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Research on the remote sensing prospecting model for typical uranium mining area along the Sino-Russian Economic Corridor

机译:中俄经济走廊典型铀矿区遥感勘查模型研究

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By leveraging the remote sensing technology, we have delved into the remote sensing prospecting model for typicaluranium mining area along the Sino-Russian Economic Corridor. According to the remote sensing interpretation results ofthe basic geology along the Sino-Russian Economic Corridor, we have analyzed and summarized the remote sensinggeological features of the structure, stratum and rock mass in this area. Moreover, by providing the remote sensinginterpretation of basic geology in the Russian Streltsovsky typical hydrothermal uranium mining area based on the data ofthe domestic GF-1 satellite, we have made conclusive analysis on the characteristics of its ore-controlling elements andpreliminarily summarized the remote sensing geological prospecting model for typical volcanic hydrothermal uraniumdeposits in this area. By using the remote sensing prospecting model, we have delineated three favorable ore-formingsections, which provides an important basis for regional mineralization prediction and the delineation of favorableore-forming areas, and helps seek such deposits in the same or similar areas.
机译:通过利用遥感技术,我们深入研究了典型的遥感勘探模型 中俄经济走廊沿线的铀矿开采区。根据遥感解释结果 在中俄经济走廊的基本地质条件下,我们对遥感进行了分析和总结 该区域的结构,地层和岩体的地质特征。此外,通过提供遥感 数据解释俄罗斯Streltsovsky典型热液铀矿区的基本地质。 对于国产GF-1卫星,我们对其控矿元素的特征进行了结论性分析, 初步总结了典型火山热液铀矿的遥感地质找矿模型 在这方面的存款。通过使用遥感勘查模型,我们划定了三种有利的成矿方式 剖面,这为区域成矿预测和确定有利区划提供了重要基础 成矿区,并有助于在相同或相似的地区寻找此类矿床。

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