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作 者:张潮[1] 张福良[1] 陈喜峰[1] 陈秀法[1] ZHANG Chao;ZHANG Fuliang;CHEN Xifeng;CHEN Xiufa(Development Research Center,China Geological Survey,Beijing 100037,China)
机构地区:[1]中国地质调查局发展研究中心,北京100037
出 处:《矿产勘查》2023年第10期1959-1973,共15页Mineral Exploration
基 金:中国地质调查局项目“战略性矿产资源政策与投资环境评价”(DD20211404)资助。
摘 要:印度尼西亚矿产资源丰富,主要矿产包括镍、锡、铜、铝、金、铁、银、煤等,矿业是其重要的经济支柱产业,也是外国投资的传统热点行业。本文在系统梳理主要矿产典型矿田/矿床类型、规模、地层岩性、构造-岩浆作用和成矿年龄等研究成果基础上,总结刻画了与主要矿产成矿密切相关的9个三级成矿带及其成矿特征,识别出代表性成矿带5个主要成矿期次,即中二叠世—晚三叠世(265~220 Ma)、白垩纪—渐新世(145~30 Ma)、中新世(22~7 Ma)、上新世(4 Ma)、更新世—全新世(1 Ma~至今)。As rich in mineral resources,mining industry in Indonesia was an important economic sector and a traditional hot topic industry for foreign investment.The main minerals resources include nickel,tin,copper,aluminum,gold,iron,silver,coal,etc.Based on previous research,the relationships between main mineralization processes and the Indosinian-Yanshan and Himalayan Tectonic Event were summarized,and 7 second-order tectonic units and 12 third-order tectonic units were divided.Based on summarizing the typical type and scale of ore fields and deposits,stratigraphic lithology,tectonic-magmatism,and metallogenic age,9 tertiary mineralization belts were divided,in which the mineralization characteristics were summarized and 5 representative mineralization epochs were identified.These five metallogenic epochs are respectively Middle Permian-Late Triassic(265 to 220 Ma),Cretaceous-Oligocene(145 to 30 Ma),Miocene(22 to 7 Ma),Pliocene(4 Ma)and Pleistocene-Holocene(1 Ma to now).
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