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Application of fractal theory to process Radioactive prospecting data

机译:分形理论在加工放射性勘探数据的应用

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The distribution of radioactive geophysical and geochemical exploration data is very complex, it has multifractal characteristics, using the fractal theory to research conforms to the data distribution. The author selected some methods of fractal theory for study and compared with the traditional method, used content-area method to process gamma-spectrometric data of the carbonate-siliceous-pelitic type uranium deposit, it can reduced abnormal area and didn't omit ore occurrences, this will reduce the exploration workload; used fractal trend-surface method to process activated carbon radon measurement data of the sandstone-type uranium deposit, it can effectively strengthened the weak anomaly, and found new ore-generating anomaly area.
机译:放射性地球物理和地球化学勘探数据的分布非常复杂,它具有多法分类特性,使用分形理论符合数据分布。作者选择了一些分形理论的研究方法,与传统方法相比,采用了含有含量区的方法,用于处理碳酸盐 - 硅质 - 鹈鹕型铀矿床的伽马光谱数据,它可以减少异常区域,并没有省略矿石发生,这将减少勘探工作量;采用分形潮流面法处理砂岩型铀矿床的活性炭氡测量数据,可以有效地加强弱异常,并发现新的矿石产生异常区域。

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