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通过 2 个铀矿田 11 个典型矿床的实际资料(包括各种岩石流体包裹体薄片 250 件,气体分析数据 2470 件,铀含量数据 200 件,测温数据 50 余件),从全新的角度论述了花岗岩型铀矿床上铀的迁移、富集规律与岩体中碳氢化合物气体的地球化学特征的紧密联系,以及矿床的定位和气体异常分布的关系。这是铀矿床(包括其它金属矿床)气体地球化学研究方面一种新的尝试。
Based on the actual data of 11 typical deposits in two uranium orefields (including 250 pieces of rock fluid inclusions, 2470 pieces of gas analysis data, 200 pieces of uranium content data and more than 50 pieces of temperature data) The relationship between the migration and accumulation of uranium and the geochemical characteristics of hydrocarbon gases in the granite-type uranium deposits, as well as the relationship between the ore deposit location and the anomalous gas distribution. This is a new attempt to study the gas geochemistry of uranium deposits (including other metal deposits).