• 责任者：Sheng Shuzhong (Institute of Disaster Prevention Science and Technology ; Yanjiao 065201 ; China) ; Wan Yongge
• 刊名：Earthquake Research in China
• 出版年：2009
• 卷期：25(3)
• 关键词：断层 ; faults ; 地震构造 ; seismotectonics
• 页码：p.256-264
• 图表：4 illus., 1 table, 24 refs.
• 分类号：0500
• issnNo：ISSN1001-4683
• isbnNo：CN11-2008/P

Classification study on the normal Coriolis stress is carried out according to the fault types, and the relations between the normal Coriolis stress and the magnitude difference of mainshock and its maximum aftershock, and the converting moment magnitude of the difference of mainshock’s moment tensor and the sum of total aftershocks’ moment tensor are studied respectively. The results show that tensile (or compression) normal Coriolis stress is generated during the fault slip, which decreases (or increases) the frictional resistance of fault movement.