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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,吴汉宁,韩玲,李卫红,徐高中. 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]. 地球科学与环境学报, 2005, 27(2): 33-39
作者姓名:赵希刚  吴汉宁  韩玲  李卫红  徐高中
作者单位:1. 西北大学,地质学系,陕西,西安,710069;核工业203研究所,陕西,咸阳,712000
2. 西北大学,地质学系,陕西,西安,710069
3. 核工业203研究所,陕西,咸阳,712000
基金项目:国家973项目(2003CB214600),国家自然科学基金项目(40374020)
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:识别标志 共存 能源 改造 信息找矿 矿藏 末期 多源信息 赋存环境 水文地质 构造格局 信息特征 空间关系 成矿因素 物化探 基础 油气 矿种
文章编号:1672-6561(2005)02-0033-07
修稿时间:2004-05-17

Multi-information indicators of paragenic multi-energy source mineral deposits formed in same basin at latest reconstruction stage
ZHAO Xi-gang,WU Han-ning,HAN Ling,LI Wei-hong,XU Gao-zhong. Multi-information indicators of paragenic multi-energy source mineral deposits formed in same basin at latest reconstruction stage[J]. Journal of Earth Sciences and Environment, 2005, 27(2): 33-39
Authors:ZHAO Xi-gang  WU Han-ning  HAN Ling  LI Wei-hong  XU Gao-zhong
Affiliation:ZHAO Xi-gang 1,2,WU Han-ning 1,HAN Ling 1,LI Wei-hong 2,XU Gao-zhong 2
Abstract:This study aims to locate the prospective area of the coexistence or paragemesis of multi-energy source mineral deposits (oil/gas pool, coal bed, uranium deposits, etc.) in a basin. The method used in the study involves the reconstruction function that emphasizes its process and result. Studying the indicators of paragenic multi-energy source mineral deposits formed at the latest reconstruction stage of the same basin is fulfilled by using certain multi-information like geology, geophysical and geochemical survey, remote sensing and hydrogeology. The conclusion is drawn from the detailed feature reflecting the current spatial relationship of multi-energy source mineral deposits in the same basin, which formed at its latest reconstruction stage. Namely, the multi-information indicators of locating unknown multi-energy source mineral deposits in the same 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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