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内蒙古西部北山成矿带成矿规律研究

Regional Mineralisation Pattern of the Eastern Beishan Orogenic Belt,Inner Mongolia

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【作者】 代新宇赵鹏彬罗乾周李宁彭海练李维成高峰

【Author】 Dai Xinyu;Zhao Pengbin;Luo Qianzhou;Li Ning;Peng Hailian;Li Weicheng;Gao Feng;Shaanxi Institute of Geological Survey;Shaanxi Geological Survey Planning and Research Centre(Shaanxi Geological Survey Fund Centre);Shaanxi Center of Mineral Resources and Geological Survey;

【机构】 陕西省地质调查院陕西省地质调查规划研究中心(陕西省地质勘查基金中心)陕西省矿产地质调查中心

【摘要】 位于内蒙古自治区西部的北山成矿带成矿条件优越,矿产资源丰富。通过对该区成矿地质条件的系统研究,开展了成矿单元划分和成矿规律研究,为下一步区域找矿工作指明了方向。研究表明,在前人成矿单元划分基础上,结合最新综合成矿信息,北山成矿带东段可进一步划分月牙山—洗肠井金、铜、铬镍成矿远景区,虎头山钨、钼、锌、金成矿远景区,梭梭井铁、铜、金、铅锌成矿远景区,盘陀山—老硐沟金锑、钨钼、铅锌成矿远景区等4个Ⅴ级成矿远景区。总结了区域成矿规律,从时间上看,成矿期主要为古生代,次为寒武纪;从空间上看,金、钨等成矿主要围绕盘陀山、望旭山、鹰嘴红山等重要成矿岩体内部及接触带分布,同时受构造控制作用明显,锰、钒等沉积型矿产主要受重要沉积界面控制。

【Abstract】 The eastern section of the Beishan Orogenic Belt, located in the western part of the Inner Mongolia Autonomous Region, has favourable metallogenic conditions and rich mineral resources. Through the systematic study of the geological conditions of mineralisation in the area, research on the division of metallogenic units and the law of mineralisation has been carried out, which points out the direction for the next step of the regional mineral search work. The study shows that on the basis of the previous metallogenic unit division, combined with the latest comprehensive metallogenic information, the eastern section of the Beishan metallogenic belt can be further divided into the Yueyashan-Xichangjing gold, copper, chromium and nickel metallogenic prospect, the Hutoushan tungsten, molybdenum, zinc and gold metallogenic prospect, the Suosuojing iron, copper, gold, lead and zinc metallogenic prospect, and the Pantuoshan-Laodonggou gold-antimony, tungsten-molybdenum and lead-zinc metallogenic prospect. Lead-zinc mineralisation prospect.Summarised the regional metallogenic law, in terms of timing, the main metallogenic period is mainly for the Paleozoic era, secondarily Cambrian; from space, gold, tungsten and other minerals are mainly around the Pantuoshan, Wangxushan yingzuihongshan and other important mineralisation rock body internal and contact zone distribution, while the tectonic control effect is obvious, manganese, vanadium and other sedimentary minerals are mainly along the important sedimentary interface distribution.

【基金】 内蒙古自治区地质勘查基金项目:(2004)矿调 2-05、(2006)矿调 2-09、(2007)矿产 3-39、(2007)矿产 3-06、(2008)矿产 3-82、(2012)矿产 3-28、(2014)矿产 1-41、(2008)矿产 1-30、(2007)矿产 1-05、(2013)矿产 1-027;中国地调局项目:资(2010)01-04-19、资(2011)02-04-19、资(2012)2-002-018 等
  • 【文献出处】 陕西地质 ,Geology of Shaanxi , 编辑部邮箱 ,2023年02期
  • 【分类号】P618.2
  • 【下载频次】7
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