CAJ | 학술논문

煤层顶板导水裂缝带发育高度是煤矿设计部门在留设防、隔水煤柱时必须考虑的一个重要参数，对煤矿水体下采煤、顶板防治水具有重要意义。基于双阳煤矿水文地质补充勘探项目，在8#煤层采空区上方施工两个地面钻孔，采用地面钻孔钻井液漏失量实测法、钻孔电视摄像技术及传统经验公式法相结合的方法，综合确定8#煤层顶板导水裂缝带发育高度为43.7~45.7m，为地质条件相似矿区在合理确定开采上限、留设防（隔）水煤柱等问题提供方法和数据支持。
매층정판도수렬봉대발육고도시매광설계부문재류설방、격수매주시필수고필적일개중요삼수，대매광수체하채매、정판방치수구유중요의의。기우쌍양매광수문지질보충감탐항목，재8#매층채공구상방시공량개지면찬공，채용지면찬공찬정액루실량실측법、찬공전시섭상기술급전통경험공식법상결합적방법，종합학정8#매층정판도수렬봉대발육고도위43.7~45.7m，위지질조건상사광구재합리학정개채상한、류설방（격）수매주등문제제공방법화수거지지。
The height of coal roof water conducted zone is an essential parameter should be considered during the barrier pillar design;and very important to coal mining under water-bodies, roof water control. In the Shuangyang coalmine hydrogeological supplementary exploration project, two surface boreholes drilled above the coal No.8 gob area, through drilling fluid leakage measurement, combined with borehole television imaging technology and traditional empirical formula method, comprehensively determined coal No. 8 roof wa?ter conducted zone height is 43.7~45.7m. Thus have provided methods and data support in issues of reasonable determination of upper mining limit, barrier pillar leaving etc. in geological condition similar mining areas.