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EH4高频电磁测深在断层构造探测中的应用研究——以川藏路高尔寺山隧道为例
引用本文:钟邱平,赵虎,宫悦,赵敏.EH4高频电磁测深在断层构造探测中的应用研究——以川藏路高尔寺山隧道为例[J].四川地震,2012(2):42-48.
作者姓名:钟邱平  赵虎  宫悦  赵敏
作者单位:1. 四川省交通厅公路规划勘察设计研究院,四川成都,610041
2. 四川省地震局,四川成都,610041
摘    要:将EH4高频大地电磁测深法应用于高原特长隧道—高尔寺山隧道构造、岩性的勘察,通过与钻探及地质调绘的资料对比,EH4音频大地电磁法可以在宏观上查明深埋隧道地层岩性分界、地质构造及其赋水性,为钻孔布置及隧道设计、施工提供地球物理依据,在高原地区深埋隧道勘查中能达到较为理想的效果。

关 键 词:EH4高频大地电磁测深  深埋隧道  高尔寺山

Application of geophysical prospecting technology, EH4, in survey of deeply-buried long tunnels
ZHONG Qiu-ping,ZHAO Hu,GONG Yue,ZHAO Min.Application of geophysical prospecting technology, EH4, in survey of deeply-buried long tunnels[J].Earthquake Research in Sichuan,2012(2):42-48.
Authors:ZHONG Qiu-ping  ZHAO Hu  GONG Yue  ZHAO Min
Institution:g ( 1. Designing and Research Institute of Highway, Communications Department of Sichuan Pmvinee,Sichuan Chengdu 610041 ; 2. Earthquake Administration of Sichuan Province,Siehuan Chengdu 610041, China)
Abstract:The high-frequency magneto telluric sounding method, EH4, is applied to the construction of Gaoershishan tunnel. By compared with the result from the drilling and geological survey, EH4 audio-frequency magneto telluric method has the ability of identifying the litho-logy, geological structure and the water content of rock at the macro level. In this paper we provide geophysical basis for the tunnel layout, design and construction. This is a good method to survey the cross-section of a deeply-buried long highway tunnels.
Keywords:EH4 high-frequency magneto telluric sounding  deeply-buried long tunnel  Gaoershishan Tunnel
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