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成矿模式研究是当前矿床学研究的一个热门课题.通过研究和建立矿床成矿模式,不仅能够深化对矿床特征和矿床成因的认识,而且有助于分析矿床与其周围地质环境的关系,简化具体的矿床资料,对进一步研究矿床分类问题有重要启示.本文根据成矿模式的概念和成果,提出首先根据主岩类型和主要矿种来划分矿床类型和亚类型、然后进一步根据成矿特征及成因划分矿床式的设想.作者认为,纵向的矿床类型→矿床亚类型→矿床式→矿床四级分类次序和横向的共生类型及过渡类型构成了矿床分类的交叉网络系统,这种分类方法是开放性的、合理的和科学的.
The study of metallogenic model is a hot topic in the field of deposit research.It is not only possible to deepen the understanding of deposit characteristics and genesis of deposit by researching and establishing deposit mineralization model but also to analyze the relationship between deposit and its surrounding geological environment, Of the deposit data, which have important implications for further study on the classification of deposit.According to the concept and achievement of metallogenic model, this paper proposed the classification of ore deposits and subtypes according to the main rock type and the main mineral species, and then further based on the metallogenic characteristics and genesis The authors believe that the vertical deposit type → deposit type → ore deposit → deposit sequence and horizontal symbiotic type and transition type constitute a cross-network system of deposit classification, this classification is open Reasonable and scientific.