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成矿流体研究的若干进展与动态
引用本文:张连昌,赵伦山.成矿流体研究的若干进展与动态[J].地质与勘探,2001,37(1):7-10.
作者姓名:张连昌  赵伦山
作者单位:1. 中国科学院地质与地球物理研究所,
2. 中国地质大学,
基金项目:中国科学院创新工程项目!(KZCX1-Y -0 3-0 1),“九五”重大黄金项目!(KZ95 1-A1-4 0 4-0 2 )资助
摘    要:近年成矿流体研究在大规模流体的存在与运移、巨型矿床与流体的关系、成矿流体输运动力学、建立热液成矿反应体系及成矿流体分测试技术等方面取得了重要进展;今后成矿流体研究在流体的运移路径与成矿预测、超临界流体与金属矿产巨量堆积的关系及成矿流体的计算机模拟等方面走势明显。

关 键 词:成矿流体  超临界流体  有压涌流  成矿反应体系  巨型矿床  成矿预测
文章编号:0495-5331(2001)01-0007-04

SOME ADVANCES AND TRENDS IN ORE-FORMING FLUID RESEARCH
ZHANG Lian-chang,ZHAO Lun-shan.SOME ADVANCES AND TRENDS IN ORE-FORMING FLUID RESEARCH[J].Geology and Prospecting,2001,37(1):7-10.
Authors:ZHANG Lian-chang  ZHAO Lun-shan
Abstract:In recently years, the study of ore-forming fluid has achieved some important advances in many ways, such as store and movement of large scale ore-forming fluid, the relationship between giant ore deposit and fluid, the transported dynamics of ore-forming fluid, hydrothermal ore-forming reaction systems, diterminative mothed of fluid composition and so on. The study of ore-forming fluid shows remarkable trends in movement pathways of fluid and metallogenic prognosis, the relationship between supple threshold fluid and giant deposition, the computer simulation and so on.
Keywords:Ore-forming fluid  super-threshold fluid  pressured discharging flow  ore-forming reaction systems  giant depos\
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