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无线电波透视法最初用于寻找比围岩导电率高几百倍的緻密矿体。目前苏联已在铜-镍矿床,多金属矿床、黄铁矿床和其它一系列矿区进行过试验,证明有很大成绩,同时也常用它来解决普查任务,在普查中利用电波透视法所发现的新矿体已被钻探证实。当然,铀矿床和其它矿床有很大的区别。铀矿的导电率比其围岩并无显著的增高。在文献中曾发表关于国外使用无线电波透视法勘探铀矿床的资料,但在这些文章中既未提出工作条件,又没有所得结果的说明,所以当莫斯科地质勘探学院地球物理勘探教研室提出关于在铀矿床上应用这种方法的问题时,曾引起了很大的怀
The radio-wave perspective was originally used to find dense ore bodies several hundred times more conductive than the surrounding rocks. At present, the Soviet Union has conducted tests on copper-nickel deposits, polymetallic deposits, pyrite deposits and a series of other mines, which proved to be very successful. At the same time, the Soviet Union also used it to solve the census tasks and was found in the census by radio-wave analysis The new ore body has been confirmed by drilling. Of course, uranium deposits are very different from other deposits. The conductivity of uranium ore than its surrounding rock did not significantly increase. In the literature published on the use of radio-wave foreign exploration of uranium deposit information, but in these articles neither working conditions, and no explanation of the results obtained, so when the Geophysical Prospecting Institute of Moscow Institute of Geology on uranium The issue of applying this method to deposits has given rise to a great deal of concern