The invention relates to a lunar surface electromagnetic launching system which comprises a lunar surface electromagnetic launching orbit and a lunar surface electromagnetic launching spacecraft, theincluded angle between the lunar surface electromagnetic launching orbit and the lunar surface is A degrees on the lunar surface electromagnetic launching orbit, and acceleration of the lunar surfaceelectromagnetic launching spacecraft is achieved through electromagnetic force generated under the action of a linear induction motor. At the outlet position of the lunar surface electromagnetic launching orbit, the electromagnetic launching spacecraft is accelerated to V0, after being separated from the lunar surface electromagnetic launching orbit, the electromagnetic launching spacecraft slidesto the far-moon point of the oval orbit without power, and the lunar surface electromagnetic launching spacecraft starts an engine of the lunar surface electromagnetic launching spacecraft to conductorbit rounding and enters the lunar orbit. Rapid actual combat launching of the ship-borne missile is achieved, and the actual combat capacity and the combat effectiveness of a ship-borne weapon areeffectively improved.
本发明涉及一种月面电磁发射系统,包括月面电磁发射轨道和月面电磁发射航天器,在月面电磁发射轨道上,月面电磁发射轨道与月面夹角为A°,通过直线感应电机作用产生的电磁力实现对月面电磁发射航天器的加速,在月面电磁发射轨道出口位置,电磁发射航天器被加速至V0,电磁发射航天器与月面电磁发射轨道分离,分离后,无动力滑行至椭圆轨道的远月点,月面电磁发射航天器启动自身的发动机,进行轨道圆化,进入环月轨道。本发明实现了舰载导弹的快速实战化发射,有效提高舰载武器的实战能力和作战效能。
Lunar surface electromagnetic emission system and method
一种月面电磁发射系统及方法
19.03.2021
Patent
Elektronische Ressource
Chinesisch
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