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STUDY ON THE TECTONIC STRESS FIELDS OF MESO-CENOZOIC IN LU'AN MINING AREA BY FINITE-ELEMENT SIMULATION
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作者 曹代勇 张杰林 +4 位作者 关英斌 钱光谟 吴国强 韩远方 赵志明 《Journal of China University of Mining and Technology》 1995年第1期34-43,共10页
The structural de formation of Lu’ an mining area is characterized by a remarkable feature of zoning along E-W direction, in the east limb of Qinshui basin, Shanxi Province, China. The re gional tectonic stress field... The structural de formation of Lu’ an mining area is characterized by a remarkable feature of zoning along E-W direction, in the east limb of Qinshui basin, Shanxi Province, China. The re gional tectonic stress fields and basement tectonics are two fundamental factors to control the cover tectonic framework. This paper uses the finite-element method with a elastic-plastic pIan problem model to simulate the three periods of stress fields resulting from field geological study’ Based on these works, the formation and evolution of tectonic framework of Lu’ an mining area have been discussed. 展开更多
关键词 stress field finite-element method basin tectonics tectonic simulation Lu'an mining area
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MESOZOIC-CENOZOIC INVERSION OF THE TURPAN-HAMI BASIN, NORTHWEST CHINA
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作者 曹代勇 张鹏飞 +4 位作者 金奎励 钱光谟 梅美棠 唐跃刚 邵龙义 《Journal of China University of Mining and Technology》 1996年第2期8-13,共6页
The Turpan-Hami basin, rich in coal and petroleum, is a superimposed basin of three types basins in different tectonic environments. This coal, oil and gas basin has undergone a complex tectonic-sedimentary evolution,... The Turpan-Hami basin, rich in coal and petroleum, is a superimposed basin of three types basins in different tectonic environments. This coal, oil and gas basin has undergone a complex tectonic-sedimentary evolution, in which two important stages were the negative inversion from a foredeep to a extensional basin during Early Mesozoic and the positive inversion to a thrust foreland basin in Late MesozoicEarly Cenozoic. The early normal faults residues are recognized with the addition of tectonic-sedimentary analysis to confirm the basin extension during Jurassic time and its tectonic inversion subsequently. 展开更多
关键词 Turpan-Hami basin tectonic inversion basin tectonics
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板块构造旋回与中国含油气盆地的分类及评价(为纪念克拉玛依油田勘探开发40周年而作) 被引量:2
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作者 张恺 《新疆石油地质》 CAS CSCD 北大核心 1995年第3期187-195,共9页
根据板块构造旋回和生物成因与非生物成因的多套油气源叠合、富集理论,对中国含油气盆地进行了分类和油气资源经济效益评价:第一类为渤海湾型含油气盆地,其特点是生物成因与非生物成因的多套油气源长期叠合、富集,其油气资源经济效... 根据板块构造旋回和生物成因与非生物成因的多套油气源叠合、富集理论,对中国含油气盆地进行了分类和油气资源经济效益评价:第一类为渤海湾型含油气盆地,其特点是生物成因与非生物成因的多套油气源长期叠合、富集,其油气资源经济效益评价最好;第二类为准噶尔型含油气盆地,其特点是盆地早期有生物成因与非生物成因的多套油气源叠台、富集,后期仅叠合有陆相生物成因的油气源,其油气资源经济效益较次;第三类为沁水型含油气盆地,其特点是盆地早期有生物成因与非生物成因的多套油气源的叠加、富集,后期则处于长期的隆升构造环境中,其油气资源效益最低。在新疆三大盆地中,塔里木盆地的中-东部、西部、西南缘,准噶尔盆地西北缘、东北绿、陆梁地区、中部裂谷扩张区和吐哈盆地北部的博格达山前区、南部的觉罗塔格山前区是有利的油气勘探区。 展开更多
关键词 板块构造 含油气盆地 渤海湾盆地 油气藏
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