Genetic modeling and prospecting criteria: An example of syngenetic vs. epigenetic ore formation

Z. Damyanov
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引用次数: 0

Abstract

The paper presents the importance of mineral deposit modeling, based on the elucidation of key elements of its origin, for the development of reliable criteria for prospecting of new deposits and orebodies of this type. On the example of the Kremikovtsi carbonate-hosted IF-barite-polymetallic deposit, it is shown that the adoption of a well-grounded syngenetic or epigenetic concept for its origin is crucial for successful prospecting activity. Based on the developed model for a sedimentary-exhalative (SEDEX) origin of the deposit (i.e. syngenetic to the carbonate host), the key factors controlling ore formation are specified, and an optimal strategy for future prospecting in the region is proposed.
遗传建模和勘探标准:合成遗传与表观遗传矿石形成的实例
本文介绍了在阐明矿床起源关键因素的基础上建立矿床模型的重要性,以便为勘探新矿床和此类矿体制定可靠的标准。以克雷米科夫茨碳酸盐岩包裹的 IF 重晶石多金属矿床为例,说明了采用有充分依据的系统遗传学或表观遗传学概念来确定矿床起源对于成功开展勘探活动至关重要。根据所开发的沉积-喷出(SEDEX)矿床起源模型(即与碳酸盐母岩的共生),明确了控制矿石形成的关键因素,并提出了该地区未来勘探的最佳战略。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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