引文
安镇文 ,王林瑛 ,陈瑶 ,等 . 1 993 .探讨孕震过程中的非线性特征 .地震学报 ,1 5( 3 ) :2 76~ 2 81
陈 .1 978.用震源机制一致性作为描述地震活动性的新参数 .地球物理学报 ,2 1 ( 2 ) :1 4 2~ 1 59
冯德益 ,潘琴龙 ,郑斯华 ,等 . 1 984 .长周期形变波及其所反应的短期和临震地震前兆 .地震学报 ,6( 1 ) :4 1~ 56
高原 ,李世愚 ,周蕙兰 ,等 . 1 999.大理岩的剪切波分裂对应力变化响应的实验研究 .地球物理学报 ,4 2 ( 6) :778~ 784
耿乃光 ,崔承禹 ,邓明德 . 1 992 .岩石破坏实验中的遥感观测与遥感岩石力学的开端 .地震学报 ,1 4 (增刊 ) :64 5~ 652
郭自强 ,郭子祺 ,钱书清 ,等 . 1 999.岩石破裂中的电声效应 .地球物理学报 ,4 2 ( 1 ) :74~ 83
环文林 ,汪素云 ,宋昭仪 . 1 994 .中国大陆内部走滑型发震构造应力场特征 .地震学报 ,1 6( 4) :4 55~ 4 62
李世愚 ,尹祥础 ,滕春凯 . 1 986.三维脆性破裂的应力判据 (摘要 ) .见 :中国地震学会编 .中国地震学会第三次全国地震科学学术讨论会论文摘要汇编 . 1 7
李世愚 . 1 990 .三维脆性破裂的拉应力判据 .地球物理学报 ,3 3 ( 5) :547~ 555
李世愚 . 1 991 .平面内剪切断层的自然破裂 :[学位论文 ].中国地震局地球物理研究所 . 1 4 8
李世愚 ,陈运泰 . 1 993 .平面内剪切断层的超 S波速破裂 .地震学报 ,1 5( 1 ) :9~ 1 4
李世愚 ,陈运泰 . 1 994 .由动态裂纹退化得到的静态裂纹解 .地震学报 ,1 6( 3 ) :3 0 3~ 3 1 1
李世愚 ,朱传镇 ,王林瑛 . 1 997.大尺度岩石破裂声发射序列的实验研究 .见 :国家地震局预测预防司编 .地震短临预报的理论与方法“八五”攻关三级课题论文集 .北京 :地震出版社 ,53 7~ 545
李世愚 ,滕春凯 ,刘绮亮 ,等 . 1 998a.三维破裂及其在震源和断层研究中的应用 .地震地磁观测与研究 ,1 9( 1 ) :1 1~ 2 5
李世愚 ,刘万琴 ,郑治真 ,等 . 1 998b.房山矿震震前井下长周期事件记录的分析地震破裂“成核”过程的一种迹象 .见 :中国地震学会编 .中国地震学会第七次学术大会论文摘要集 .北京 :地震出版社 ,1 2 0
李世愚 ,陈运泰 . 1 999.分形断层的隧道效应和平面内剪切断层的跨 S波速破裂 .地震学报 ,2 1 ( 1 ) :1 7~ 2 3
林邦慧 ,李大鹏 ,刘杰 ,等 . 1 994 .前震和前震序列的研究 .地震学报 ,1 6(增刊 ) :2 4~ 3 8梅世蓉 ,冯德益 ,张国民 ,等 . 1 993 .中国地震预报概论 .北京 :地震出版社 ,4 98
荣代潞 ,金发辉 ,贺玉亭 . 1 989.水的临界温度对大震孕育和发生的作用模拟实验研究 .地球物理学报 . 3 2 (专辑 I) :1 56~ 1 63
滕春凯 ,尹祥础 ,李世愚 ,等 . 1 987.非穿透裂纹平板试件三维破裂的实验研究 .地球物理学报 ,3 0 ( 4) :3 71~ 3 78
王健 . 1 999.地震活动性震级结构特征和前兆机理分析及其在大陆强震地点预测中的应用 :[学位论文 ].中国地震局地球物理研究所 . 1 2 9
谢和平 . 1 996.分形 -岩石力学导论 .北京 :科学出版社 ,3 69
尹祥础 ,李世愚 ,李红 ,等 . 1 991 .脆性材料中非穿透裂纹扩展的研究 .见 :中国力学学会编 .中国学者论文集锦 ,第十七届国际理论与应用力学大会 ,1 988,Grenoble,France.北京 :北京大学出版社 ,1 56~ 1 66
郁曙君 ,李世愚 . 1 998.NS,K,R,M等值线所展示的川滇地区强震的前兆图象 .地震地磁观测与研究 ,1 9( 4) :3 7~ 4 7
余天庆 ,钱济成 . 1 993 .损伤理论及其应用 .北京 :国防工业出版社 ,2 1 4
张天中 ,马云生 ,张焕生 .等 . 1 997.震源谱的尾波多台多震综合求解方法 .地球物理学报 ,4 0 ( 5) :70 2~ 70 9
赵永红 ,黄杰藩 ,王仁 . 1 993 .破裂带发展的扫描电镜实验研究及其对地震前兆的启示 .地球物理学报 ,3 6( 4) :4 53~4 62
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Chen Y T,Chen X F,Knopoff L. 1 987. Spontaneous growth and autonomous contraction of a two-dimensionaearthquake fault.In:Wesson R ed.Mechanics of Earthquake Faulting.Tectonophsics ,1 4 4 :5~ 1 7
Crampin S.1 999.A stress-forecastearthquakein Iceland.IUGG General Assembly( Abstracts) ,ST1 / E/ 57-A2 ,1 62 0 ,A1 3 8
Dmoska R,Rice JR.1 984 .Fracture theory and its seismological applications.In:Teisseyre R ed.Continuum Theoriesin Solid Earth Physics.Cambridge:Polish Scientific Publishers,98Dieterich JH.1 978.Time-dependent friction and the mechanics of stick-slip.Pure Appl Geophys,1 1 6:790~ 80 6
Dieterich JH.1 992 .Eathquake nucleation on faults with rate and state dependent strength.Tectonophysics,2 1 1 :1 1 5~1 3 4
Ellsworth W L,Beroza G C.1 995.Seismic evidence for an earthquake nucleation phase.Science,2 68:851~ 855
Geng N G,Deng M D,Cui C Y.1 999.The simulated experimental studies on earthquake prediction by using infraredand microwave remote sensing.In:Hayakawa M ed.Atmospheric and Ionospheric Electromagnetic PhenomenaAssociated with Earthquakes.Tokyo:Terra Scientific Publishing Company,751~ 758
