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利用汞作为各种热液矿床找矿标志的想法以及首先把此想法付诸实践的是A·A·萨乌科夫。利用植物含汞状况作为汞和锑—汞矿化标志的可能性是由艾普什切因确定的,并为后来的研究所证明。但是,汞一生物地球化学法,长期以来由于缺少测定汞在生物体内的快速微量鉴定方法,而没有得到实际应用。在1977—1982年间,我们曾对西伯利亚34个汞,锑,铅锌,铁,锶,钡,硼,钼,钨等矿床和矿苗的汞—生物地球化学晕进行过研究,这项研究之所以成为可能,是因为
The idea of using mercury as a mineral prospecting marker for various hydrothermal deposits and first putting this idea into practice is A. A. Sakukov. The possibility of using the mercury-containing status of plants as a marker of mercury and antimony-mercury mineralization was identified by Ashcezine and later demonstrated. However, the mercury-biogeochemical approach has long been devoid of practical application because of the lack of rapid, trace-based methods for the determination of mercury in the organism. During 1977-1982, we studied the mercury-biogeochemical halo of 34 deposits and mines of mercury, antimony, lead, zinc, iron, strontium, barium, boron, molybdenum and tungsten in Siberia. So it is possible because