| 太行山燕山造山带与中生代花岗岩有关的金属矿床成矿系列特征 |
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| 引用本文：.1998.Minerogenic series of metallic deposits related to Mesozoic granites in the Taihangshan-Yanshan orogenic belt and their characteristics[J].Mineral Deposits,17(3):193~203 |
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| Download times: 2012 |
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| 基金项目:地矿部重要基础性研究项目（85020009和8502214） |
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| 中文摘要:在把握成矿系列“三同”基本前提和“五多”基本特征的基础上，把太行山 燕山造山带与中生代花岗岩有关的矿床划分为6个成矿系列，并探讨了各成矿系列主要地质特征、稳定同位素特征、成矿热液性质及其物理化学条件，指出各成矿系列具有不同的特征，岩浆岩、地 层、断裂构造等对成矿系列形成都有控制作用，成矿物质既来源'丁围岩，也来源于花岗质岩浆，并且在造山作用过程中，壳幔演化对各成矿系列有不同的贡献。 |
| 中文关键词:成矿系列，特征，金属矿产，太行山-燕山地区 |
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| Minerogenic series of metallic deposits related to Mesozoic granites in the Taihangshan-Yanshan orogenic belt and their characteristics |
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| Abstract:Lying in the central part and northern margin of the Sino-Korea plate, the Taihangshan-Yanshan orogenic belt is characterized by iron, copper, molybdenum, gold, silver, lead, zinc and uranium deposits. Based on three "identical" basic prerequisites (the same geological environment, the same geological era and the same geological function) and five "multiple" basic characteristics ( multiple o reforming elements, multiple ore deposit types, multiple ore-forming patterns, multiple ore-forming positions and multiple ore-forming stages) of the metallogenic series, the authors have divided the ore deposits related to Mesozoic granites in the Tarhangshan-Yanshan orogenic belt into six metallogenic series, viz., the Fe( Au Ci) metallogenic series related to intermediate-shallow-seated magmatic intrusion, the MoCuFeZnAgPb metallogenic series related to intermediate (slightly acid)-acid intermediate shallow-seated-super hypabyssal magmatic intrusion, the NbTaLBe metallogenic series related to peraluminous acid magmatic intrusion, the AgPbZnM n (Au) metallogenic series related to continental volcanic-subvolcanic activity, the UMo metallogenic series related to continental superhypabyssal volcanic activity, and the stratabound-transformed Au metallogenic series somewhat related to magmatic-hydrothermal activity. On the basis of such features of various m etallogenic series as the major geological characteristics, the stable isotope characteristics, and the properties of ore-forming hydrothermal fluids as well as their physical-chemical conditions, the authors have reached the following conclusions: (1) the six metalloenic series have different characteristics; (2) magmatic rocks, strata and faults all played the controlling role in the formation of metallogenic series; (3) the ore-forming materials were dervied from both w all rocks and granitic magma; ( 4) in the orogenic process, the crust-mantle evolution made different contributions to different metallogenic series. |
| keywords:minerogenic series, characteristic, metallic ore resource, Taihangshan-Yanshan area |
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