从金矿的找矿矿物学研究看量子矿物学的发展

在太行山地区用几种新的矿物学方法对金矿床的载金矿物-黄铁矿和石英进行了矿物物理学方面的测试研究,从中获得了石英红外吸光度、O~--Al心浓度、红外光谱以及黄铁矿的热电性质、热电系数等与矿体的含金性具有密切相关关系,可以作为金矿找矿的有效方法。这些方法的引入,说明新的边缘学科——量子矿物学已经形成,并正在发展。

FUTURE OF QUANTUM MINERALOGY AS SEEN FROM GOLD DEPOSIT PROSPECTING

New methods were applied to the study of the physical mineralogy of gold-bearing minerals (Pyrite and quartz) from gold deposits in the Taihang Mountain area.Results show that the potentiality of an ore deposits may be inferred from the infrared absorptivity, O--A1 center concentration and infrared absorption spectrum of quartz and the thermoelectric property of Pyrite. The introduction of these methods to mineralogy and their effectiveness in gold ore exploration indicate a new frontier of science,the quantum mineralogy, is emerging, standing fast and developing.