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改造末期多种能源矿藏(床)同盆共存的多源信息找矿识别标志
引用本文:赵希刚1,2,吴汉宁1,韩玲1,李卫红2,徐高中2. 改造末期多种能源矿藏(床)同盆共存的多源信息找矿识别标志[J]. 延边大学学报(自然科学版), 2005, 0(2): 33-39
作者姓名:赵希刚1  2  吴汉宁1  韩玲1  李卫红2  徐高中2
作者单位:1.西北大学地质学系,陕西西安710069;2.核工业203研究所,陕西咸阳712000
摘    要:利用多源信息(地质、物化探、遥感、水文地质等)研究多种能源矿种在改造末期同盆共存的判识标志和赋存环境,着眼于改造结果,多源信息特征反映的是在改造末期所形成构造格局的基础上,油气、煤、铀多种能源矿藏(床)同盆共存的现今空间关系,在此基础上,从铀成矿因素方面建立油气、煤、铀多种能源矿藏(床)同盆共存的找矿识别标志。

关 键 词:多种能源  矿藏(床)  同盆  共存  多源信息  找矿标志

Multi-information indicators of paragenic multi-energy source mineral deposits formed in same basin at latest reconstruction stage
ZHAO Xi-gang1,' target="_blank" rel="external">2,WU Han-ning 1,HAN Ling1,LI Wei-hong2,XU Gao-zhong2. Multi-information indicators of paragenic multi-energy source mineral deposits formed in same basin at latest reconstruction stage[J]. Journal of Yanbian University (Natural Science), 2005, 0(2): 33-39
Authors:ZHAO Xi-gang1,' target="  _blank"   rel="  external"  >2,WU Han-ning 1,HAN Ling1,LI Wei-hong2,XU Gao-zhong2
Affiliation:1.Department of Geology,Northwest University,Xi’ an 710069,China;2.No.203 Institute of CNNC,Xianyang Shaanxi 712000,China
Abstract:This study aims to locate the prospective area of the coexistence or paragemesis of multi-energy source mineral de-posits(oil/gas pool, coal bed, uranium deposits, etc.)in a basin. The method used in the study involves the reconstructionfunction that emphasizes its process and result. Studying the indicators of paragenic multi-energy source mineral depositsformed at the latest reconstruction stage of the same basin is fulfilled by using certain multi-information like geology, geo-physical and geochemical survey, remote sensing and hydrogeology. The conclusion is drawn from the detailed feature reflec-ting the current spatial relationship of multi-energy source mineral deposits in the same basin, which formed at its latest re-construction stage. Namely, the multi-information indicators of locating unknown multi-energy source mineral deposits in thesame basin are primarily established on the basis of uranium metallogenic facors.
Keywords:multi-energy  source  mineral deposits  coexistence  same basin  multi-information  prospecting marker
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