Method for early warning geomagnetic storm induced pleural effusion event based on multiple space weather observation data

Abstract

The invention discloses a method for early warning of geomagnetic storm-induced pleural effusion events based on multiple space weather observation data. data, high-energy ray detection data, solar-terrestrial space environment parameters, and cosmic ray flow data; according to the time when the observation data appears and the probability that it may affect the geomagnetic field, the early warning probabilities using multi-band observation data are classified and graded, and used as a geomagnetic field. The early warning index of the pleural effusion event induced by a magnetic storm provides an early warning of the event; the method of the invention has the advantages of early forecast time, large amount of observation data, reasonable scientific basis, long early warning time, high efficiency and accuracy, and the like.

Description

technical field [0001] The invention relates to a method for early warning of geomagnetic storm-induced pleural effusion based on multiple space weather observation data, which is an early warning method for osmotic pleural effusion caused by solar activities in space disastrous weather research, and is especially suitable for space disastrous Prevention of major weather-related diseases. Background technique [0002] There is evidence that during periods of intense solar activity, the solar flares with a southward magnetic field on the west surface will produce coronal mass ejections (CMEs) that will cause changes in the geomagnetic field when they reach the earth, and various physiological indicators will be affected under the action of a strong alternating electromagnetic field. Foreign studies have shown that residents near substations, industrial areas, and high-voltage transmission lines have significantly increased performance in cardiovascular diseases and mental dis...

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Problems solved by technology

[0003] In 2012, V. S. Martynyuk et al. concluded that under the action of low-frequency alternating electromagnetic field, it will first cause ions to form resonance and polarization changes, and then affect the balance of hydrophilic-hydrophobic groups, and then change the biomembrane and bidirectional lipid permeability. The physical and dynamic activity of the surface of the membrane affects the permeability of the biofilm and the activity of membrane proteins; at the same time, they believe that there are two ways to explain the changes of the biofilm in the magnetic field: 1. Just like their experiment: animal detection in the laboratory ; But this method can only see related phenomena in animals, and can be extended to clinical verification; 2. Using large-scale cosmic-geophysical phenomena, directly counting related diseases for many years, in order to discover effective internal laws

Few patients die from pleural effusion alone, but the presence of exudative pleural effusion will cause significant clinical discomfort to the patient: chest pain, dyspnea, palpitations, cyanosis, etc.

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