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本文认为地震能源是地幔物质热对流输送能量到地壳下表层后,以应力势能形式储存于曲率较大的地方,同时在这里也积累了电荷。当电荷累积到一定程度后,强大电场击穿地壳高电阻层,而突然释放能量,形成浅源地震。这些电荷是伴随地幔对流物质输送上来的晶体相变剩余电子。它在击穿地壳后,产生大地静电异常现象。 地幔上表的板块在俯冲带下沉到700KM左右深度时,便发生熔融断裂相变,突然释放能量,这便形成深源地震。这类相变结果又产生大量电子。如此循环,便形成地震前后产生于地表的丰富的静电异常现象。
In this paper, we think that the seismic energy is the heat convection energy of the mantle material that conveys energy to the surface of the crust, and then stored in the form of stress potential energy in a place with large curvature. At the same time, it accumulates electric charge. When the charge accumulates to a certain extent, a strong electric field breaks down the high resistivity layer of the crust and suddenly releases energy to form a shallow source earthquake. These charges are the residual electrons of the crystal phase that accompany the convection of mantle convection. It penetrates the earth’s crust, resulting in the phenomenon of the earth’s anomalies. When the subduction zone sinks to a depth of about 700KM in the subduction zone, the melt-fracture phase transition occurs and the energy is released suddenly, which leads to the deep-seated earthquake. This type of phase transition results in large quantities of electrons. This cycle, it will be generated before and after the earthquake on the surface of the rich phenomenon of electrostatic anomalies.