Authors: Donghui Wang
In this study, a method of bending a fan ring-shaped copper sheet into a “3D arc” or a “ring” is introduced, and the physical mechanism and mathematical connections during bending process are analyzed. Then, the shape and formation principle of the “ring” and a water wave are analyzed and compared. It is concluded that a “ring” and a water wave have many similarities. The measure of how much the water body is bent is deduced by referring to the measure of how much the quadrant is bent. Then, the relationship between the shape evolution and physical quantity variation in the water wave is studied. A series of equivalent relations are obtained, and these relations are applied to the energy and momentum calculations of a water wave or a gravitational wave. Finally, it is concluded that in the future, people will be able to determine the distance from the interception point to the gravitational wave center, the energy of the gravitational wave, and the momentum as well as and the surface gravitational acceleration of the moving body by analyzing various data of the gravitational waves from other planets.
Comments: 19 Pages.
[v1] 2019-11-29 01:58:50
Unique-IP document downloads: 11 times
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