquake engineering+Italy+History+Maximum magnitude+1278-1975|6-20|#*FRIULI|#*FRIULI2|#*FRIULI3|#*FRIULI4
B|0716||Friuli earthquakes 1976: seismological, tectonic and engineering-seismological aspects|58|Cvijanovic,D.+Olujic,M.+Kuk,V.|Seismicity of Friuli and the neighbouring area|In Serbocroatian and English|1978:Skopje, Yugoslavia:Inst. Earthq. Engng and Engng Seismology, Univ. Kiril and Metodij|Tectonics+Earthquake engineering+Italy+1900-1976+History+Catalogue|21-37|#*FRIULI|#*FRIULI2|#*FRIULI3|#*FRIULI4
B|0717||Friuli earthquakes 1976: seismological, tectonic and engineering-seismological aspects|58|Ribaric,V.|Friuli earthquake of May 6, 1976; a contribution to the study of seismic fields in Slovenia|In Serbocroatian and English|1978:Skopje, Yugoslavia:Inst. Earthq. Engng and Engng Seismology, Univ. Kiril and Metodij|Tectonics+Earthquake engineering+Italy+Macroseismic data+Intensity+Acceleration|38-45|#*FRIULI|#*FRIULI2|#*FRIULI3|#*FRIULI4
B|0718||Friuli earthquakes 1976: seismological, tectonic and engineering-seismological aspects|58|Arsovski,M.+Mihailov,V.|Influence of seismo-tectonic properties upon the seismicity of west Slovenia and Friuli|In Serbocroatian and English|1978:Skopje, Yugoslavia:Inst. Earthq. Engng and Engng Seismology, Univ. Kiril and Metodij|Tectonics+Earthquake engineering+Italy+Yugoslavia+Accelerogram+Strong-motion analysis|46-51|#*FRIULI|#*FRIULI2|#*FRIULI3|#*FRIULI4
B|0719||Friuli earthquakes 1976: seismological, tectonic and engineering-seismological aspects|58|Mihailov,V.|Strong motion accelerograms of the Friuli 1976 earthquake obtained in Yugoslavia|In Serbocroatian and English|1978:Skopje, Yugoslavia:Inst. Earthq. Engng and Engng Seismology, Univ. Kiril and Metodij|Strong-motion analysis+Italy+Tectonics+Earthquake engineering|52-66|#*FRIULI|#*FRIULI2|#*FRIULI3|#*FRIULI4
B|0720|||Report No. 4|Bath,M.|A rockburst sequence at the Grangesberg iron ore mines in central Sweden, 3||1978:Uppsala:Seismological Inst.||36p
B|0721|||Report No. 5|Olsson,R.|Some aftershock sequences in the Japan-Kamchatka region - Pt 2||1978:Uppsala:Seismological Inst.|USSR|15p
B|0722|||FOA Report C 20249-T1|Israelson,H.+Basham,P.W.+Elvers,E.+Slunga,R.+Dahlman,O.|Seismic events in the USA in 1972|With Swedish abstract|1978:Stockholm:Res. Inst. National Defence|Identification+United States+Location+Underground nuclear explosion+Earthquake+Monitoring|84p
B|0723|||FOA Report C 20275-T1|Nedgard,I.|Seismological recordings of nuclear explosions in 1976 obtained at the Hagfors Observatory in Sweden|With Swedish abstract|1978:Stockholm:Res. Inst. National Defence|Underground nuclear explosion|71p
B|0724||Proceedings, Sixth World Conference on Earthquake Engineering, New Delhi, 1977|1|Singh,S.+|Damage during Kinnaur earthquake of January 19, 1975 in Himachal Pradesh, India||1977:Meerut, India:Sarita Prakashan||184-190|#*KINNAUR
B|0725||Proceedings, Sixth World Conference on Earthquake Engineering, New Delhi, 1977|1|Ohtani,K.+Kubota,T.|Damage of structures due to the 1974 Izu-Hanto-oki earthquake||1977:Meerut, India:Sarita Prakashan|Building+Japan|191-196|#*IZUHANTO
B|0726||Proceedings, Sixth World Conference on Earthquake Engineering, New Delhi, 1977|1|Yamada,M.+Kawamura,H.|Damaged and non-damaged reinforced concrete modern buildings at the Oita earthquake, Apr. 21, 1975, Japan||1977:Meerut, India:Sarita Prakashan|Structure|197-202|#*OITA
