CAJ | 학술논문

基于探寻对超深管线（特别是对非金属管线和难以找到有效接触点的金属管线）进行有效探测的方法为目的，通过低频电磁波法、高频电磁波法、地震映像法等几种常用工程物探方法的对比运用，结合两个典型工程实例，得出了地震映像法可用于对超深管道进行有效探测的结论。并对地震映像法探测地下管线的基本条件和优势以及不同深度的地下管线所采用的不同探测手段组合进行了系统性总结。
기우탐심대초심관선（특별시대비금속관선화난이조도유효접촉점적금속관선）진행유효탐측적방법위목적，통과저빈전자파법、고빈전자파법、지진영상법등궤충상용공정물탐방법적대비운용，결합량개전형공정실례，득출료지진영상법가용우대초심관도진행유효탐측적결론。병대지진영상법탐측지하관선적기본조건화우세이급불동심도적지하관선소채용적불동탐측수단조합진행료계통성총결。
Based on the aim to seek for effective methods of detecting ultra-deep pipelines ( especially the metalloid pipelines and the metallic pipelines which are difficult to find the effective contact point ) ,it makes a conclusion that the seismic imaging method is applied to detecting ultra-deep pipelines combined with two engineering examples through the contrasts and the applications of several engineering geophysical exploration methods .And it makes a systematic summary for general conditions and advantages of detecting underground pipelines with the seismic imaging method and different detecting means for pipelines at various depths as well .