spacecrafts

网络  宇宙飞船; 飞船; 航天器



双语例句

  1. That's one way we could deal with the debris of satellites and spacecrafts.
    那就是我们处理宇宙飞船和卫星垃圾的一种方法。
  2. Man-made spacecrafts which circle the Earth are called artificial satellites.
    围着地球转动的人造宇宙飞船被叫做人造卫星。
  3. While guidance project of the spacecrafts 'rendezvous is designed, completion of rendezvous under error condition is considered.
    在进行航天器交会对接制导方案设计时,必须考虑在误差情况下航天器交会任务的实现。
  4. An arcade gender game where spacecrafts and the different types of shooting will help you to fight against the enemy.
    在这个游戏中,你可以驾驶太空船,手持先进的不同种类的武器和你的敌人进行较量。
  5. Phoebe: Maybe the overlords needed them to steer their spacecrafts.
    也许统治者要求他们驾驶宇宙飞船。
  6. Adaptive Learning Control Strategy for Autonomous Rendezvous of Spacecrafts on Elliptical Orbit
    航天器椭圆轨道自主交会的自适应学习控制策略
  7. A Survey of GNC Critical Techniques for Development of China Spacecrafts in the Future
    中国航天器未来发展的GNC关键技术
  8. In virtual worlds of online games, people often compete against other players by using various items, such as virtual swords, magic skills, automobiles, or spacecrafts.
    在联机比赛的虚拟世界上,人们经常由使用各种各样的项目对另外的播放器竞争,例如虚拟剑,魔术的技巧,汽车,或太空船。
  9. For the constant communication between the earth and spacecrafts, it's better to choose large halo orbits around L2 as nominal orbits for spacecrafts.
    为了使探测器与地球的通讯不受到影响,最好选择L2点附近较大的晕轨道作为目标轨道。
  10. American spacecrafts have passed close to Venus and Russian ones have parachuted instruments to its surface.
    美国的宇宙飞船曾经很近地经过金星,苏联的宇宙飞船已把仪器降落到它的表面上。
  11. Many countries have launched missiles and spacecrafts into outer space.
    许多国家已向太空发射导弹和太空船。
  12. Research on Formation Keeping and Autonomous Relative Navigation for Formation Spacecrafts
    航天器编队保持控制与自主导航方法研究
  13. Research on Method of Fault Prediction for Onboard Spacecrafts Based on Time Series Event Omen pattern Mining
    基于TSEOPM的在轨航天器故障预报方法研究
  14. The titanium alloy fastener used in Chinese manned spacecrafts Shenzhou V and Shenzhou VI are all researched and produced by our company.
    在中国载人宇宙飞船“神舟五号”、“神舟六号”上面所有的钛合金紧固件均是本企业研制生产的。
  15. Relative position-and-attitude self-measuring for spacecrafts docking
    航天器对接相对位置姿态自主测量方法研究
  16. Characteristic Model-Based Fast Attitude Maneuver for Flexible Spacecrafts
    基于特征模型的挠性航天器姿态快速机动研究
  17. Monocular Vision-Based Relative Position and Attitude Measurement Algorithm for Non-Cooperative Spacecrafts
    基于单目视觉的非合作航天器相对位置和姿态测量算法
  18. Considering the differences of attitude change between the member spacecrafts, a hybrid control strategy was designed for spacecraft formation flying using hybrid control techniques.
    考虑成员航天器间姿态变化的差异,采用混合控制技术,设计航天器编队飞行混合控制策略。
  19. Shenzhou V and Shenzhou VII spacecrafts have successfully taken our astronauts to the outerspace, and this is just the beginning of our long held dream of the universe.
    继“神舟”五号和“神舟”七号分别将中国航天员成功送入太空后,中华民族千百年来探索宇宙的飞天梦想还在继续延伸。
  20. Orbital Dynamic Model and Simulation of Spacecrafts Proximity Formation Flying
    航天器近距编队轨道动力学模型及仿真
  21. Attitude Controller Reconfiguration for Spacecrafts with Abrupt Change of Centroid
    一类质心突变飞行器的姿态控制律重构设计
  22. An Autonomous Navigation Method for Spacecrafts during Orbit Maneuver
    航天器轨道机动过程中的自主导航方法
  23. Research on MAS-based Mission Allocating for On-orbit Servicing Spacecrafts
    基于MAS的在轨服务航天器任务分派研究
  24. What? Spacecrafts don't leave that much garbages.
    什么?宇宙飞船应该不会剩下那么多垃圾吧?
  25. The Attitude Dynamics and Control of On-Orbit Refueling Spacecrafts
    航天器在轨加注的姿态动力学与控制
  26. Distributed Spacecrafts Relative Position Measurement Platform Design
    分布式航天器相对位置测量平台设计
  27. Robust method of vision-based relative pose parameters for non-cooperative spacecrafts
    非合作航天器相对位姿的鲁棒视觉确定方法
  28. An Overview of Recovery and Landing Systems for Foreign Manned Spacecrafts
    国外载人航天器回收着陆技术的进展
  29. The propellant leak detection technology is one of the key technologies for spacecrafts launch and operation.
    推进剂泄漏检测技术是关系到航天器正常运行和安全发射的关键技术之一。
  30. Under the general Circular Restricted Three Body Problem ( CRTBP) model for deep space exploration, the Chief-Deputy spacecrafts formation model was built up.
    针对深空探测中具有一般性的圆形限制性三体(CRTBP)模型,进行主从飞行器编队建模。