首页> 外文会议>International Conference on Space Information Technology; 20071115-17; Wuhan(CN) >Equilibrium points in Earth-Moon system for continuous communication with far-side station and lunar orbiter
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Equilibrium points in Earth-Moon system for continuous communication with far-side station and lunar orbiter

机译:地月系统中的平衡点,用于与远端台站和月球轨道器进行连续通信

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In order to continuous communication with lunar orbiter and even far side station at the back of Moon, Lagrange points L_1, L_2, L_4 and L_5 is considered to be candidates for relay satellites or orbiters in the Earth-Moon restricted three body system. Positions of Lagrange points in solar system including Earth-Moon system were calculated and missions before and future around these points, especially Sun-Earth L_1 and L_2 were listed. Lagrange points satellites, orbiters and local networks on the ground of a celestial body will constitute a planetary networks connected by an interplanetary backbone in the whole architecture of InterPlaNetary Internet.
机译:为了与月球轨道器甚至月球背面的远端站进行连续通信,拉格朗日点L_1,L_2,L_4和L_5被认为是月球受限三体系统中的中继卫星或轨道器的候选者。计算了包括地球-月球系统在内的太阳系中拉格朗日点的位置,并列出了围绕这些点的前后任务,特别是太阳地球L_1和L_2。天体地面上的拉格朗日点卫星,轨道器和本地网络将构成整个InterPlaNetary Internet架构中由行星际主干网连接的行星网络。

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