西西伯利亚含油气迈巴辛-卡拉巴什地区前侏罗系基底地质构造及历史发展

K. Ivanov, Nikolay Pavlovich Kostrov, Yu. V. Erokhin, V. Ponomarev
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引用次数: 0

摘要

对西西伯利亚卡拉巴什带基底进行了进一步的综合研究。通过不同的方法分析了300多口打开基底岩石的井的岩心样本。绘制了汉-曼西自治区西部卡拉巴什带前侏罗世基底的新地图。首次在西西伯利亚地区对沙伊姆-库兹涅佐夫斯克巨型背斜岩样品进行了巨型U-Pb定年,得到了泥盆世晚期至中期的样品年龄。得到了该地区变质杂岩的泥盆纪时代,总的来说,得到了西西伯利亚基底的泥盆纪时代。在那之前被认为是前寒武纪的复合体。研究结果对更准确地厘清西西伯利亚克拉通西部基底的前侏罗系成岩史及其在卡拉巴什带边界的构造具有重要意义。由此证明,在西西伯利亚西部前侏罗世基底(卡拉巴什带),充填地堑玄武岩溢流始于二叠纪时期(可能在早二叠世末)的次向挤压,即碰撞,可能紧接于花岗岩的起源,或与花岗岩的起源次同步。在二叠纪和三叠纪边缘(或早三叠纪),次向挤压转为伸展,形成了俯冲地堑,玄武岩溢流达到最大。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Geological Structure and Historical Development of Pre-Jurrasic Basement of West Siberia Oil- and Gas-Bearing Megabasin Karabash Zone
An additional comprehensive study of the west Siberia Karabash zone basement has been conducted. Core samples from more than 300 wells that opened the rocks of the basement were analyzed by different methods. A new map of the pre-Jurassic basement of Karabash zone of the west part of the Khan-ty-Mansi Autonomous Okrug (KhMAO) has been made. For the first time for the West Siberia megabasin U-Pb dating was made for samples from Shaim-Kuznetsovsk meganticlinorium and late to middle Devonian ages were obtained. The Devonian ages was obtained for metamorphic complexes of the region and, in general, for the basement of West Siberia. The complexes considered as Precambrian before that. The obtained results enable significantly to clarify more exact history of pre-Jurassic rock forming for the basement of the west part of West Siberia craton and its structure in the limits of Karabash zone. Thus, obtained data testify that in pre-Jurassic basement of the west part of the West Siberia (Karabash zone), filling grabens basalt effusion began during Permian time (probably at the end of early Permian) at sublatitudinal compression, that is, at collision, possibly immediately after or subsynchronously with the origin of the granite. On the edge of Permian and Triassic (or in early Triassic), sublatitudinal compression changed into stretching, and submeridional grabens came to existence and basalt effusion came up to the maximum.
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