Hao JQ.1 998.Resistivity tomography experimenton samples with cracks and water.In:The Organizing Committee ofRENG′98,Department of Eaeth Resources Engineering,Kyoto University ed.The Proceeding of The 3 rdInternational Symposium on Resent Advancesin Exploration Geophysicsin Kyoto.4 1~ 4 5
Kanamori H,Anderson D L.1 975.Theoretical basis of some empirical relation in seismology.Bull Seism Soc Amer,65( 5) :1 0 73~ 1 0 95
Kostrov B V.1 975.On the crack propagation with variable velocity.Int J F rac,1 1 :4 7~ 56
Kuksenko V S.1 995.Model for the transition from mico-to Macofracture.In:Rossmanith ed.Mechanicsof JointedRock.Proceedings of the Second International Conference on the Mechanics of Jointed and Faulted Rock-MJFR-2Vienna/ Austria/ 1 0~ 1 4
April1 995.Kuksenko V S,Tomilin N,Damaskinskaya E,etal.1 996.A two stage model of fracture of rocks.Pure Appl Geophys,1 4 6( 2 ) :2 53~ 2 63
Li S Y.1 989.Earthquake rupture model and rupture criterion.The International Symposium on Tectonophysics.PhysChem Earth,1 7( part ) ,55~ 61
Lockner D A,Byerlee JD,Kuksenko V S,etal.1 992 .Observations of quasistaticfaultgrowth from acousticemissions.In:Evans B,Wong T-f ed.F ault Mechanicsand Transport Propertiesof Rocks.London:Academic Press,3~ 3 1
Maruyama R. 1 963 . On the force equivalents of dynamic elastic dislocations with references to the earthquakemechanism.Bull Earthq Res Inst,4 1 :4 67~ 4 86
Maruyama R.1 964 .Statical elastic dislocations in an infinite and semi infinite medium.Bull Earthq Res Inst,4 2 :2 89~3 68
Mori J,Kanamori H.1 996.Initial rupture of earthquake in the 1 995Ridgecrest,California sequence.GeophysicalResearch Letters,2 3 ( 1 8) :2 4 3 7~ 2 4 40
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Ohnaka M.1 992 .Earthquake sourcenucleation:a physical model forshort-term precursors.Tectonophysics,2 1 1 :1 4 9~1 78
Rice JR,Ruina A L.1 980 .Stability of steady frictional slipping.J Appl Mech,50 :3 4 3~ 3 4 9
Ruina A L.1 980 .Friction Laws and Instabilities:A Quasistatic Analysis of Some Dry Friction Behavior:[DocterThesis].Brown UniversitySato H.1 988.Temporal changes in scattering and attenuation associated with the earthquake occurrence A review ofrecent studies on coda waves.Pure Appl Geophys,1 2 6:4 65~ 4 97
Scherbaum F. 1 997a.FIR filter effects and nucleation phrases.The2 9th General Assembly of the InternationalAssociation of Seismology and Physicsof the Earth′s Interior.Thessaloniki,Greece,1 0 76Scherbaum F.1 997b.Zero-phase FIR filters:Blessing or curse?EOS,78( 3 3 ) :3 4 3~ 3 4 4
Sobolev G A.1 995.Fundamental of earthquake pridiction.In:Sobolev G A ed.Advanced Geophysics,RussianExperience. Electromagnetic Research Centre,1 61Yamada I,Masuda K,Mizutani H. 1 989. Electromagnetic &acoustic emission associated with rock fracture. Phys EarthPlanet Inter,57:1 57~ 1 68
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Zhurkov S N. 1 965. Kinetic concept of the strength of solids. Int J Fracture Mech,1 :3 1 1~ 3 2 3
Zhurkov S N,Kuksenko V S,Petrov V A. 1 984 . Principles of the kinetic approach of fracture prediction. Theor ApplFrac Mech,1 :2 71~ 2 74