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Newly-generated Seismic Rupture Zone:Identification,Type Division and Seismogeological Significance
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作者 Xiang Hongfa, Zhang Wanxia, Guo Shunmin and Xu XiweiInstitute of Geology, China Seismological Bureau, Beijing 100029, China 《Earthquake Research in China》 2000年第1期66-78,共13页
The results of geological research show that those phenomena such as surface geology,geomorphology,deep geophysical field,and time-space distribution of seismicities can be usedas the main seismogeological indicators ... The results of geological research show that those phenomena such as surface geology,geomorphology,deep geophysical field,and time-space distribution of seismicities can be usedas the main seismogeological indicators to identify the newly-generated seismic rupture zone(NSRZ).According to their formation and evolution process,the NSRZs can be divided intothree types:pre-rupture-isolated,quasi-rupture-discontinuous and major-rupture-connected.In a pre-rupture-isolated NSRZ,the seismicity is dominated by medium-small earthquakes.In a quasi-rupture-discontinuous NSRZ,the frequency and intensity of strong earthquakesincrease and there may even be the largest earthquake to occur.A major-rupture-connectedNSRZ is the segment where rupture has entered the mature stage;in such a zone,theintensity and duration of seismic activity depend on the constitutive condition and regionalstress field in the zone. 展开更多
关键词 Newly-generated SEISMIC RUPTURE zone (NSRZ) Identification Type DIVISION Seismogeological SIGNIFICANCE
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