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基于INSAR与TRT的某小区地下采空区分析
引用本文:多晓松.基于INSAR与TRT的某小区地下采空区分析[J].有色金属(矿山部分),2021,73(5):58-62.
作者姓名:多晓松
作者单位:华北地质勘查局五一四地质大队
基金项目:河北省应急厅:滦平县张百湾镇周台子区域采空区勘查项目资助
摘    要:冀北山区一小区毗邻发生采空塌陷某铁矿,附近居民较为恐慌.为探查小区地下是否存在采空区,采用INSAR遥感监测与TRT超前地质预报技术相结合的方法进行探查验证.通过验证分析,发现异常体为松散破碎带,即该破碎带为充填体或断裂破碎带,存在采空区的可能性小.这两种方法的联合应用,极大地提高了验证效率,可用于大范围的采空区勘查工...

关 键 词:采矿活动  采空区  地表形变:遥感监测  超前地质预报
收稿时间:2021/1/10 0:00:00
修稿时间:2021/1/18 0:00:00

Analysis of underground goaf in a small area based on InSAR and TRT
Authors:DUO Xiaosong
Affiliation:514 Brigade of North China Geological Exploration Bureau
Abstract:An iron ore mine collapse occurred in a small area in the mountainous area of northern Hebei Province, which caused panic among residents nearby. In order to detect whether there is goaf in the underground area, InSAR remote sensing monitoring and TRT advanced geological prediction technology are used for exploration verification. Through verification and analysis, it is found that the abnormal body is loose fracture zone, that is, the fracture zone is filling body or fracture fracture zone, and the possibility of goaf is small. The combined application of these two methods greatly improves the efficiency of verification, and can be used for large-scale goaf exploration.
Keywords:Mining activity  Goaf  Surface deformation  Remote sensing monitoring  Advance geological prediction  
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