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Studying the deep structure of kimberlite pipes by the results of remote sensing data frequency-resonance processing

机译:通过遥感数据频率共振处理结果研究金伯拉特管的深层结构

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The results of experimental application of the technology of remote sensing data (satellite images) frequency-resonance processing and interpretation with the aim of studying the internal structure of diamond-bearing kimberlite pipes are analyzed. The experiments were carried out at the locations of the well-known kimberlite pipes Udachnaya, Mir (Yakutia, Russia), Letseng-La-Terae (Kingdom of Lesotho), Diavik (Canada), and also in the area of the Klyuchevskaya volcano group in Kamchatka. By the vertical scanning of the cross-section in the central parts of the pipes the depths of the kimberlites roots and the intervals of anomalous responses (signals) at the resonant frequencies of diamonds fixation have been determined. Experimental studies have shown that: a) the frequency-resonance method of remote sensing data processing and interpreting can be used for operative reconnaissance surveys of large blocks and local areas in remote regions; b) the active use of mobile and direct-prospecting methods during the practical problems solving will help to speed up the exploration process for ore and combustible minerals.
机译:遥感数据(卫星图像)的技术的实验应用频率谐振处理和解释与研究金刚石轴承金伯利岩筒的内部结构的目的的结果进行了分析。该实验是在众所周知的金伯利钛矿管Udachnaya,MIR(雅库特,俄罗斯),Letseng-La-Terae(莱索托王国),Diavik(加拿大),以及在Klyuchevskaya火山集团领域在堪察加。通过管道的中心部分的横截面的横截面,已经确定了金伯拉特根系的深度和在钻石固定的谐振频率的谐振频率下的异常响应(信号)的间隔。实验研究表明:a)遥感数据处理和解释的频率共振方法可用于偏远地区的大块和局部区域的可操作侦察调查; b)在实际问题中的主动使用移动和直接勘探方法解决将有助于加快矿石和可燃矿物的勘探过程。

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