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Main features of the fluid regime during the development of earthquake foci

机译:地震震源发展过程中流体状态的主要特征

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摘要

The features of a fluid regime in the focus of an earthquake are considered. During the development of the focus, the fluid regime in its zone depends on the internal movement of fluids and their entry from outside. The main inflow of fluids and the increase in their pressure occur due to ascending filtration through subvertical conductive faults. Fluids may also flow from surface segments, which causes the majority of induced earthquakes. The close relationships between the mechanism of natural earthquakes and the fluids coming from the deep high-pressure zones point to the genetic similarity of degassing and seismicity of the tectonosphere.
机译:考虑了震源中流体状态的特征。在焦点发展过程中,其区域内的流体状态取决于流体的内部运动及其从外部的进入。流体的主要流入和其压力的增加是由于通过垂直下的导电断层而上升的过滤作用引起的。流体也可能从地表部分流出,这引起了大部分诱发地震。自然地震的机理与来自深部高压带的流体之间的密切关系表明,构造层脱气和地震活动的遗传相似性。

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  • 来源
    《Doklady Earth Sciences》 |2016年第1期|699-704|共6页
  • 作者

    Kissin I. G.;

  • 作者单位

    Russian Acad Sci, Schmidt Joint Inst Phys Earth, Bolshaya Gruzinskaya Ul 10, Moscow 123995, Russia;

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  • 正文语种 eng
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