赤道轨道

近地球赤道面轨道上磁性刚体卫星的混沌运动

Chaotic motion of magnetic rigid satellite in orbit near equatorial plane of the earth

试验粒子在CM场赤道平面的轨道半径

Orbital Radius of the Test Particles in the Equatorial Plane of the CM Field

研究了地球磁场对带电的非赤道卫星的轨道根数的摄动影响。

The perturbation effect of the earths magnetic field on the orbital elements of a charged satellite is further studied .

这个想法领先于那个时代20年，环赤道同步静止轨道也因此以他的名字命名。

The idea was two decades ahead of its time , and helped to attach his name to the geostationary orbit above the equator .

地球磁场对带电赤道卫星的轨道半长轴和偏心率的摄动影响

Perturbation effect of the earth ′ s magnetic field on the variation of the semimajor axis and eccentricity of the orbit of a charged equatorial sattellite

提出了压缩映射-参数微扰方法应用于控制受地球磁场和万有引力场共同作用，具有结构内阻尼的磁性刚体航天器在接近地球赤道面的圆轨道上的混沌姿态运动。

A method based on the application of contraction mapping theorem and tiny parameter perturbation was proposed and applied to the control of the chaotic attitude motion of a magnetic rigid spacecraft in complex force fields .

本文计算了粒子在CM场赤道平面的圆轨道半径，得出了电荷和磁矩会对粒子产生压力。

In this paper the orbital radius of the test particles in the equatorial plane of the CM field is calculated and the pressure exerted on the test particles by the charges and magnetic moment is also obtained .

月球在与赤道相对的椭圆形轨道上运行，往返于南北半球的上空。

The moon travels in an elliptical orbit in relation to the equator , swinging back and forth over the northern and southern hemispheres .