中里海盆地圈闭形成特征及地球动力学机制

E. Bagirov
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引用次数: 0

摘要

中里海盆地的构造不同于南里海盆地的褶皱构造。本文介绍了中里海盆地的地球动力过程及其形成的圈闭类型的研究。介绍了中里海盆地具有的五种构造类型特征,这些构造类型具有油气圈闭的作用。指出了各构造类型形成过程的概念对该区勘查方向的指导意义。在地球动力学发展的背景下,其中最有趣的是大高加索东北坡的反转构造和单斜构造。第一类构造是由于三叠纪地堑反转而形成的大背斜。有利于母岩形成的地堑内湖泊沉积物与大型圈闭相结合,降低了勘探工作的风险。大高加索东北坡单斜的形成可能与上侏罗统以礁体为界的边缘湖泊的盐积累有关。这些礁状结构可能是碳氢化合物的圈闭。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The characteristics and geodynamic mechanisms of formation of traps in Middle Caspian basin
The structures of Middle Caspian basin differ from folded ones of South Caspian. The paper presents the researches of geodynamic processes in Middle Caspian basin and the types of traps formed due to them. Five structural types characteristic for the Middle Caspian basin, which can play a role of traps for hydrocarbons, are described. The significance of concept of formation process of each structure type for the specification of direction of exploration surveys in this region is shown as well. The most interesting of them in the context of geodynamic development are the inversion structures and monocline on the north-east slope of the Great Caucasus. The first structures are the great anticlines occurred due to the inversion of triassic grabens. The combination of lake sediments in the grabens favorable for the formation of parent rocks and giant traps over the last ones reduces the risks of exploration works. The formation of the monocline on the north-east slope of the Great Caucasus may be justified with the salt accumulation in the marginal lakes bordered with barrier reefs in the Upper Jurassic stage. These reef structures may serve as traps for the hydrocarbons.
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