spacecraft docking 中文意思是什麼
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By employing the development of the rvd simulation system as the research background, the main work of this dissertation is to study the docking dynamics of spacecraft with peripheral docking mechanisms and to develop the docking dynamics simulation system ( ddss )
本文以交會對接模擬系統研製為背景，研究了帶有周邊式對接機構的航天器對接動力學問題，並開發了對接動力學模擬系統（ ddss ） 。 -
Study on modeling and simulation of docking control process of some spacecraft
某型航天器對接控制過程的建模與模擬研究 -
Launched by a multi - stage ares 5 rocket, the spacecraft will go into orbit around the earth before docking with the international space station
太空船被多級阿瑞斯5號火箭發射，在泊入國際空間站之前將進入環地軌道。 -
Dynamic modeling of spacecraft docking process
航天器對接過程的動力學建模 -
Three - freedom attitude adjusting and locking mechanism of spacecraft docking test table
航天器對接試驗臺三軸姿態調整鎖定機構研究 -
Abstract : this paper has analyzed all kinds of perturbation forces affecting spacecraft in space in detail, and got the precise model of orbit calculation of spacecraft, and has set up the precise model of relative movement between two spacecraft in space rendezvous and docking
文摘:本文較詳細地分析了航天器在空間所受的各種攝動力，得出了航天器空間軌道的精確計算模型，進而建立了空間交會對接中二航天器相對運動的精確計算模型。 -
2. relative dynamics equations of spacecraft and docking mechanism for each phase of the docking process are built by newton - euler method
2 .用牛頓-歐拉法分別建立了對接過程各階段的相對動力學方程。 -
The precise calculation model of relative movement between two spacecraft in space rendezvous and docking
空間交會對接中二航天器相對運動的精確計算模型 -
This paper is arranged under the development of rendezvous and docking ( rvd ) technologies. the real - time and accurate measurement of the relative position and the relative attitude between two spacecraft is completed using optical - imaging processor in this paper
本文以空間飛行器的自主交會對接為應用背景，在近距離段採用光學成像敏感器實現兩飛行器相對位置及相對姿態的實時精確測量。 -
The test bed can simulate different spacecraft docking dynamic tests by adjusting the simulator
通過模擬件的調整，試驗臺可以實現不同航天器的對接動力學模擬試驗。 -
The method of relative position estimate based on optical image has wide applications in autonomous navigation, computer vision and spacecraft docking
基於光學成像的相對位置估計方法在自主導航、機器人視覺和航天器交會對接的領域內有著廣泛的應用。
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