以磁悬浮和螺旋运动结合的太空舱运动形式

The Form of Space Capsule Combined with Magnetic Levitation and Spiral Motion

结合磁悬浮的基本原理,通过确定螺旋螺纹的基本参数,研究一种将摩擦力降低到最小的磁悬浮运动和螺旋运动相结合的太空舱在绳索轨道上的运动形式。利用这种更有效的太空舱的运动形式,结合其在太空中的特殊情况,利用太空中从租的光能提供电能,使太空舱穿梭在地月之间。

Combined with the basic principle of magnetic levitation and by determining the basic parameters of spiral thread, the motion form of space capsule on the rope orbit is studied, in which the friction is reduced to the minimum and the magnetic levitation motion is combined with the spiral motion. Using this more efficient motion form of the capsule and its special conditions in space, the space capsule is shuttle between the earth and the moon using the light energy it rents from space to provide electricity.