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黄金科学技术 ›› 2024, Vol. 32 ›› Issue (2): 258-269.doi: 10.11872/j.issn.1005-2518.2024.02.131

• 矿产勘查与资源评价 • 上一篇    下一篇

河南嵩县九仗沟金矿床地球化学特征与勘查模式

张勇(),李水平,荆鹏(),冯攀   

  1. 河南省第二地质矿产调查院有限公司,河南 郑州 450001
  • 收稿日期:2023-09-10 修回日期:2024-01-23 出版日期:2024-04-30 发布日期:2024-05-21
  • 通讯作者: 荆鹏 E-mail:342112533@qq.com;592510049@qq.com
  • 作者简介:张勇(1976-),男,河南修武人,工程师,从事地球物理和地球化学找矿勘查工作。342112533@qq.com
  • 基金资助:
    河南省地质矿产勘查开发局财政规划地质科研项目“河南省嵩县九仗沟—东湾金矿区找矿预测研究”(豫地矿勘查〔2022〕04号)

Geochemical Characteristics and Exploration Model of the Jiuzhanggou Gold Deposit,Songxian County,Henan Province

Yong ZHANG(),Shuiping LI,Peng JING(),Pan FENG   

  1. No. 2 Institute of Geological and Mineral Resources Survey of Henan Co. ,Ltd. ,Zhengzhou 450001,Henan,China
  • Received:2023-09-10 Revised:2024-01-23 Online:2024-04-30 Published:2024-05-21
  • Contact: Peng JING E-mail:342112533@qq.com;592510049@qq.com

摘要:

九仗沟金矿位于熊耳山—外方山矿集区内的蛮峪—店房金矿带北段,是典型的大型构造蚀变岩型金矿床。采用1/5万水系沉积物测量圈定了找矿靶区,1/1万土壤地球化学测量确定了矿化富集部位,岩石地球化学(原生晕)测量识别出构造破碎带和矿化强度,并预测矿体相对剥蚀程度。研究表明:不同尺度地球化学测量为该金矿勘查提供了不同阶段的找矿信息,找矿效果显著。其中,利用水系沉积物测量在九仗沟矿区范围内圈定了11-丙-Au异常,利用土壤地球化学测量发现了九仗沟1-甲1-Au-Ag-Pb-Cu-Hg-As-Bi-Ni异常,利用原生晕剖面微量元素峰值部位确定了F1构造矿化蚀变带。通过总结该矿床地球化学异常特征和找矿标志,建立了勘查地球化学模式,为区域及矿区周边相同类型的金矿勘查提供理论指导。

关键词: 构造蚀变带, 地球化学特征, 找矿标志, 勘查模式, 找矿预测, 九仗沟金矿, 河南省

Abstract:

Jiuzhanggou gold deposit in Songxian County,Henan Province,is located in the northern section of the Manyu-Dianfang gold ore belt in the Xiong’ershan-Waifangshan ore concentration area.It is a typical large-scale tectonic altered rock type gold deposit.Firstly,the prospecting target area was delineated by 1∶50 000 stream sediment survey.Secondly,the mineralization enrichment site was determined by 1∶10 000 soil geochemical survey.Finally,the tectonic fracture zone and mineralization intensity were identified by rock geochemical(primary halo)survey,and the relative denudation degree of orebody was predicted.The results show that geochemical measurements at different scales provide prospecting information at different stages for the exploration of the gold deposit.Among them,the stream sediment survey delineated the 11-C-Au anomaly in the Jiuzhanggou mining area.The soil geochemical survey found the 1-A1-Au-Ag-Pb-Cu-Hg-As-Bi-Ni anomaly in Jiuzhanggou.The peak position of trace elements in the primary halo profile determined the mineralization alteration zone of F1 structure,and finally obvious prospecting results was achieved.By summarizing the geochemical anomaly characteristics and prospecting indicators of the deposit,an exploration geochemical model was established to provide theoretical guidance for the exploration of the same type of gold deposits in the region and around the mining area.

Key words: structural altered zone, geochemical characteristics, prospecting indicator, exploration model, prospecting prediction, Jiuzhanggou gold deposit, Henan Province

中图分类号: 

  • P632

图1

九仗沟金矿床区域地质—构造图(修改自庞绪成等,2011)Q-第四系;N-新近系;E-古近系;Pt2xm-熊耳群马家沟组;Pt2xj-熊耳群鸡蛋坪组;Pt2xx-熊耳群许山组;Arth-太华群;γ53-燕山晚期花岗岩;ξ42-印支期正长岩;1.区域性断层;2.逆断层;3.正断层;4.背斜;5.不整合界线;6.金矿床;7.市、县;8.矿区位置"

