角闪石矿物化学研究进展  

Advances in Study of Amphibole Mineral Chemistry

作　　者：郭盼 吴波 房龙 罗华 李琳静 龚志愚 Guo Pan;Wu Bo;Fang Long;Luo Hua;Li Linjing;Gong Zhiyu(Hubei Geological Survey,Wuhan,Hubei 430034;Xintai Mining Industry Development Center,Xintai,Shangdong 271200)

机构地区：[1]湖北省地质调查院,湖北武汉430034 [2]新泰市矿产业发展中心,山东新泰271200

出　　处：《资源环境与工程》2022年第3期305-313,320,共10页Resources Environment & Engineering

基　　金：湖北省地质局矿产地质调查项目(KCDZ2022-14);湖北省地质局科技项目(KJ2021-9-1)。

摘　　要：角闪石的化学成分可以有效地指示岩浆来源及其演化过程中的物理化学条件,具有重要的成因矿物研究意义。系统总结角闪石族矿物的分类命名原则,重点介绍角闪石矿物化学成分在地质温压计、岩浆氧逸度、含水量和碱度以及岩石成因等方面的应用研究进展。结合前人案例,明确角闪石矿物化学指标在各类应用中的适用条件,提出目前研究中尚存的薄弱环节及今后的发展趋势,以期进一步促进对角闪石矿物化学应用的研究。The chemical composition of amphibole can effectively indicate the source of magma and the physical and chemical conditions during its evolution,which is of great significance for the study of genetic minerals.This paper systematically summarizes the classification and nomenclature principles of amphibole group minerals,and focuses on the application of amphibole mineral chemical composition in geothermobarometer,magmatic oxygen fugacity,water content and alkalinity,and rock genesis.Combined with previous cases,the applicable conditions of amphibole mineral chemistry indexes in various applications are clarified,and the existing weak links and future development trends are proposed,in order to further promote the research on the application of amphibole mineral chemistry.

关 键 词：角闪石 矿物化学 矿物分类 地质温压计 岩石成因 

分 类 号：P578.955[天文地球—矿物学] P574.2[天文地球—地质学]