地质体组合构造分析方法与找矿

Structural Analysis Method of Geological Body Combination and Mineral Prospecting

地质体组合构造分析方法是在地质体形态分类基础上,根据地质体结构的不均衡性所引起的变形和矿化的差异,遵循构造分析的基本原理,对各类地质体的变形机制和破裂形成规律作了初步总结,较系统地归纳了层状地质体的变形规律,是一套全新的构造研究方法。在找矿应用方面,提出了以破裂为导向的后生矿床找矿思维,根据地质体及其组合中的破裂变形规律,可快速评估矿区的资源潜力,在指导找矿方向、判断找矿标志等方面,具有较强的较强的实用性,并具有易掌握、可操作性强、研究周期短等特点。该方法的提出丰富了构造地质学和矿床学的研究方法,具有一定的理论意义。

The structural analysis method of geological body combination that we propose is based on the morphological classification of geological bodies, which is an entirely new kind of structural analysis method. According to structural deformations and diverse mineralization alterations caused by the imbalance of structure of geological bodies, it follows the basic principles of deformation analysis. We analyze the typical deformation （rupture） styles of various geological bodies as well. In addition, this paper summarizes the deformation rule of stratified geological objects. In the field of mineral exploration, we present a rupture-oriented method for mineral exploration from epigenetic deposit. On this basis, we can briefly determine the target area of mineralization potential, prospecting direction to guide the ore body, judging prospecting indications and so on. In each stage of mineral exploration, the novel method has the characteristics of strong practicality and operability, and it is easy to grasp and it has a short period of study and etc. Meanwhile, our method makes a contribution to structural geology and mineral deposits, which has a great theoretical significance.