图2

九仗沟金矿地质简图(修改自高灶其等,2008)Qh-第四系;Qp2-3-中—上更新统;E1g-古近系古新统高峪沟组;Chj3-长城系熊耳群鸡蛋坪组上段;1.构造角砾岩;2.石英脉;3.地质界线;4.断层及编号;5.含矿构造带及编号;6.推测断层;7.河流;8.岩石(原生晕)剖面及编号;9.金矿脉;10.水系沉积物异常;11.土壤地球化学测量范围"

表1

九仗沟金矿F1构造蚀变带土壤地球化学异常特征值"

元素样品数/个平均值标准离差确定背景值确定异常下限异常浓度分带
外带中带内带
Au3635.694.303.006.006.00~12.0012.00~24.00>24.00
Ag3690.140.070.100.200.20~0.400.40~0.80>0.80
Cu35827.69.3725.045.045.0~90.090.0~180.0>180.0
Pb33045.023.640.090.090.0~180.0180.0~360.0>360.0
Co39712.43.6814.020.020.0~40.040.0~80.0>80.0
Ni39821.38.9320.040.040.0~80.080.0~160.0>160.0
As39311.95.1512.020.020.0~40.040.0~80.0>80.0
Bi3830.390.130.400.700.70~1.401.40~2.80>2.80
Hg3890.060.030.030.070.07~0.140.14~0.28>0.28

图3

九仗沟金矿土壤地球化学综合异常图(修改自白德胜等,2008)1.水系;2.含矿构造破碎带;3.土壤地球化学综合异常;4.自然村"

图4

九仗沟金矿床H1横剖面微量元素异常特征1.英安岩;2.碎裂岩;3.硅化蚀变岩;4.构造蚀变带"

图5

九仗沟金矿床M1矿体原生晕元素相关系数矩阵注:样品数n=103,此图由化探元素原始数据取对数后的数据绘制,原始数据来自杨春蕾,2017"

图6

地球化学元素R型聚类谱系图(修改自杨春蕾,2017)"

表2

九仗沟金矿旋转成分矩阵"

主成分因子元素组合
F1Ag、Hg、Pb、Zn、Au、Sb、W
F2Bi、Mo、Cu
F3As、V
F4Co、Ni

表3

九仗沟金矿床地球化学元素背景值"

元素背景值元素背景值
Au20.5Sb0.22
Hg25.7V103
Co4.62W34.3
Cu21.6Zn237
Mo3.86Ag2.32
Ni2.91As12.4
Pb204Bi6.23

表4

九仗沟金矿床M1主矿体剥蚀程度评价"

中段标高/m

矿体

部位

元素平均含量 w(B)/(×10-6
HgSbAsMoWBiIAu
地表矿体上部26.15.8425.148.240.31.360.00
380矿体上部39.06.2829.819.159.00.130.05
300矿体上部69.24.0418.02.5430.40.031.93
260矿体中部73.66.4233.37.7138.00.100.52
220矿体中部54.26.0729.874.246.20.290.01
180矿体中部1545.4920.211138.00.220.02
140矿体下部54.84.6923.24.0434.30.041.23
100矿体下部64.57.2818.12.5631.30.061.81
60矿体下部1185.121249.9035.40.820.26
20矿体下部43.82.3853.12.1534.80.051.52
-20矿体下部1194.891114.6948.00.112.51

图7

九仗沟金矿床M1主矿体勘查地球化学模式"

表5

九仗沟金矿地质—地球化学找矿模型"

勘查方法找矿标志矿化指示特征
地质地层及岩性熊耳群鸡蛋坪组,岩性以安山岩类、英安岩类和流纹岩类为主
构造以NNE向断裂为主,主要控矿构造为区域性的店房—庙岭—九仗沟F1断裂带
岩浆岩燕山期中生代花岗岩
围岩蚀变硅化、绢云母化、黄铁矿化和黄铁绢英岩化等
矿体特征金矿体赋存于构造蚀变带中,严格受构造破碎带控制
矿石矿物金属矿物以黄铁矿、褐铁矿、方铅矿、闪锌矿和自然金为主,有少量自然银
直接找矿标志地表褐铁矿化、民采洞以及岩石因强烈硅化蚀变、耐风化形成的正地貌
地球化学水系沉积物异常熊耳群马家河组上段Au和Zn含量高,熊耳群鸡蛋坪组上岩性段Mo和W更富集
土壤元素异常Au、Ag、Cu、Pb、As和Hg等元素具有较好的异常显示
原生晕异常特征元素高值区与构造矿化蚀变带对应较好
元素组合特征成矿元素Au与Hg、Ag元素呈显著正相关
原生晕分带序列Cu-Bi-W-Au-Hg-As-Sb-Pb-V-Mo-Ag-Zn
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