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新疆磁海铁矿床成矿无机化学过程研究
引用本文:薜春纪,姬金生.新疆磁海铁矿床成矿无机化学过程研究[J].新疆地质,1999(3).
作者姓名:薜春纪  姬金生
作者单位:中国地质科学院博士后研究流动站!北京100037(薜春纪),西安工程学院!陕西西安710054(姬金生)
基金项目:冶金部西北地勘局科研协作项目
摘    要:磁海铁矿床位于东疆火山岩区,矿体产于基性次火山岩体内,次火山水热活动导致铁矿床的形成。次火山水热活动有一系列不同类型,并具一定空间分布和时间演化规律的蚀变岩响应,主期成矿作用发生在中高温压硅酸盐蚀变与中低温压硫化物蚀变之过渡阶段。硅酸盐蚀变岩中的“石榴子石-透辉石”组合与传统理解的“夕卡岩”内的相同组合名同实异。可把此矿床定名为次火山水热石榴子石-透辉石-磁铁矿矿床。

关 键 词:磁海铁矿床  成矿无机化学  火山水热作用

STUDY ON THE PROCESS OF METALLOGENIC INORGANIC CHEMISTRY IN CIHAI IRON DEPOSIT,XINJIANG
XUE Chun ji ,JI Jin sheng.STUDY ON THE PROCESS OF METALLOGENIC INORGANIC CHEMISTRY IN CIHAI IRON DEPOSIT,XINJIANG[J].Xinjiang Geology,1999(3).
Authors:XUE Chun ji  JI Jin sheng
Institution:XUE Chun ji 1,JI Jin sheng 2
Abstract:The Cihai iron deposit is located in volcanic area of eastern Xinjiang,the ore bodies are distributed in the basic subvolcanic bodies and the subvolcanic hydrothermal processes led to the forming of the deposit.The subvolcanic hydrothermal processes show a series responses of alteration rocks with some regularity of space and time evolutions,the main metallogensis was between the silicate alterations (high middle temperature and prssure) and sulfide alterations (low temperature and pressure).The assemblage of garnet diopside in the silicate alteration rocks is different from that in the skarn of traditional idea.The ore deposit can be named as subvolcanic hydrothermal garnet diopside magnetite deposit.
Keywords:Cihai iron deposit  metallogenic inorganic chemistry  volcanic hydrothermal processes  
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