CAJ | 학술논문

针对呼的合铜矿工程地质条件、水文地质条件及岩体力学特性等，应用岩体工程地质力学方法进行了工程地质划分、节理裂隙统计和岩体结构分类。同时应用CSMR分级方法对呼的合铜矿岩体质量进行了系统全面的分类和评价，其评价结果为Ⅰ区和Ⅱ区边坡岩体质量评价级别为IIIb，Ⅳ区、Ⅴ区和Ⅵ区评定级别为Ⅲa，Ⅲ区评定级别为Ⅱb。
침대호적합동광공정지질조건、수문지질조건급암체역학특성등，응용암체공정지질역학방법진행료공정지질화분、절리렬극통계화암체결구분류。동시응용CSMR분급방법대호적합동광암체질량진행료계통전면적분류화평개，기평개결과위Ⅰ구화Ⅱ구변파암체질량평개급별위IIIb，Ⅳ구、Ⅴ구화Ⅵ구평정급별위Ⅲa，Ⅲ구평정급별위Ⅱb。
@@@@According to the engineering geological conditions ,hydrological and geological conditions and rock mass mechanical characteristics of Hudehe copper mine ,engineering geology is divided,joint fracture statistics is made and rock mass structure is classified applying geological mechanics of rock engineering .At the same time,CSMR clas-sification method is applied to classify and evaluate the quality of copper ore rock systematically and comprehensively . The evaluation result show that rock mass slope quality level of the districts of ①and②of is IIIb,and the levels of the districts of ④、⑤and⑥is IIIa and that of the district ③is IIb.