【摘 要】
：
Based on the studies of earthquake activity, tectonic movement, crustal shortening rate, fault activity, local stress field and historical characteristics of st
【机 构】
：
Earthquake Administration of Xinjiang Uygur Autonomous Region
【基金项目】
：
the Special Scientific Research Funds for Earthquake Studies;
论文部分内容阅读
Based on the studies of earthquake activity, tectonic movement, crustal shortening rate, fault activity, local stress field and historical characteristics of strong earthquake activities in Xinjiang, we divide the south part of Xinjiang into 4 seismotectonic zones, namely, the eastern segment of south Tianshan seismic belt, the Kalpin block, the Kashi-Wuqia junction zone, and the west Kunlun Mountains seismic belt. Using earthquake catalogues from Xinjiang since 1900, and on the basis of integrity analysis of earthquake records in different magnitude ranges, the seismicity state of different seismotectonic zones is analyzed quantificationaUy by calculating the mean value of annual strain energy release, annual rate of earthquakes with different lower limits of magnitude, b-value, and the parameter m of accelerating strain release model. The characteristic indexes of seismicity state for each of the seismic tectonic zones are then determined, which provide a quantitative basis for earthquake tendency analysis and judgment.
其他文献
针对装备需求论证实践的多样化应用需求,以装备需求论证任务、环节、流程及其信息资源服务为核心,分析了装备需求论证支持系统柔性的概念内涵与主要特征,提出了装备需求论证
以找矿哲学为指导,对实施找矿突破战略行动需要与可能、主要矛盾与次要矛盾、政府管理与市场配置、勘查部署与勘查方法、矿产资源勘查开发与生态建设环境保护的关系等,谈了自
找矿哲学是运用马克思主义哲学指导地质找矿的科学。实施找矿突破战略行动,应对照找矿哲学原理找出薄弱环节,切实予以加强。找矿突破必须追寻矿化富集的定位地质要素,深入探
为提高地质学相关专业学生的岩石鉴定技能,并实现岩石标本的规范化管理,以中国地质大学(北京)岩矿实验室现有标本为基础建立了“数字化岩石标本库”。岩石标本库采用C/S架构,
＂岩石肉眼鉴定＂是云南国土资源职业学院基于工作过程开发的新课程体系中的专业基础学习领域课程,重点是培养学生肉眼鉴定岩石的单项能力。该课程按照理实一体化情境教学在区域
2012年5月12日在中国地质大学(北京)召开了找矿哲学学术研讨会,暨纪念朱训《找矿哲学概论》发表20周年,这也是庆祝中国地质大学(北京)成立60周年系列庆祝活动的内容。朱训的
From May 4 to May 30, 2011, a field exploration of the Ashikule basin in the Western Kunlun Mountains area was conducted by a research team from the Institute o
A groundwater observational network for monitoring seismic precursors has been established at the reservoirs on the lower reaches of the Jinsha River in southwe
The Luhuatai fault is one of the important buried tectonics in the Yinchuan basin. Based on the results of shallow seismic exploration, we conducted composite d
Located at the west of the Linfen basin, the Luoyunshan piedmont fault zone controls the western boundary of the basin. According to the measurements of the ter