tynyauz矿床Slepaya Zalezh矿体矿物组合及钼钨矿类型

E. Gramenitskiy, O. Kononov
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引用次数: 1

摘要

Slepaya Zalezh是tynyauz钼矿床中最大的矿体。它是更新其操作时的优先对象。控制矿石浓度的白钨矿、白钨矿和辉钼矿的浸染,局限于发育阶段的交代岩,分布在矽卡岩、近矽卡岩、角长岩和大理岩上。根据含矿交代岩与初始岩不同相的比例,对矿石类型进行了划分,形成了一个出矿体,划分出7种矿石类型,并在矿体垂直投影图上绘出。在I型和II型中,极矽卡岩明显占主导地位,因此铺在内矽卡岩(代替角兽)或外矽卡岩(不可分)之上。在III型中,矿石等量分布在内矽卡岩和近矽卡岩上。相对而言,IV型含近矽卡岩较少,但角兽较多。矿石取代了外矽卡岩,在较小程度上(高达25%),在V型中占主导地位。VI型是介于III型和IV型之间的中间类型,而VII型则是所有的初始岩石。每种类型都有从最初的岩石中继承下来的稳定的矿物和化学成分。特定类型的矿石具有方便的简单区分特征,可用于手工分选标本、样品和初步矿石分离。矿石类型在矿石矿物颗粒大小、形态及其共生体、对浮选有害矿物百分比等方面变化范围窄。每种矿石中有用成分含量的微小差异为它们的选择性脱矿和配料提供了可能性。填图结果包含了伴生矿产资源的分布资料:夕卡岩和生产性交代岩中的石榴石、硅灰石、辉石-斜长石近夕卡岩和含铜、金等成矿作用的热液蚀变岩。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Mineral associations and Mo-W ore types of the Slepaya Zalezh' orebody at Tyrnyauz deposit
Slepaya Zalezh is the largest ore body of the Tyrnyauz Mo-W deposit. It is the priority object on the renewal of its operation. A dissemination of molibdoscheelite, scheelite and molibdenite, controling ore concentrations, is confined to metasomatic rocks of the productive stage, laid on skarns, near-skarn rocks, hornfelses and marbles. The types of the ores are divided accordingly of ratio in them of different facies of ore-bearing metasomatic and initial rocks, which is a working out mass of ore. 7 types of the ores are divided and maped on the ore body vertical projection. Aposkarn ores predominate clearly in the I and II types, accordingly laid over endo- (substituting hornfelses) or exo- (apomarble) skarns. In the III type there are ores laid over endo-skarns and near-skarn rocks in equal parts. Relative to it the type IV contain less of of near-skarn rocks, but more of hornfelses. Ores replacing exo-skarns and to a lesser degree (up to 25%) – marbles dominate in the V type. The type VI is an intermediate one between the types III and IV. In the type VII all initial rocks are presented. Every of the types has a stable mineral and chemical composition inherited from the initial rocks. The ores of the specific type have convenient simple distinguishing features for a hand sorting of specimens, samples, and a preliminary ore separation. The types of ores have narrow change limits in size and form of ore mineral grains and their intergrowthes, percentage of minerals harmful for the flotation. Minor differences in contents of the useful components of each ore type offer possibilities of their selective working off and burdening. Mapping results contain data of the distribution of accompany sorts of mineral resources: garnet and wollastonite in the skarns and productive metasomatic rocks, pyroxene-plagioclase near-skarn rocks and hydrothermal alterated rocks with Cu, Au and other mineralization.
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