Jupiter, Neptune and Mars all have collections of rocks sitting in the so-called Lagrange points 60 degrees ahead of or behind the planets in their orbits.
木星、海王星和火星在其轨道前方60度或后方60度的所谓“拉格朗日点”上均有一批这样的石块。
Secondly, the control system structure and station keeping problems near collinear Lagrange points are studied.
研究了编队飞行的控制系统结构和共线拉格朗日点附近的周期轨道保持控制问题。
The formation flying around Lagrange points will benefit deep space exploration greatly due to the special location of the Lagrange points.
由于拉格朗日点的独特空间位置，它附近的编队研究对深空探测有着很重要的意义。
Finally, the formation flying problems near Earth-Moon triangular Lagrange points and corresponding interferometry technologies are studied.
研究了地月三角拉格朗日点编队及基于编队的干涉任务设计问题。
Finally, the formation flying problems near Earth-Moon triangular Lagrange points and corresponding interferometry technologies are studied.
研究了地月三角拉格朗日点编队及基于编队的干涉任务设计问题。
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