微地震定位监测的深孔检波器及其安装技术

英文篇名：Deep hole geophones and installing techniques used in microseismic monitoring underground
中文刊名：北京科技大学学报
英文刊名：Journal of University of Science and Technology Beijing
作者：杨淑华 ; 张兴民 ; 姜福兴 ; 陈强
英文作者：YANG Shuhua1) ; ZHANG Xingmin2) ; JIANG Fuxing3) ; CHEN Qiang4) 1) Information Engineering School ; University of Science and Technology Beijing ; Beijing 100083 ; China 2) College of Resources and Environmental Engineering ; Shandong University of Science and Technology ; Qingdao 266510 ; China 3) Civil and Environmental Engineering School ; University of Science and Technology Beijing ; Beijing 100083 ; China 4) Yanzhou Mining Group ; Zoucheng 273500 ; China
中文关键词：微地震监测 ; 检波器 ; 安装技术 ; 岩体破裂 ; 煤矿 ; 矿山压力
英文关键词：microseismic monitoring ; geophone ; installing technique ; rock mass fracturing ; coal mine ; mining pressure
出版日期：2006-01-30
机构：北京科技大学信息工程学院,山东科技大学资源与环境学院,北京科技大学土木与环境工程学院,兖州矿业集团公司北京 100083,青岛 266510,北京 100083,邹城 273500
年：2006
期：01
出版单位：北京科技大学学报

摘要

介绍了在煤矿井下采用微地震定位监测技术监测岩体破裂的原理和开发研制的两种检波器及其安装方法。“液压安装法”适用于钻孔深度在50m以内的中硬及硬岩层,且检波器可以回收复用；“药包安装法”适用于软弱的岩层和深度50～100m的钻孔。该监测技术在现场得到试验验证并开始在工程中加以应用。
Two kinds of geophones and their installing techniques used in microseismic monitoring underground coal mines were introduced. The method of installation with hydraulic expander can be used in middle hard and hard strata while the depth of drilling holes should be less than 50 m and geophones can be recycled. The method of installation with cement pouch can be used in soft strata and the depth of drilling holes can reach 50—100m. These geophones and their installing techniques were investigated by field tests and have successfully applied in underground coal mines.

引文

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