B|0727||Proceedings, Sixth World Conference on Earthquake Engineering, New Delhi, 1977|1|Tsuchiya,H.+|Damage to reinforced concrete modern buildings at the Oita earthquake, April 21, 1975||1977:Meerut, India:Sarita Prakashan|Japan+Structure|203-208|#*OITA
B|0728||Proceedings, Sixth World Conference on Earthquake Engineering, New Delhi, 1977|1|Tomii,M.+Yoshima,K.|Damage to a reinforced concrete hotel building due to the Oita earthquake of April 21, 1975||1977:Meerut, India:Sarita Prakashan|Japan+Structure|209-214|#*OITA
B|0729||Proceedings, Sixth World Conference on Earthquake Engineering, New Delhi, 1977|1|Beck,J.L.+Housner,G.W.|Oroville reservoir, California and the earthquakes of August 1, 1975||1977:Meerut, India:Sarita Prakashan|Dam+Barrage+United States|215-220|#*OROVILLE
B|0730||Proceedings, Sixth World Conference on Earthquake Engineering, New Delhi, 1977|1|Karaesmen,E.|A survey of building damages in September 6, 1975 Lice (Turkey) earthquake||1977:Meerut, India:Sarita Prakashan|Structure|221-226|#*LICE
B|0731||Proceedings, Sixth World Conference on Earthquake Engineering, New Delhi, 1977|1|Nielsen,N.N.+|Honomu, Hawaii earthquake of April 26 1973||1977:Meerut, India:Sarita Prakashan||227-232
B|0732||Proceedings, Sixth World Conference on Earthquake Engineering, New Delhi, 1977|1|Gosavi,P.D.+Bapat,A.V.+Guha,S.K.|Macroseismic studies of four recent Indian earthquakes||1977:Meerut, India:Sarita Prakashan|Macroseismic data+1973-1975|233-241
B|0733||Proceedings, Sixth World Conference on Earthquake Engineering, New Delhi, 1977|1|Chaudhury,H.M.+Srivastava,H.N.|The Kinnaur earthquake of January 19, 1975 and its aftershocks||1977:Meerut, India:Sarita Prakashan|India+Himachal Pradesh|242-248|#*KINNAUR
B|0734||Proceedings, Sixth World Conference on Earthquake Engineering, New Delhi, 1977|1|Arioglu,E.+Anadol,K.|Response of rural dwellings to recent destructive earthquakes in Turkey, 1973-1975||1977:Meerut, India:Sarita Prakashan|Earthquake-resistant design+Housing+Izmir+Gelibolu+Lice+1974+1975|249-254|#*LICE|#*IZMIR|#*GELIBOLU
B|0735||Proceedings, Sixth World Conference on Earthquake Engineering, New Delhi, 1977|1|Arya,A.S.+|A macroseismic study of November 6, 1975 Roorkee earthquake, Roorkee, India||1977:Meerut, India:Sarita Prakashan|Macroseismic data|255-261|#*ROORKEE
B|0736||Proceedings, Sixth World Conference on Earthquake Engineering, New Delhi, 1977|1|Polyakov,S.V.+|Effects of the Kyzyl-Kum earthquakes on April 8 and May 17, 1976||1977:Meerut, India:Sarita Prakashan|Uzbekistan+Kyzylkum+USSR+Gazli|262-271|#*GAZLI|#*GAZLI2
B|0737||Proceedings, Sixth World Conference on Earthquake Engineering, New Delhi, 1977|1|Stratta,J.L.+Wyllie,L.A.|Preliminary reconnaissance report on Italian earthquake of May 6, 1976||1977:Meerut, India:Sarita Prakashan|Friuli+Italy|272-278|#*FRIULI
B|0738||Proceedings, Sixth World Conference on Earthquake Engineering, New Delhi, 1977|1|Glauser,E.C.|The May 6, 1976 Friuli earthquake - assessment and interpretation of building damage||1977:Meerut, India:Sarita Prakashan|Structure+Italy|279-288|#*FRIULI
B|0739||Proceedings, Sixth World Conference on Earthquake Engineering, New Delhi, 1977|1|Braga,F.+Briseghella,L.+Pinto,P.E.|The Friuli (Italy) May and Sept 1976 earthquakes: a brief survey of the damages||1977:Meerut, India:Sarita Prakashan|Structure+Building|289-294|#*FRIULI|#*FRIULI2|#*FRIULI3|#*FRIULI4
