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在地质科学领域中,对地质体形成过程的温度、压力、成矿溶液的性质及成分等成岩成矿条件的了解,一直是迫切需要解决的问题。因为它直接牵涉到矿床、岩石的成因和工业生产上的实际应用。许多学者想了很多办法,例如对现代火山和温泉的温度、压力及介质性质的测定,矿物的共生组合及标型特征的研究,气液包裹体的研究以及矿物的人工模拟合成实
In the field of geosciences, understanding the temperature and pressure of the geological body formation process, the nature and composition of the ore-forming solution and other diagenesis and mineralization conditions has been an urgent problem to be solved. Because it directly involved in the deposit, the cause of the rock and the practical application of industrial production. Many scholars think of many ways, such as the determination of the temperature, pressure and dielectric properties of modern volcanoes and hot springs, the study of symbiotic assemblages and mineralogical characteristics of minerals, the study of gas-liquid inclusions, and the synthetic simulation of minerals