CAJ | 학술논문

小冰沟铅锌矿区位于祁连高寒景观区内，通过对矿区1∶1万岩屑测量数据进行R型因子分析及参数统计，揭示了区内元素组合特征，并圈定了单元素异常和综合异常。在矿区圈定的3处有远景的综合异常区内，通过物探工作、1∶1万地质填图及不同程度的槽探、硐探和钻探一级查证，圈定了理想的矿体，实现了找矿突破。岩屑测量方法在此区域目前应用较少，小冰沟化探指导找矿的成功，证明此法行之高效，为同类型地球化学景观区内找矿提供了借鉴价值。
소빙구연자광구위우기련고한경관구내，통과대광구1∶1만암설측량수거진행R형인자분석급삼수통계，게시료구내원소조합특정，병권정료단원소이상화종합이상。재광구권정적3처유원경적종합이상구내，통과물탐공작、1∶1만지질전도급불동정도적조탐、동탐화찬탐일급사증，권정료이상적광체，실현료조광돌파。암설측량방법재차구역목전응용교소，소빙구화탐지도조광적성공，증명차법행지고효，위동류형지구화학경관구내조광제공료차감개치。
The Xiaobinggou lead-zinc mining area is located in the Qilian cold landscape zone. With the R-model factor analysis methodand parameter statistics based on data of 1 ∶ 10 000 debris survey, the authors revealed the element assemblages in the study area, anddelineated the single element anomalies and the comprehensive anomalies. Through the first-level anomaly inspection in the three siftedcomprehensive anomaly areas which consists of geophysical exploration method, 1 ∶ 10 000 field geological mapping and different de-grees of trenching and adit exploration as well as drilling, the authors outlined the ideal ore bodies and achieved breakthrough in pros-pecting. Debris geochemical survey has been relatively rarely employed in this region, but the success of this method in guiding theprospecting work has proved its high efficiency in the Xiaobinggou lead-zinc mining area. So, debris geochemical survey can provide areference for ore-prospecting work in the same sort of geochemical landscape areas.