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20 0 2年该项目获得一大批矿床和相关岩石的精确测年数据 ,初步厘定了部分地区大规模成矿的时空特点 ,几个大型矿集区精细结构解剖出现跨越式进展 ,初步提出了浅部流体、深部流体和岩浆流体成矿过程的模型。模拟实验出气体和液体对金属元素的搬运特点以及低温环境大规模流体运
The project obtained a large number of accurate dating data of ore deposits and related rocks in2012, and initially determined the spatial and temporal characteristics of large-scale metallogeny in some areas. The lean-typed progress of fine structure anatomy in several large-scale ore areas initially proposed shallow Model of fluid flow, deep fluid and magmatic fluid mineralization process. The simulation experiment shows the handling characteristics of gas and liquid on metal elements and the large-scale fluid transport in low temperature environment