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A classification of mineral systems, overviews of plate tectonic margins and examples of ore deposits associated with convergent margins

机译:矿物系统分类,板块构造边缘概述以及与收敛边缘相关的矿床实例

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摘要

In this contribution I presents definitions of mineral systems, followed by a proposed classification of mineral deposits. The concept of mineral systems has been tackled by various authors within the framework of genetic models with the aim of improving the targeting of new deposits in green field areas. A mineral system has to be considered taking into account, by and large, space-time patterns or trends of mineralisation at the regional scale, their tectonic controls and related metallogenic belts. This leads to a suggested classification of mineral systems, together with a summary of previous ideas on what is, without doubt, a kind of "mine field", because if a classification is based on genetic processes, these can be extremely complex due to the fact that ore genesis usually involves a number of interactive processes. The classification presented is based on magmatic, magmatic-hydrothermal, sedimentary-hydrothermal, non-magmatic, and mechanical-residual processes.
机译:在这篇论文中,我提出了矿物系统的定义,然后提出了矿床的分类建议。矿物系统的概念已由多位作者在遗传模型的框架内解决,其目的是改善对绿色田野地区新矿床的定位。矿产系统必须考虑到区域范围内的时空格局或矿化趋势,以及其构造控制和相关的成矿带。这就导致了对矿物系统的建议分类,以及对毫无疑问的“矿场”的先前观点的总结,因为如果基于遗传过程进行分类,由于矿物分类的原因,这些分类可能会非常复杂。矿石成因通常涉及许多互动过程。提出的分类基于岩浆,岩浆热液,沉积水热,非岩浆和机械残余过程。

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