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从铜山铜矿深部找矿的经验谈老矿山深部找矿的成功要素
引用本文:詹德光,刘亮明.从铜山铜矿深部找矿的经验谈老矿山深部找矿的成功要素[J].矿产与地质,2012(3):177-181.
作者姓名:詹德光  刘亮明
作者单位:铜陵有色金属集团股份有限公司;中南大学计算地球科学研究中心
基金项目:国家危机矿山接替资源勘查项目(编号:200634079)资助
摘    要:铜山铜矿是一个开发历史超过50年的中型铜矿山,在近年开展的危机矿山接替资源勘查过程中,在深部找到了铜金属储量超过了22万吨的矿体。本文在全面总结铜山铜矿深部找矿经验和成果的基础上探讨了制约深部找矿成功的因素。创立具有预测能力的成矿理论是预测深部矿体的最有力的保证,但对深部矿体的可靠的预测需要有勘探工程决策和投资决策的支持才能转化成具经济价值的矿产储量,不能别面强调物探技术在深部找矿中的作用,更不能轻视地质专家和钻探技术在深部找矿中的作用。

关 键 词:铜矿  矿山深部找矿  综述  成功经验  成矿理论  勘查技术决策

Influencing factors for successful exploration of deep ores in old mines:Discussion on the experiences from the Tongshan mine
ZHAN De-guang,LIU Liang-ming.Influencing factors for successful exploration of deep ores in old mines:Discussion on the experiences from the Tongshan mine[J].Mineral Resources and Geology,2012(3):177-181.
Authors:ZHAN De-guang  LIU Liang-ming
Institution:1.Tongling Nonferrous Metal Group,Tongling,Anhui 244000; 2.Geo-science Calculation Center of Central South University,Changsha,Hunan 410083)
Abstract:The Tongshan mine with exploitation history of over 50 years is an established mine with serious resource-crisis.But new orebodies with reserves of more than 0.22mt copper have been discovered in the mine’s deep just during recently completed exploration program of succeed resources for the crisis mine.In this paper,the authors summarize the successful experiences and achievements of deep ore exploration in the Tongshan mine,and discuss the influencing factors for successful exploration of deep ores.Creation of the metallogenic models with prediction capability is critical for prediction of the deep orebodies.But reliable prediction requires support from the decision-making for exploration engineering and investing,the sound prediction of deep ores can be transformed into the economic valuable ore reserves.It is very wrong to look down on the role of the geophysical exploration technology and to ignore the role of the geologists and the drill technologies as well.
Keywords:deep ore exploration in mines  successful experiences  metallogenic theory  exploration technology  decision-making
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