新30井数字化水位、水温远场大震同震响应初析

英文篇名：PRELIMINARY ANALYSIS ON CO-SEISMIC RESPONSE OF DIGITAL WATER LEVEL AND WATER TEMPERATURE WITH STRONG EARTHQUAKE IN DISTANT FIELD IN NEW NO.30 WELL
中文刊名：内陆地震
英文刊名：Inland Earthquake
作者：汪成国 ; 赵刚 ; 高守权 ; 邹广 ; 陈大柱 ; 张新成 ; 常想德
英文作者：WANG Cheng-guo ; ZHAO Gang ; GAO Shou-quan ; ZOU Guang ; CHEN Da-zhu ; ZHANG Xin-cheng ; CHANG Xiang-de (Wenquan seismic station of Earthquake Administration of Xinjiang Uygur Autonomous Region ; Wenquan 833500 ; Xinjiang ; China)
中文关键词：新疆 ; 30号井 ; 水温 ; 水位 ; 同震响应
英文关键词：Xinjiang ; No.30 well ; Water temperature ; Water level ; Co-seismic response
出版日期：2011-12-15
机构：新疆维吾尔自治区地震局温泉地震台;
年：2011
期：04
出版单位：内陆地震

摘要

收集了2007年以来新30井数字化水位、水温远场大震同震响应观测数据,总结了其同震响应特征。新30井数字化水位和水温对不同震中距强震的同震响应在一定程度上存在着一致性,水位通常为先振荡(以振荡居多)后下降,而水温则通常表现为下降。统计结果显示,新30井水位对地震的同震响应灵敏性优于同井水温观测。
The paper collected the co-seismic response of digital water level,water temperature in New No.30 well with strong earthquakes in distant field since 2007 and summarized the co-seismic response characteristics.The co-seismic response of different epicenter distant is consistent to some extent.The water level data usually oscillated at first(in oscillation mostly) and then decreased;and the water temperature data usually declined.The results show that the co-seismic response sensitivity of water level is superior to water temperature in New No.30 well.

引文

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