航天器轨道机动可达范围与轨道优化-研究

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1、哈尔滨工业大学工学硕士学位论文Optimaldesignforthetrack,combinedwithlargeinclinationorbitmaneuverthisinstance,theuseofmixingandGaussianpseudogeneralmethods,combinedwiththecorrespondingnonlinearprogrammingalgorithmtooptimizethedesign,andultimatelywonthesameprinciplesandminimumval

2、uesofthesolution.VerifytheGaussmethodasapseudoPemergingtheory,withouttransverseconditions,thesolutionorbitaloptimizationproblems.Keywords:Orbitalmaneuvering;rangeofOrbitalmaneuvering;orbitaloptimization;Gaussianpseudo-Prussian-III-哈尔滨工业大学工学硕士学位论文目录摘要.............

3、.........................................................................................................IAbstract...................................................................................................................II第1章绪论...........................

4、.................................................................................11.1课题研究背景...........................................................................................11.1.1课题来源.......................................................................

5、.................11.1.2研究的目的和意义.........................................................................11.2航天器轨道机动研究现状........................................................................21.2.1轨道机动发展历程..........................................................

6、...............21.2.2轨道机动应用案例.........................................................................41.3轨道机动方式的研究现状........................................................................81.3.1脉冲机动................................................................

7、........................81.3.2有限推力机动.................................................................................91.4本文主要研究工作....................................................................................9第2章航天器运动学建模......................................

8、.............................................102.1引言.........................................................................................................10