CAJ | 학술논문

本文以内生金属矿床透岩浆流体成矿理论为基础,以分级预测体制的思想为指导,认为在成矿理论指导下提出的各级预测体制对应的宏观地质标志是连接透岩浆流体成矿理论与GIS成矿信息的纽带,并从成矿地质背景、成矿作用触发机制和金属大规模堆积三方面,分别说明了各级预测体制及可能利用的宏观地质标志,最后通过研究目前广泛使用的GIS评价方法,初步建立起透岩浆流体成矿理论应用于宏观地质标志矿产预测的GIS预测系统框架.
본문이내생금속광상투암장류체성광이론위기출,이분급예측체제적사상위지도,인위재성광이론지도하제출적각급예측체제대응적굉관지질표지시련접투암장류체성광이론여GIS성광신식적뉴대,병종성광지질배경、성광작용촉발궤제화금속대규모퇴적삼방면,분별설명료각급예측체제급가능이용적굉관지질표지,최후통과연구목전엄범사용적GIS평개방법,초보건립기투암장류체성광이론응용우굉관지질표지광산예측적GIS예측계통광가.
In this paper, a general framework of mineral resource predictive system is proposed to integrate the theory of transmagmatic fluid metallogeny with the technology of GIS. The geological phenomena corresponding to the classified predictive rule in the theory of transmagmatic fluid metallogeny are considered as a link between the theory of transmagmatic fluid metallogeny and the GIS-based mineral resource predictive information. The six components of the classified predictive rule and their possibly related geological phenomena are analyzed from three aspects, geological background of mineraliztion, trigger mechanism of mineralization and metal accumulation, respectively. The framework guided by the classified predictive rule is finally formed based on the theory of transmagmatic fluid metallogeny, and its clue is the ore-forming processess.