CAJ | 학술논문

主要介绍了地震反射波、水域高密度电法和高频大地电磁测深物探方法在过江隧道工程勘察中的应用,水域工程的物探方法首选地震反射波,但在水较浅、水底介质较硬的地方,水底多次波很严重,下覆地层的有效信号弱,难以得到理想的效果。在地震反射波方法失效的情况下,尝试采用水域高密度电法和高频大地电磁测深法探查构造低阻异常地质体,取得了一些测试成果,通过综合对比,相互佐证,提高了勘探成果的可靠程度。
주요개소료지진반사파、수역고밀도전법화고빈대지전자측심물탐방법재과강수도공정감찰중적응용,수역공정적물탐방법수선지진반사파,단재수교천、수저개질교경적지방,수저다차파흔엄중,하복지층적유효신호약,난이득도이상적효과。재지진반사파방법실효적정황하,상시채용수역고밀도전법화고빈대지전자측심법탐사구조저조이상지질체,취득료일사측시성과,통과종합대비,상호좌증,제고료감탐성과적가고정도。
The application of geophysical prospecting technologies, including seismic reflection wave technology, high density resistivity technology and high frequency magnetotelluric technology, in the exploration of a river-crossing tunnel is presented. The seismic reflection wave technology is the first choice for the exploration of underwater projects. When the seismic reflection wave technology is used in underwater projects where the water is shallow and the media under wa- ter is hard, the prospecting result is not so accurate. When the seismic reflection wave technology is ineffective, high density resistivity technology and high frequency magnetotelluric technology are tried and good results are achieved. The reliability of the prospecting results is improved by means of mutual comparison and verification on the prospecting results obtained by different technologies.