B|0740||Proceedings, Sixth World Conference on Earthquake Engineering, New Delhi, 1977|1|Srivastava,L.S.+Singh,S.|Ground failure during Kinnaur earthquake of January 19, 1975, Himachal Pradesh, India||1977:Meerut, India:Sarita Prakashan||295-296|#*KINNAUR
B|0741||Proceedings, Sixth World Conference on Earthquake Engineering, New Delhi, 1977|1|Cano,J.H.|Guatemala earthquake of February 4th, 1976: description and analysis of damages caused on buildings||1977:Meerut, India:Sarita Prakashan|Structure|299-303|#*GUATEMALA
B|0742||Proceedings, Sixth World Conference on Earthquake Engineering, New Delhi, 1977|1|Hudson,D.E.|Strong motion earthquake measurements in epicentral regions||1977:Meerut, India:Sarita Prakashan|Strong-motion analysis|323-329
B|0743||Proceedings, Sixth World Conference on Earthquake Engineering, New Delhi, 1977|1|Johnson,W.J.+Kissenpfennig,J.F.|Vibratory ground motion from a distant large earthquake: a discussion of the 1755 Lisbon earthquake||1977:Meerut, India:Sarita Prakashan|Vibration+Teleseism+Azores+Gibraltar|330-331
B|0744||Proceedings, Sixth World Conference on Earthquake Engineering, New Delhi, 1977|1|Knudson,C.F.+Perez,V.|Accelerograph records from Lima, Peru||1977:Meerut, India:Sarita Prakashan|Strong-motion analysis|338-344
B|0745||Proceedings, Sixth World Conference on Earthquake Engineering, New Delhi, 1977|1|Kobayashi,H.+|Two-dimensional horizontal ground motion during earthquake||1977:Meerut, India:Sarita Prakashan|Strong-motion analysis|345-350
B|0746||Proceedings, Sixth World Conference on Earthquake Engineering, New Delhi, 1977|1|Ishida,K.+Osawa,Y.|Strong earthquake ground motions due to a propagating fault model considering the change of dislocation velocity - Parkfield earthquake of 1966||1977:Meerut, India:Sarita Prakashan|Strong-motion analysis+California+United States|535-540
B|0747||Proceedings, Sixth World Conference on Earthquake Engineering, New Delhi, 1977|1|Sato,N.+Kubo,K.+Katayama,T.|Characteristics of earthquake displacement motions with emphasis on their long-period components||1977:Meerut, India:Sarita Prakashan|Ground motion+Strong-motion analysis|569-574
B|0748||Proceedings, Sixth World Conference on Earthquake Engineering, New Delhi, 1977|1|Saxena,A.K.+Gaur,V.K.+Khattri,K.N.|P-residual studies around Koyna Dam region, Maharashtra, India||1977:Meerut, India:Sarita Prakashan|P-wave+Residual+1967|648-654
B|0749||Proceedings, Sixth World Conference on Earthquake Engineering, New Delhi, 1977|1|Khattri,K.N.+Saxena,A.K.+Sinvhal,H.|Determination of seismic source parameters for the 1967 earthquakes in Koyna Dam region, India, using body wave spectra||1977:Meerut, India:Sarita Prakashan||655-664
B|0750||Proceedings, Sixth World Conference on Earthquake Engineering, New Delhi, 1977|1|Wallace,R.E.|Time-history analysis of fault scarps and fault traces - a longer view of seismicity||1977:Meerut, India:Sarita Prakashan||766-769
B|0751||Proceedings, Sixth World Conference on Earthquake Engineering, New Delhi, 1977|1|Khattri,K.N.+Singh,V.N.+Gaur,V.K.|Tectonic stress estimate for the Koyna earthquake of December 11, 1967||1977:Meerut, India:Sarita Prakashan|India+Maharashtra|829-835
B|0752||Proceedings, Sixth World Conference on Earthquake Engineering, New Delhi, 1977|1|Deza,E.+Jaen,H.+Kuriowa,J.|Investigation of the Peruvian earthquake of October 3, 1974 and seismic protection studies of the Lima metropolitan area||1977:Meerut, India:Sarita Prakashan|Earthquake-resistant design|866-871|#*LIMA