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结合Au Ag Te三元系的实验矿物学结果 ,对我国金驹山、银坑山、归来庄和驾鹿四个金矿床中的金银碲化物矿物的共生组合特征进行了研究 ,并阐明了金银碲化物矿物在时空关系上的共生组合和禁生关系特征。研究表明 ,金银碲化物是该类型金矿床中最重要的一类矿物 ,其产出的种类和数量取决于成矿体系溶液中Au、Ag、Te元素的浓度及其含量比值 ;而成矿体系中碲金银矿、碲银矿等低温同质多像变体的存在 ,反映了该类型矿床形成于成矿温度和压力较低的环境条件下。
Combined with the experimental mineralogical results of the Au Ag Te ternary system, the symbiosis characteristics of gold, silver and telluride minerals in the four gold deposits of the Jinju Mountain, Yinkengshan, Guolaizhuang and Qalu in China were studied, and gold Symbiosis and Prohibition Relationships of Silver Telluride Minerals in Space - time Relationship. The results show that the gold and silver tellurides are the most important minerals in this type of gold deposit. The types and quantities of gold, silver and tellurides depend on the concentrations of Au, Ag and Te in the ore-forming system and their ratios. The presence of telluride-silver-silver deposits and tellurite-silver deposits with low-temperature homogeneity in the system reflects the formation of this type of deposits under the conditions of low metallogenic temperature and pressure.