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近年来,作者研究了从不同成因类型矿石中分选出来的黄铁矿镍、钴及其他元素的含量.在研究磁黄铁矿时,取样标准与分析流程都与研究黄铁矿相同.采用光谱定量分析,用PGS-2型光栅摄谱议,分析了下列元素:钴、镍、锰、钛、钒、钼、铜、锌、锡、铅、砷、锑、铋、银、铊和金.作者特别感兴趣的是证实了这样一个结论,即根据黄铁矿中钴、镍的含量,可以解决矿石成因和成矿作用的某些重要问题.研究黄铁矿地球化学得出的主要结论(即将证明这些结论同样也适用于磁黄铁矿)如下:
In recent years, the authors studied the contents of nickel, cobalt and other elements of pyrite from different genetic types of ores.The sampling standards and analytical procedures are the same when studying pyrrhotite, Spectroscopic Quantitative Analysis with PGS-2 Grating Spectroscopy The following elements were analyzed: cobalt, nickel, manganese, titanium, vanadium, molybdenum, copper, zinc, tin, lead, arsenic, antimony, bismuth, silver, thallium and gold The authors are particularly interested in confirming the conclusion that certain important problems of ore genesis and mineralization can be solved based on the contents of cobalt and nickel in pyrite.The main conclusions of the study on the geochemistry of pyrite (It is about to be proved that these conclusions also apply to pyrrhotite) as follows: