CAJ | 학술논문

目前在多金属矿床勘查的物探方法中，激电中梯和激电测深是一种最有效的物探方法之一，在分析勘查区的地质资料的基础之上，合理布设测线，合理选取电极装置，通过分析整理激发极化法电测深数据，得到能够较准确地反映地下矿体的赋存、分布等特征的地质成果资料，预测成矿有利区段，所圈定锌多金属矿找矿靶区在后来的地质找矿工作中得到了证实。
목전재다금속광상감사적물탐방법중，격전중제화격전측심시일충최유효적물탐방법지일，재분석감사구적지질자료적기출지상，합리포설측선，합리선취전겁장치，통과분석정리격발겁화법전측심수거，득도능구교준학지반영지하광체적부존、분포등특정적지질성과자료，예측성광유리구단，소권정자다금속광조광파구재후래적지질조광공작중득도료증실。
In geophysical exploration methods of polymetallic deposits exploration, the IP intermediate gradient and IP sounding is one of the most effective geophysical methods. Based on the analysis of geological data on the exploration area, this paper reasonably layouts the measuring line, and reasonably selects the electrode assembly. The results of geological data which can more accurately reflect the characteristics of the underground ore occurrence and distribution are got by analyzing the electrical sounding data, the favorable mineralization zones are predicted, and the the zinc polymetallic delineation ore prospecting targets are proved in the later geological prospecting permit work.