提出大吉山钨矿床是由岩浆液态分离成矿作用形成的新认识。
A new viewpoint has been advanced for the Dajieshan tungsten deposit to be formed by fractional mineralization of liquid state magma.
相关学科的交叉、渗透，不仅为矿床学理论注入了新的活力，也衍生出一些新的学科，如成矿作用动力学。
The intersection and infiltration of the correlation disciplines not only pour vitality into the theory of mineral deposit geology , but also derive some new disciplines such as metallogenic dynamics.
研究新的成矿环境和新的成矿作用，从而发现新的矿床类型。
Studying the new metallogenic setting and new ore forming processes may be useful to discover new type ore deposit.
应用推荐