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越来越多的资料使我们认识到,研究花岗岩类的成矿作用必须与其成因系列、形成的大地构造背景、成矿物质(或元素)的来源(包括矿源层)、元素地球化学特征以及它们在成岩和热液作用过程中的活化转移及控矿因素等联系起来。这样才能更好地搞清它们成矿作用的实质、有关矿床的分布、组合及特征等。南京大学地质系通过长期研究将花岗岩类分为改造型、同熔型二大系列,以及碱性
More and more data make us realize that the study of granitoids mineralization must be related to its genetic series, the formation of the tectonic setting, the source of metallogenic material (or element) (including the source layer), elemental geochemical characteristics and their In the process of diagenesis and hydrothermal activation of the transfer and control of ore-related factors. In this way, we can better understand the essence of their mineralization, the distribution, composition and characteristics of the deposits. The Department of Geology, Nanjing University, through long-term research will be divided into granite into a modified type, with the melting of two major series, as well as alkaline