Abstract

The method of registration of free neutrons in a complex with geoelectrochemical methods has been applied for the first time to a case study in the Arkhangelsk diamondiferous province. Its application is based on the newly developed concept about formation of diamonds in the deep chamber, shielded by dense rocks. The high density of energy in such an excited environment leads to dissociation of nuclei, cluster radioactive decay, and low-energy transmutation of elements. The cluster radioactive decay and the low-energy transmutation of nuclei that occur during the formation of a kimberlite pipe produce electromagnetic radiation with a quantum energy of tens and hundreds of keV. This concept was confirmed by research and development on the reference Pionerskaya and Verkhnetovskaya pipes; an exploration technique based on this geological model is proposed.

中文翻译：

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中子测量首次应用于Zimneberezhnyi金刚石轴承区参考管中的地球化学方法中

摘要

用地球电化学方法在复合物中注册自由中子的方法已首次应用于阿尔汉格尔斯克州含钻石的省的案例研究。它的应用基于新开发的概念，即在密室中由密实的岩石所掩盖的深层钻石的形成。在这样的激发环境中，高能量密度导致原子核解离，团簇放射性衰变和元素的低能trans变。在金伯利岩管形成过程中发生的团簇放射性衰变和原子核的低能produce变产生电磁辐射，其量子能为数十和数百keV。对参考Pionerskaya和Verkhnetovskaya管道的研究和开发证实了这一概念。