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J-GLOBAL ID：201502208001756486   Reference number：15A0107107

STUDY OF GOLD ENRICHED MECHANISM OF GAOSONGSHAN EPITHERMAL GOLD DEPOSIT IN LESSER XINGAN RANGE,NE OF CHINA

小さいXINGAN山脈,北東中国におけるGAOSONGSHAN浅熱水性金鉱床の金濃縮メカニズムの研究【Powered by NICT】

Author (8)： Hao Baiwu (Gold Geological Inst. of Chinese Army Police Force; State Key Lab. of Geological Processes and Mineral Resource ...) ,  Zhang Wenzhao (Gold Geological Inst. of Chinese Army Police Force, Hebei, Langfang) ,  Ge Liangsheng (Gold Geological Inst. of Chinese Army Police Force; State Key Lab. of Geological Processes and Mineral Resource ...) ,  Qing Min (Gold Geological Inst. of Chinese Army Police Force, Hebei, Langfang) ,  Zhu Peng (Gold Geological Inst. of Chinese Army Police Force, Hebei, Langfang) ,  Zhao Honghai (No.1 Gold Geological Party of Chinese Army Police Force, Mudanjiang) ,  Xue Jiguang (No.1 Gold Geological Party of Chinese Army Police Force, Mudanjiang) ,  Ren Chuantao (No.1 Gold Geological Party of Chinese Army Police Force, Mudanjiang)
Material： Kuangwu Yanshi  (Journal of Mineralogy and Petrology)
Volume： 34  Issue： 2  Page： 48-59  Publication year： 2014 
JST Material Number： C2517A  ISSN： 1001-6872  Document type： Article
Article type： 原著論文  Country of issue： China (CHN)  Language： CHINESE (ZH)

Abstract/Point： The Gaoshongshan epithermal go...

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Thesaurus term： *gold deposit ,  *gold ,  electron probe microanalysis ,  quartz ,  pyrite ,  chalcopyrite ,  silver ,  bismuth ,  andesite ,  country rock(ore deposit) ,  sulfurization ,  hydrogen sulfide ,  hematite ,  ore-forming fluid ,  mineralization

JST classification (2)： Metallic ore deposit  (DE09030H) ,  Metallogenesis  (DE09020W)

Terms in the title (8)： 山脈 ,  中国 ,  熱水 ,  金鉱床 ,  金 ,  濃縮 ,  メカニズム ,  研究