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综合电法勘探在辛家咀金矿含碳质岩系中的应用研究

贺景龙 寇少磊 王占彬 刘基 杨伟 张翼翔

西北地质2025,Vol.58Issue(3):50-62,13.
西北地质2025,Vol.58Issue(3):50-62,13.DOI:10.12401/j.nwg.2024125

综合电法勘探在辛家咀金矿含碳质岩系中的应用研究

Application of Integrated Electrical Prospecting in Carbonaceous Rock Series of Xinjiazui Gold Deposit

贺景龙 1寇少磊 1王占彬 1刘基 1杨伟 2张翼翔2

作者信息

  • 1. 中国地质调查局西安矿产资源调查中心,陕西 西安 710100||中国地质调查局金矿勘查技术创新中心,陕西 西安 710100
  • 2. 中国地质调查局西安矿产资源调查中心,陕西 西安 710100
  • 折叠

摘要

Abstract

The Xinjiazui gold deposit in Qin-ling area is located in the west of Mianluoning Golden Triangle in Hanzhong,Shaanxi Province,This gold deposit has great metallogenic potential.However,Carbon-bearing stra-ta are widely distributed in the area,the traditional geophysical and geochemical exploration methods are inter-fered to some extent.In this paper,through the application of integrated electrical exploration such as audio magneto-telluric sounding(AMT)and induced polarization(IP)method,the deep morphological characteristics of ore-controlling fault in Xinjiazu gold deposit are identified,the combination of deep prospecting prediction technology and method for gold deposits in carbon-bearing strata is explored,the metallogenic mechanism is discussed and the ore deposit markers are summarized.Comprehensive electrical exploration can obtain the deep electrical structure characteristics of the study area,so as to locate and predict the deep occurrence location of gold deposits under the interference of carboniferous rock series and form the ore deposit markers.New discov-eries of regional prospecting have been obtained through the deep engineering verification,and the metallogenic mechanism of the study area is proposed.

关键词

南秦岭/辛家咀金矿/含碳地层/激发极化法/AMT

Key words

South Qinling Mountains/Xinjiazui gold mine/carbon-bearing strata/induced polarization method/AMT

分类

地质学

引用本文复制引用

贺景龙,寇少磊,王占彬,刘基,杨伟,张翼翔..综合电法勘探在辛家咀金矿含碳质岩系中的应用研究[J].西北地质,2025,58(3):50-62,13.

基金项目

中国地质调查局项目"西秦岭造山带大地电磁基础调查"(DD20243342)、"陕西宁强青木川-阳平关一带金多金属找矿靶区优选与评价"(DD20230369)、"战略性矿产勘查物探技术支撑(西安矿产中心)"(DD20243333)联合资助. (DD20243342)

西北地质

OA北大核心

1009-6248

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