Magnetic Gauss Sniper Rifle

Abstract

The invention relates to a magnetic energy collecting Gaussian sniper rifle applying a physical energetics and electromagnetics design process to propel bullets to replace traditional gunpowder propelling of the bullets; when the bullets enter an acceleration coil after obtaining primary kinetic energy, and strong current flows through at the moment, a generated alternating magnetic field can generate induced current in the bullets; the magnetic field of the induced current and the magnetic field of the current of the acceleration coil are interacted to generate electromagnetic field force; the introduced current is greater, the magnetic flux is greater, the propelling is greater, and the acceleration moving sped of the bullets is quicker, so that the bullets are shot with striking speed, and are strong in power; and the magnetic energy collecting Gaussian sniper rifle is simple and compact in structure, and achieves the magnetic potential power generation with optimal performance technical index.

Description

technical field [0001] The invention relates to a Gaussian sniper rifle with magnetic energy gathering, which uses a magnetic field to propel bullets to replace the original design process of propelling bullets and gunpowder. It is almost silent and has no recoil, and its accuracy exceeds that of ordinary sniper rifles. Background technique [0002] In order to try to improve the deficiencies of the existing military firearms of special area sniper professional units, this patented technical solution and products apply the Gauss theorem of physical kinetic energy and electromagnetism: the electric flux passing through any closed surface is equal to the closed surface surrounded by The ratio of the algebraic sum of all charges to the electric constant, the magnetic induction line in the magnetic field is a closed curve without a head and an end, and the electric field line different from the point charge in the electrostatic field ends at a different charge or infinitely far a...

AI Technical Summary

Problems solved by technology

Its energy comes from the electric coaxial magnetic coil. When a strong current flows through the accelerating coil instantly, the generated alternating magnetic field will induce current in the bullet and / or sputtering bomb and / or rebounding and / or armor-piercing bomb coil , the magnetic field of the induced current interacts with the magnetic field of the accelerating coil current to generate an electromagnetic field force. The greater the current, the greater the magnetic flux and the greater the push, so that bullets and / or sputtering bombs and / or rebounding and / or armor-piercing bombs The faster the acceleration, the faster it will be fired at an astonishing speed. The bullets are so powerful that they can penetrate several layers of steel plates in the experiment. Because the magnetic field can push the bullets to replace the original design process of bullets propelled by gunpowder, it is almost silent, recoilless, and accurate The speed exceeds that of ordinary sniper rifles. The disadvantage is that it takes about 1.5s to charge for the next shooting after each shot.

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