seismal

Assessing the seismal disaster loss by using earthquake hazard index of buildings

应用房屋震害指数进行地震灾害损失评估

This paper puts forward a method assessing the seismal disaster loss by using earthquake hazard index of buildings .

提出了应用房屋震害指数进行地震灾害损失评估的方法。

Using the method , seismal disaster loss of the Cangshan M 5.2 earthquake on Sept. 20,1995 has been assessed .

用本文的方法对1995年9月20日苍山5.2级地震的震灾损失进行了评估。

So the distribution and the content of conglomerate were different , and its geological phenomenon in the data of drilling , outcrop , logging and seismal section in different area .

发现因保山盆地主控断层的西边在盆地演化过程中一直处于隆升状态，从而造成不同地带砾岩的分布和含量存在差异，在钻测井、地震资料中的体现也不相同。

This test is the contrast and research on A and magnitude with simulant and digital materials of QiongZhong seismal Monitoring station and materials that State Bureau ′ s digital networks feedbacks .

就琼中基准地震台的模拟、数字资料，及国家（省）地震局数字台网反馈的资料，进行震相、震级的对比研究。

Much work has been done since May 2003 for instance interpretation of 136 seismal sections , analysis of 92 drillings and count of about four thousand for stratum thinning out , overlap and breakpoint .

自2003年5月以来做了大量的工作，全区地震剖面的解释136条，分析钻井92口，读取有关地层尖灭、超覆和断点数据约近4千个。

This text will use digital materials comparison with simulant materials in May-September of 2001 of Qiongzhong seismal Monitoring station to carry on research to A , quantity of the magnitude , coefficient correlation and warp etc.

本文将以琼中台2001年5～9月的数字与模拟资料的对比，对震相、震级的数量、相关系数、偏差等进行研究。