Energy recovery damper for electromagnetic coil launcher

Abstract

The invention relates to an energy recovery damper, in particular to an energy recovery damper for an electromagnetic coil launcher. The energy recovery damper for the electromagnetic coil launcher mainly recovers accelerating armatures and converts the kinetic energy of the accelerating armatures to electrical energy for storage; one or a plurality of coil windings are arranged in the last level close to the multi-level accelerating windings; the one or the plurality of coils are enabled to be connected in series with a diode, a capacitor and a resistor, so as to form a closed loop. The energy recovery damper for the electromagnetic coil launcher has the following advantages: the energy recovery damper for the electromagnetic coil launcher can recover naturally dissipated energy in launchers of the conventional multi-level coil launching devices, so as to allow related experiments to utilize the energy; the experimental cost is reduced and the energy use efficiency is improved; the energy recovery damper for the electromagnetic coil launcher is provided with significances of energy conservation and environmental protection; besides, the energy recovery damper for the electromagnetic coil launcher decelerates the launchers moving at a high speed, and enables the speed reduction of the launchers moving at a high speed to be more remarkable in the same motion process, thereby being significant for general scientific research and experiments.

Description

technical field [0001] The invention relates to an energy recovery damper, which is mainly used in the field of electromagnetic coil launch, which can realize energy recovery and deceleration of the launch body, and is especially suitable for related tests and application needs, especially for electromagnetic coil launchers energy recovery damper. Background technique [0002] Electromagnetic emission technology is the application technology of electromagnetic field theory. This technology is widely used in many scientific and technological fields (such as national defense, aviation, space technology and industry). It is a research hotspot emerging in the international academic circle in recent years. Active power technology provides new ideas. [0003] Domestic related research and equipment almost only have acceleration coils for projectile acceleration, and once the projectile passes through all the acceleration coils, it will start to decelerate, and the eddy current in...

AI Technical Summary

Problems solved by technology

For ordinary scientific research experiments, it is necessary to let the projectile that has been accelerated to a higher speed decelerate freely and install an intercepting device at the end of the orbit, but sometimes a high-speed moving projectile will have a greater destructive effect on the intercepting device. More importantly, no matter from the perspective of experiment or practical application, it is obviously a waste to let the eddy current in the accelerated projectile consume itself

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