Novel quadrupole magnetic force acceleration system

Abstract

The present invention relates to a novel quadrupole magnetic force acceleration system. The system comprises a main framework, an object support, an elastic body, a permanent magnet, a track and a pedestal. The section of the main framework is trapezoid, the inner side of the framework is provided with a tile-shaped permanent magnet, the inner cavity enclosed by the tile-shaped permanent magnet forms a cylindrical pathway in the main frame, and the elastic body can do one-dimensional motion in the cylindrical pathway; the object support comprises a left object support and a right object support, the upper end surfaces of the object support is leveled with the upper end surface of the main framework and are fixed at two sides of the main framework; the front end of the main framework is provided with a front-end substrate, the back end of the main framework is provided with a back-end substrate, and the pathway is arranged in the front-end substrate, the main framework and the back-end substrate in the section mode; and the elastic body is connected with the transmission device through a connection piece, the middle portion of the upper end surface of the main framework has a reserved slit, and the upper end of the elastic body has corresponding projections. The novel quadrupole magnetic force acceleration system facing students and scientific research institutions does not need the driving of the pulse power supply, takes a permanent magnet as an energy storage unit and employs the machinery energy charge mode so as to greatly improve the energy conversion rate.

Description

technical field [0001] The invention relates to a novel quadrupole magnetic force acceleration system, in particular to a novel magnetic energy and kinetic energy conversion system utilizing the magnetic field of a permanent magnet. Background technique [0002] The current electromagnetic acceleration technology is mainly divided into orbital type, coil type, electric heating type and magnetic force line reconnection type. Orbital electromagnetic acceleration technology was first invented by the Frenchman Villeroux in 1920. This technology uses the slider armature as the projectile body. After a strong current is introduced, a strong magnetic field is generated on the plane of the guide rail, and the armature is ejected at a high speed under the action of the ampere force. The orbital electromagnetic acceleration technology is contact acceleration, which requires a huge current, and ablation between the guide rail and the armature is very easy to occur, which seriously dam...

AI Technical Summary

Problems solved by technology

Coil-type electromagnetic acceleration technology is the earliest form of electromagnetic acceleration, but due to its inherent structure, measurement, control complexity and high synchronization requirements, the progress is slow

The latest reconnection acceleration technology is mainly suitable for plate-shaped projectiles, and the strength of the coil structure has a great influence on the function of the system, which limits its development

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