Nepa-Botuoba前陆东北坡陆源脉沉积的地震地质模型

I. A. Kovalenko, Y. I. Kuznetsova, A. Kalinin, A. Duchkov
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引用次数: 0

摘要

在对深钻资料和地震资料综合解释的基础上,建立了Nepa-Botuoba前陆与Ygyattinskaya坳陷结合带的地震地质模型。明确了区域高阶断裂的位置和扩展,建立了研究区构造断裂模型。研究区所有断裂可划分为3类:切割整个沉积盖层的断裂;沉积剖面下部发育,在寒武系盐层中消退;使上部盐后杂岩复杂化。开发了识别变薄带的标准,并用于识别Talakh、Ulakhan和Kharystan生产层内的油气远景目标。
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Seismogeological model of the terrigenous vendian deposits on the north–eastern slope of the Nepa-Botuoba anteclise
A seismogeological model of the junction zone of the Nepa-Botuoba anteclise and the Ygyattinskaya depression was built based on the results of a comprehensive interpretation of deep drilling and seismic data. The position and propagation of regional high-rank faults have been specified, and a model of tectonic faults of the study area has been constructed. All faults of the study area were divided into three classes: those that cut the entire sedimentary cover; developed in the lower part of the sedimentary section, fading in the Cambrian salt pack; complicating the upper post-salt complex of rocks. Criteria for identifying thinning zones were developed and were made use of to identify oil and gas perspective objects within the Talakh, Ulakhan and Kharystan productive horizons.
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