Geological disaster prediction method and system based on solar magnetic field intensity

Abstract

The invention discloses a geological disaster prediction method and system based on solar magnetic field intensity. The method comprises the steps of measuring the solar magnetic field intensity in real time; measuring the surface area of a seismic zone, and calculating the plate volume and gravity of the seismic zone; calculating a heat value when the iron ion fluid cuts the solar magnetic field in a closed loop according to the solar magnetic field intensity and the volume of the charged iron ion fluid in the ground core; and predicting geological disasters according to the heat value, the seismic zone plate volume and the gravity. The method can accurately forecast an earthquake, simulate the earthquake and prevent earthquake disasters; the real reasons of earthquakes and volcanic eruption are found; advanced electromagnetism and quantum theories are applied; a plate motion theory research model is relatively perfect; and the calculation model of the plate acting force is more perfect.

Description

Technical field[0001]The present invention relates to the field of geological disaster prediction, and in particular, there is a geological disaster prediction method and system based on solar magnetic field strength.Background technique[0002]Earthquake prediction is a very complex scientific theory analysis and calculation of problems, facing the sudden disaster disaster, and human beings have basically no prevention and forecasting technology. Due to theoretical limitations, lag, currently, the earthquake sector and the relevant university's earthquake research institutions have adopted electromagnetic monitoring and bauble prediction and other issues, there is no problem such as a pre-preservation of earthquakes. The main theoretical basis for the seismic department and the relevant university seismic research institutions in the earthquake and Earth section movement research is the sector drifting. The advantage of the sector drifting is that the genus classicity of Newton class...

AI Technical Summary

Problems solved by technology

However, the shortcomings of plate drift theory are that theoretical research and mechanical calculations are too mechanized, too simplistic, too absolute, too macroscopic, not microscopic, the theoretical research model is too simple, and the mechanical calculation model is too simple, which cannot accurately explain the occurrence of longitudinal earthquakes. Reasons, the inability to accurately predict and simulate earthquakes, etc., did not explain other forms of motion other than plate centrifugal force and gravity, especially the microscopic motion of plates and various fluids caused by physical and chemical reactions such as electromagnetic induction inside the earth, relative Movement and other phenomena, small displacements, especially problems such as the inability to explain the reasons for the longitudinal and vertical movements of plates

[0003] Therefore, the current technical level cannot accurately predict and simulate earthquakes

The theory of plate drift can only barely explain the cause of earthquakes caused by horizontal plate movement, but it cannot explain the earthquake caused by vertical force. It can only explain the horizontal plate drift movement, but cannot explain the vertical and longitudinal movement of plates, especially the reasons for large earthquakes and volcanic eruptions. The theoretical explanation of earthquakes is very reluctant, not convincing enough, and there is no comprehensive scientific basis for physical and chemical data calculations

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