【摘要】 月球勘测轨道器（lunar reconnaissance orbiter, LRO）为月球科学研究和未来的月球探测任务提供了大量科学数据，其精密轨道的获取是开展其他科学数据研究的前提.利用LRO的白沙站及USN站的S波段射电跟踪数据，使用高精度光压模型并应用高增益天线改正，基于自主的WUDOGS软件对LRO进行了精密定轨.将本文结果与NASA GSFC官方公布的精密轨道进行了对比分析，结果表明使用高精度多帆板模型并进行高增益天线改正后，本文获取的精密轨道与NASA GSFC事后精密轨道的精度相当，位置差距在10 m水平，速度在10 mm/s水平.更多还原

【Abstract】 The Lunar Reconnaissance Orbiter(LRO) has provided a vast amount of scientific data for lunar research and future lunar exploration missions,with the acquisition of its precise orbit being a prerequisite for other scientific studies.Based on the independently developed WUDOGS software,this paper performs precise orbit determination for LRO using S-band radio tracking data from the White Sands and USN stations, applying a high-precision solar radiation pressure model and high-gain antenna correction. A comparative analysis between the results of this study and the official precise orbit released by NASA GSFC indicates that,after applying a high-precision multi-panel model and high-gain antenna correction,the obtained precise orbit is comparable in accuracy to NASA GSFC’s post-processed precise orbit,with a positional discrepancy at the 10 m level and velocity accuracy. at the 10 mm/s level.更多还原