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首页> 外文期刊>Записки Российского минералогического общества >MINERALOGICAL MAPPING OF ORE AREAS: TARGETS, METHODS, APPLIED EFFICIENCY, COMPLEXING. 1. THE COMMON PRINCIPLES OF MINERALOGICAL MAPPING
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MINERALOGICAL MAPPING OF ORE AREAS: TARGETS, METHODS, APPLIED EFFICIENCY, COMPLEXING. 1. THE COMMON PRINCIPLES OF MINERALOGICAL MAPPING

机译:矿区矿物学映射:靶,方法,应用效率,络合。 1.矿物学映射的共同原则

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摘要

Information capacity of minerals provides effectiveness, for the purpose, of practically all geological sampling methods. Mineral anomalies are divided for concentrational (concentration, amount of minerals, structures of their distribution) and constitutional ones, based upon variability of minerals properties (crystal structure - composition - constitution). The anomalies may be primary or secondary ones, they develop along the ontogenetic cycles: origin (syngenesis) -> growth -> transformation ->disintegration. Gradual, directed changes of mineral properties have the peculiar importance. From the point of mineralogical mapping, there should be distinguish the mapping elements: quantitative and qualitative indices, features of minerals, and an algorithm of the mapping: number and hierarchy of elements to be mapped; scale and precision of documentation. The paper displays examples of some most effective types of mineralogical mapping for applied geology purposes.
机译:矿物质的信息能力为实际上所有地质采样方法提供有效性。 基于矿物质性质(晶体结构 - 组成 - 构成 - 构成)的可变性,矿物异常分为浓度(矿物质,其分布的矿物质,其分布的结构)和构成型。 异常可能是初级或次级的,它们沿着植入循环发展:来源(生成) - >生长 - >转化 - >崩解。 渐进的矿物质的定向变化具有特殊的重要性。 从矿物学映射到,应该区分映射元素:定量和定性指数,矿物的特征,以及映射的算法:要映射的元素的数量和层次结构; 文档的规模和精度。 本文显示了应用地质目的的一些最有效类型的矿物学映射的例子。

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