Study on Lunar Gravity Field and Orbit Control of Lunar Satellite

机译：月球重力场与月球卫星轨道控制研究

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摘要

In this paper, with the globally-accepted lunar gravitation field models LPI65P and GLGM-2, character of the lunar gravitation field models were analyzed based on kaula theory. Then, making use of LP165P models truncated to 70 orders and degrees, the free running time span of lunar satellite of 100km height were given. Last, a maneuver method for orbit height keeping is presented for 100km height orbit. The result of this paper deduced time consuming of the computer and reached certain precision when using lunar gravitation field models.

机译：本文利用全球公认的月球引力场模型LPI65P和GLGM-2，基于考拉理论分析了月球引力场模型的特征。然后，利用被截断为70个阶次和度数的LP165P模型，给出了100 km高的月球卫星的自由运行时间跨度。最后，提出了一种保持高度为100 km的轨道的机动方法。本文的结果减少了计算机的时间消耗，并在使用月球引力场模型时达到了一定的精度。

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《IEEE international conference on computer science and information technology;ICCSIT 2010》|2010年|p.231-234|共4页
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Liu Yingying; Liu Rui; Zhou Jun;
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中图分类计算技术、计算机技术;计算技术、计算机技术;计算技术、计算机技术;
关键词
non-spherical perturbation of Moon; kaula theory; LP16SP model; orbit maneuver;

机译：月球的非球形扰动;考拉理论LP16SP模型;轨道机动;

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1. Overview of Differential VLBI Observations of Lunar Orbiters in SELENE (Kaguya) for Precise Orbit Determination and Lunar Gravity Field Study [J] . Hideo Hanada, Takahiro Iwata, Qinghui Liu, Space Science Reviews . 2010,第1a4期

机译：SELENE（Kaguya）月球轨道器的VLBI微分观测概述，用于精确确定轨道和月球重力场研究
2. Overview of differential VLBI observations of lunar orbiters in SELENE (Kaguya) for precise orbit determination and lunar gravity field study [J] . Hanada H., Iwata T., Liu Q., Space Science Reviews . 2010,第1a4期

机译：SELENE（Kaguya）月球轨道器的VLBI差分观测概述，用于精确的轨道确定和月球重力场研究
3. Orbit determination and gravity field recovery from tracking data to geodetic satellites and the Lunar Reconnaissance Orbiter [J] . Andrea Maier VGI . 2015,第4期

机译：从跟踪数据到大地卫星和月球侦察轨道器的轨道确定和重力场恢复
4. Study on Lunar Gravity Field and Orbit Control of Lunar Satellite [C] . Liu Yingying, Liu Rui, Zhou Jun IEEE International Conference on Computer Science and Information Technology . 2010

机译：月球重力场与月球卫星的轨道控制研究
5. A petrographic and geochemical study of mafic lunar samples from the Apollo 16 site and the new basaltic lunar meteorite from the La Paz Icefield, Antarctica. [D] . Zeigler, Ryan Andrew Murray. 2005

机译：对来自阿波罗16号站点的镁铁质月球样品和来自南极洲拉巴斯冰原的新玄武岩月陨石的岩石学和地球化学研究。
6. Changing Efficacy of Wet Cupping Therapy in Migraine with Lunar Phase: A Self-Controlled Interventional Study [O] . Ali Ramazan Benli, Didem Sunay 2017

机译：偏头痛湿拔罐疗法在月相时改变疗效的自我控制干预研究
7. Constraint on intermediate-range gravity from earth-satellite and lunar orbiter measurements, and lunar laser ranging [O] . Li, G, Zhao, H 2005

机译：限制了卫星地球和月球轨道器测量以及月球激光测距的中程重力
8. Preliminary solutions for the lunar gravity field from analysis of lunar orbiter tracking data [R] . Lemoine, F. G., Smith, D. E., Zuber, M. T., 1994

机译：从月球轨道探测器跟踪数据分析的月球重力场初步解决方案

Study on Lunar Gravity Field and Orbit Control of Lunar Satellite

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