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Based on the network monitoring data and field investigations, the basic characteristics of the Ms4. 9 earthquake at the juncture of Gaoyou and Baoying in Jiangsu Province on July 20, 2012 have been introduced, and the focal mechanism solutions have also been obtained. According to the regional tectonic features and site macroscopic survey, the occurrence of the earthquake was probably related to the Yangchacang-Sangshutou fault. Based on site survey data, both the evaluation criterion of seismic intensity of this region and the seismic intensity maps have been proposed. According to the damage characteristics of brick-concrete structure and brick-wood structure, the main reasons of serious damage for buildings are poor foundation conditions, low seismic bearing capacity, poor quality of construction and disrepair. Considering the differences of earthquake damage in the different regions, advice on accelerating the new rural construction, improving the resistance against earthquake disasters of rural residential areas and strengthening the seismogenic research on strong and moderate size earthquake is proposed, which will be possibly helpful for earthquake damage survey, prediction and prevention.  相似文献   
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地震安全性评价中的多方案比较工作方法   总被引:1,自引:0,他引:1  
在对秦山核电二期工程建设项目地震动参数的复核中采用了多方案比较方法。由于新增的地震地质资料不会改变原报告对地震地质研究的结论,近十多年地震的活动对工作区地震背景的影响没有发生根本变化。在分析研究本地区具有代表性的不同潜在震源区的划分方案后,采用相对应的地震动参数衰减关系进行地震危险性概率分析计算,与确定性方法计算结果比较后确定秦山核电二期扩建工程厂址极限安全地震动SL-2复核结果为0.15g。本次复核工作的技术路线可以为相似类型的重大工程地震参数复核参考。  相似文献   
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