A method for peacefully using atomic energy shock wave bombs to disperse heavy rainstorms

Abstract

The invention discloses a method for peacefully using atomic energy shock wave bombs to disperse heavy rain, belonging to the technical field of disaster prevention and mitigation for preventing heavy rain. It is characterized by the use of a non-nuclear detonation method to trigger the fusion of hydrogen atoms, and the airburst effect to disperse a wide range of deep precipitation clouds. When the cumulonimbus cloud forms a heavy rainstorm or a heavy rainstorm before or during the heavy rainstorm, the airborne airdrop GNSS guidance method is used to drop the shock wave bomb into the set three-dimensional coordinate position of the large cumulonimbus cloud, and the shock wave generated by the air explosion Disperse the large cumulonimbus clouds into scattered small cumulonimbus clouds, thereby turning the upcoming heavy rainstorm and torrential rainstorm into moderate rain. The effects and benefits of the present invention are fast, accurate, efficient, safe and no residual nuclear radiation, so as to avoid continuous heavy rain or concentrated strong showers, hail, blizzard and other meteorological disasters by peacefully utilizing atomic energy, and to protect human life, property and the environment and ecological balance.

Description

technical field [0001] The invention belongs to the technical field of disaster prevention and mitigation for preventing heavy rain. In particular, it involves the use of shock wave bombs that use non-nuclear detonation methods to trigger the fusion of hydrogen atoms. Using the shock wave effect generated by the air explosion of the shock wave bombs, the large cumulonimbus clouds are quickly dispersed into small cumulonimbus clouds before the heavy rainfall of heavy rainstorms and extremely heavy rainstorms. In this way, the continuous torrential rain or concentrated heavy precipitation produced by large cumulonimbus clouds can be reduced and reduced. Background technique [0002] At present, domestic and foreign commonly used methods of artificial rain reduction, hail prevention technology and scientific level of disaster prevention and reduction: [0003] The artificial rain reduction operation is mainly carried out on small-scale and weak local precipitation systems, whi...

AI Technical Summary

Problems solved by technology

[0012] ③ In the face of heavy rainstorms and extreme rainstorms, the process of

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