orbital module in Chinese

• 轨道舱

• "orbital" in Chinese :    adj. 1.【解剖学】眼窝的。 2.【天文学】轨道的。 ...
• "module" in Chinese :    n. 1.测量流水等的单位〔1秒100升〕。 2.【建筑 ...
• "orbital module engine" in Chinese :    轨道舱发动机
• "orbital" in Chinese :    adj. 1.【解剖学】眼窝的。 2.【天文学】轨道的。
• "s orbital" in Chinese :    s轨函数; 轨函数
• "module" in Chinese :    n. 1.测量流水等的单位〔1秒100升〕。 2.【建筑】圆柱下部半径度。 ...
• "orbital aperture,orbital opening" in Chinese :    眶口
• "orbital eminence,orbital tubercle" in Chinese :    眶隆起,眶结节
• "alternant orbital" in Chinese :    交替轨道
• "antibonding orbital" in Chinese :    反成键轨道; 反键轨道; 反键轨函数
• "atomic orbital" in Chinese :    原子轨道; 原子轨函数; 原子轨域
• "bond orbital" in Chinese :    键轨道的
• "bonding orbital" in Chinese :    成键分子轨道; 成键轨道; 成键轨函; 键轨道的; 键轨函数; 键结轨域
• "cephalo orbital" in Chinese :    头眶的
• "eigenfunction orbital" in Chinese :    本征轨道

• Reentry and orbital modules of the shenzhou spacecraft
  神舟返回舱和轨道舱
• Fei junlong entered the orbital module of shenzhou 6
  费俊进入轨道舱。
• Fei junlong returned to re - entry capsule . nie haisheng entered the orbital module
  费俊回到返回舱，聂海胜进入轨道舱。
• Fei junlong returned to re - entry capsule . nie haisheng entered the orbital module
  费俊龙回到返回舱，聂海胜进入轨道舱。
• Fei junlong took off his pressurized spacesuit in the orbital module and changed to working suit
  费俊龙在轨道舱内，脱下压力服，换上工作服。
• The orbital module separated with the re - entry capsule . the orbital module would remain in the orbit for 6 months
  轨道舱返回舱分离解锁，轨道舱将继续留在轨道工作六个月。
• The orbital module separated with the re - entry capsule . the orbital module would remain in the orbit for 6 months
  轨道舱返回舱分离解锁，轨道舱将继续留在轨道工作六个月。
• The orbital module will continue to orbit the earth and carry out more experiments until its battery runs out
  卫星留轨舱在电池耗尽之前，还将在轨运行一段时间，继续进行一些科学实验任务。
• The spacecraft is composed of three parts : the orbital module at the front end , the re - entry capsule in the middle , and the service module at the base
  神舟号太空船太空船由三部份组成：轨道舱在前端，返回舱在中部，而服务舱就在底部。
• By collecting and evaluating the kinematic and kinetic data of astronauts in space , it becomes possible to characterize human motor strategies , postural behavior in weightlessness , improve the design of orbital modules , help maintain a quiescent microgravity environment for acceleration - sensitive science experiments , and optimize the human operative capabilities during long - duration space missions
  通过收集和评测航天员在太空中活动的动力学和运动学数据,可以很好的刻画人类在失重情况下的运动策略和姿态行为;改善轨道舱的设计;保持静止的微重力环境,以便于进行那些对加速度敏感的科学实验;最优化长时间太空任务中人类的操作能力。

• "orbital module" meaning in Russian: основной модуль