【作者】 王安建； 候增谦； 李晓波； 王学求； 施俊法；

【Author】 Wang Anjian Hou Zengqian Li Xiaobo Wang Xueqiu Shi Junfa( 1) Chinese Academy of Geological Science, Beijing;2) Chinese Institute of Geology & Mineral Resources Information;3) Institute of Geophysical and Gtochemical Exploration, Langfang, Hebei)

【机构】 中国地质科学院； 中国地质矿产信息研究院； 国土资源部物化探研究所；

【摘要】 本文简要介绍了近20年来与矿产有关的资源科学和技术的研究现状,分析了其发展趋势,指出成矿地球动力学研究是揭示大型、超大型矿床与巨型矿床密集区形成机理和分布规律的关键所在,强调立足于中国大陆形成演化特点,强化早、中元古代克拉通裂解-大陆裂谷形成、古生代小洋盆地拉开与小陆块汇聚、中生代岩石圈拆沉与地幔热侵蚀、新生代不同构造体系叠加与转换和现代高原快速隆升等5种地质背景下的成矿地球动力学过程的研究将有助于中国成矿体系的建立.更多还原

【Abstract】 The current situation of resource science and technology relating to minerals has been briefly described in the past two decades, and its future trend has been discussed in this paper. It was pointed that metallogenic dynamics is the key to reveal the formation mechanism and distribution of large and superlarge deposits and giant deposit clusters. It was stressed to be based on the characteristics of formation and evolution of continent of China and to extensively study Metallogenic dynamics in five geological background such as early - middle Proterozoic small ocean basin pulling open and cratonic splitting and formation of continent rift, Paleozoic small continent block convergence, Mesozoic declamination in the lithosphere and Mesozoic hy-drothemal erosion in the mantle, Cenozoic different tectonic system super-imposition and transformation, and rapidly uplift of modern plateau uplift will be helpful to establish metallogenic system in China.更多还原