吉林地质
吉林地質
길임지질
JILIN GEOLOGY
2011年
4期
73-79
,共7页
祁腾飞%石振华%赵晓敏%李宝山%巴图%李丁丁
祁騰飛%石振華%趙曉敏%李寶山%巴圖%李丁丁
기등비%석진화%조효민%리보산%파도%리정정
地球化学%成矿带%资源潜力%内蒙古
地毬化學%成礦帶%資源潛力%內矇古
지구화학%성광대%자원잠력%내몽고
geochemistry%metallogenic belt%resource potential%Inner Mongolia
内蒙古呼伦贝尔市阿尔善地区位于兴安岭成矿带西伯利亚板块南缘东乌旗早华力西褶皱带(Ⅱ2)内。区内矿产资源丰富,主要有铁、铅、锌、银、铜、金、钼多金属等重要矿产的资源。本次1:5万土壤地球化学测量以取得显著的地球化学普查信息为基础、以勘查地球化学理论、区域成矿理论和遥感地质理论并结合已有物化探成果为指导,在综合分析研究调查区地质、矿产、区域地球化学、地球物理异常和遥感特征以及前人勘查地球化学方法技术试验成果的基础上,结合区内自然地理和地球化学景观条件,全面评价区内矿产的资源潜力,为进一步地质找矿提供坚实的地球化学依据。
內矇古呼倫貝爾市阿爾善地區位于興安嶺成礦帶西伯利亞闆塊南緣東烏旂早華力西褶皺帶(Ⅱ2)內。區內礦產資源豐富,主要有鐵、鉛、鋅、銀、銅、金、鉬多金屬等重要礦產的資源。本次1:5萬土壤地毬化學測量以取得顯著的地毬化學普查信息為基礎、以勘查地毬化學理論、區域成礦理論和遙感地質理論併結閤已有物化探成果為指導,在綜閤分析研究調查區地質、礦產、區域地毬化學、地毬物理異常和遙感特徵以及前人勘查地毬化學方法技術試驗成果的基礎上,結閤區內自然地理和地毬化學景觀條件,全麵評價區內礦產的資源潛力,為進一步地質找礦提供堅實的地毬化學依據。
내몽고호륜패이시아이선지구위우흥안령성광대서백리아판괴남연동오기조화력서습추대(Ⅱ2)내。구내광산자원봉부,주요유철、연、자、은、동、금、목다금속등중요광산적자원。본차1:5만토양지구화학측량이취득현저적지구화학보사신식위기출、이감사지구화학이론、구역성광이론화요감지질이론병결합이유물화탐성과위지도,재종합분석연구조사구지질、광산、구역지구화학、지구물리이상화요감특정이급전인감사지구화학방법기술시험성과적기출상,결합구내자연지리화지구화학경관조건,전면평개구내광산적자원잠력,위진일보지질조광제공견실적지구화학의거。
Alshan of Hulunbeir is located in the Siberian plate,Mountains forming the south edge of the Dongwu Banner,early Variscan fold belt(Ⅱ 2) inside,Xinganling metallogenic belt.There are rich in mineral resources in the study area,mainly iron,lead,zinc,silver,copper,gold,molybdenum poly-metallic minerals and other important resources.The 1:50,000 soil geochemical survey in order to obtain significant geochemical survey based on information theory to exploration geochemistry,regional metallogenic theory and remote sensing combined with existing geological and geophysical and geochemical results of the theory as a guide,a comprehensive analysis of research studies in geological,mining,regional geochemical,geophysical and remote sensing abnormal characteristics and previous geochemical exploration methods and techniques on the basis of test results,combined with the natural landscape of the geographical and geochemical conditions,a comprehensive evaluation of mineral resource potential of the region,as further geological exploration geochemistry provide a solid basis.