构造环境和同央期—岩浆期后作用对与岩浆热液有关矿床成因的控制

稀有金属伟晶岩矿床，易矿床，斑财钼矿床和钨矿床，都显示出与长英质岩浆作用有密切的关键，并且主要由来源于岩浆的流体形成。最近的研究结果表明，这些成矿体系都有一个相似之处，就是金属组分均集中于高度分离的花岗岩岩钟的顶部。这种富集作用似乎是由一利垂向液体分离作用造成的。尽管对这种富集机制尚未弄清楚，但自下而上始终由粗粒经斑状到细粒状到细粒花岗岩这种结构上的转变有助于说明分离对流作用。对于易矿和钨矿来说，     

回顾冶金地质钻探的发展和今后的展望

回顾了冶金地质钻探的发展历程，划分为４个阶段，对前３个阶段的主要技术进步作了概括性的论述。并对今后的发展提出了几点看法。     

Experimental Research on Microscopic Indicators of Temperature＇ s Returning-to-Zero in Deformation of Calcite and Discussions of Correlation Problem

In order to determine the degree of returning-to-zero of temperatures of deformed calcite, a series of rock-breaking experiments were designed to test calcite-rich limestone samples under fixed confining pressures and different temperatures. The consolidated deformed samples in their initial state were observed under a microscope and the microscopic indicators in different zero-returning states were put forward, thus providing a microscopic foundation for evaluation of reliability of dating values of deformation in calcite. At last, the correction of dating values of deformation for samples whose temperature has not yet returned to zero is discussed.