I. Litvinenko, L. A. Shilina
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摘要

本文对亚诺-科利马含金带东南部的贝勒特侵入-穹窿构造进行了天然金与矿石共生的综合研究。矿化的地带性表现为:从具有Au-Bi-Te矿化“风格”的中心部分(在贝勒岩的内接触层)到- As-Au矿化(在该岩的外接触层),再到外围的Ag-Pb-Zn矿化。矿石中原生金的细度沿同一方向变化,由高、中到低细度。锑矿化发生在成矿的最后阶段。垂直分带表现为银-多硫化物型矿化,随深度变化为硫化物-亚硫砷化,较低为铋-亚硫碲化。一种稀有矿物,麦氏石(Au2Bi),分布相对广泛。端对端矿石矿物为磁黄铁矿、天然铋及其碲化物。所获得的事实允许将Berental矿床的热液系统归因于RIRGD类型,即与恢复侵入体有关的金矿床,这可以有助于改进在这种类型的矿床进行勘探和评价工作的方法,并有助于发现储量大的矿床。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Золотое оруденение Нижне-Мякитского рудно-россыпного узла (Северо-Восток России)
A comprehensive study of native gold and ore mineral parageneses of the Berental intrusive-dome structure in the southeastern part of the Yano-Kolyma gold-bearing belt has been carried out. The zonality of mineralization is shown: from the central part (in the Berental stock endocontacts) with the Au-Bi-Te mineralization "style" to - As-Au (in the exocontacts of the stock) and, further, to Ag-Pb-Zn on the periphery. In the same direction changes the fineness of native gold in ores, from high and medium to low fineness. Antimony mineralization was noted at the final stage of ore formation. Vertical zoning is expressed in the silver-polysulfide type of mineralization changing with depth to sulfide-sulfoarsenide and, lower, bismuth-sulfotelluride. A rare mineral, maldonite (Au2Bi), is relatively widespread. The end-to-end ore minerals are pyrrhotite, native bismuth, and its tellurides. The obtained facts permitted to attribute the hydrothermal system of the Berental stock to the RIRGD type, i. e. to gold deposits associated with restored intrusives, which can contribute to the improvement of the methodology for prospecting and evaluation works at deposits of this type and to the discovery of large occurrences in terms of reserves.
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