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By Jin, Shuanggen

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2 Nov. 3 Nov. 4 Nov. 5 Nov. 7 mas to its angular equivalent, which increases by several times compared with its engineering accuracy and is at the same level as the EOP ­values. This represents an advantage of the ∆VLBI technology. 5 km. The reason for this is that the probe’s flight is smooth and the orbit determination accuracy at the level of kilometers can meet the demands of the engineering application if only one orbit maneuver is made during the CE-1 transfer orbit, as against three that were originally scheduled.

This work was supported by the National Basic Research Program of China (973 Program) (Grant No. 2012CB720000) and the Main Direction Project of Chinese Academy of Sciences (Grant No. KJCX2-EW-T03). , (1966), Determination of the gravitational field of the Moon from the motion of the artificial satellite “Lunar-10,” Dokl. Akad. Nauk SSSR, 170, 799–802. , (2009), Lunar global shape and polar topography derived from Kaguya-LALT laser altimetry, Science, 323, 897–900. , (1998), Lunar tectonics and its implications for the origin and evolution of the moon, Memoirs Geol.

Wei (2006) researched the design of a Chinese SVLBI system and some computation simulation and showed that SVLBI has great potential for application in geodesy. Its advantage is that it provides an effective method to overcome the problems posed by the orbit determination strategy of CE-1 using ground-based ΔVLBI geometric observations. Therefore, it is not hard to imagine that there will be a deep space probe with SVLBI antenna in the near future and that the application of SVLBI for orbit determination will further improve the estimated accuracy of unknown parameters.

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