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ON SOME KEY GEOLOGICAL PROBLEMS RELATED TO THE LINGLONG-JIAOJIA ORE-CENTRALIZED DISTRICT IN SHANDONG PROVINCE,CHINA

ON SOME KEY GEOLOGICAL PROBLEMS RELATED TO THELINGLONG-JIAOJIA ORE-CENTRALIZED DISTRICT INSHANDONG PROVINCE, CHINA
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摘要 The Linglong-Jiaojia ore-centralized district is controlled by the tectonic stress field characterized by the combination of extension and strike-slip, and the dip, dip angle, pitch and pitch angle of the ore bodies are all constrained by the dynamic conditions of the tectonics. The metallotectonic series for the ore-centralized district belong to the type of a combination of extension and strike-slip and can be subdivided into four sub-series. The ore-forming process in the brittle regime can be disintegrated into two stages, i.e., the embryonic fracture stage and the megascopic fracture stage, and ore-forming process is rather common in the ore-centralized district at the former stage. Moreover, several key structural patterns and their features were discussed and a preliminary assessment about the ore-forming prospect in this district was made in the paper. The Lingtong-Jiaojia ore-centralized district is controlled by the tectonic stress field characterized bY the combination of extension and strike-slip, and the dip, dip angle, pitch and pitch angle of the ore bodies are all constrained by the dynamic conditions of the tectonics. The metallotectonic series for the ore-centralized district belong to the type of a combination of extension and strike-slip and can be subdivided into four sub-series. The ore-forming process in the brittle regime can be disintegrated into two stages, i.e., the embryonic fracture stage and the megascopic fracture stage, and ore-forming process is rather common in the ore-centralized district at the former stage. Moreover, several key structural patterns and their features were discussed and a preliminary assessment about the ore-forming prospect in this district was made in the paper.
出处 《Geotectonica et Metallogenia》 2003年第1期112-119,共8页 大地构造与成矿学(英文版)
基金 supported by China National Science Foundation Grant No.40072022 CAS Knowledge Innovation Project No.KZCX2-SW-1l7
关键词 tectonic stress field characterized by a combination of extension and strike-slip metallotectonic series ore-forming embryonic fracture 山东 地壳应力场 成矿断口分析 金属型地壳 岭隆金矿沉积 焦家金矿沉积
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