Неплейттектоническое (автономное) складко- и надвигообразование в земной коре

Николай Николаевич Гриб, Сергей Владимирович Трофименко, Г. В. Гриб, Валерий Сулейманович Имаев
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Abstract

Geophysical monitoring of the geological environment is one of the main directions in the geodynamic research which makes it possible to follow the processes in the Earth Crust. For prediction purposes it is interesting to know the statistics of the distribution of electromagnetic radiation anomalies which manifests itself in the marked periods of seismic processes. The task is to divide the sources of electromagnetic radiation into exogenous, endogenous and of anthropogenic origin. The law-based change in the distribution statistics of electromagnetic anomalies may be the result of the superposition of two processes. The total signal contains the effect from the close and far away earthquakes due to the wake-up of surface structures in the zones of dynamic influences of activated fissures and also radiation from anthropogenic seismicity which leads to the temporary surface breakup of blocks and, as a consequence, to the decrease of electromagnetic radiation.
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地质环境的地球物理监测是地球动力学研究的主要方向之一,它使跟踪地壳内部的运动成为可能。为了预测的目的,了解电磁辐射异常分布的统计数据是很有趣的,这些异常在地震过程的显著时期表现出来。任务是将电磁辐射源分为外源、内源和人为源。电磁异常分布统计量的规律变化可能是两个过程叠加的结果。总信号包含近震和远震的影响,这些影响是由于活化裂缝动态影响区内地表结构的唤醒,以及人为地震活动的辐射,这些辐射导致地块的暂时地表破裂,从而导致电磁辐射的减少。
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