星际航行

xīng jì háng xíng
  • interstellar travel;astronavigation
星际航行星际航行
星际航行[xīng jì háng xíng]
  1. 本片将按照时间顺序,讲述一队探险家利用他们针对虫洞的新发现,超越人类对于太空旅行的极限,从而开始在广袤的宇宙中进行星际航行的故事。

    The film will be in accordance with time series , and its about a team of explorers who use their new found about the wormhole , beyond the limit of human space travel . Thus they begin their interstellar travel in the vast universe .

  2. 一组探险人员因此开始星际航行,希望在未知的宇宙中找到一颗能让人类继续生存的星球。

    A group of explorers embark on an interstellar voyage into the unknown in search of a planet that can sustain life .

  3. 恒星际航行在理论上是可能的,但人类目前拥有的技术手段尚不足以实施这种航行。

    With the technologies we presently have we aren 't capable of achieving the interstellar flight , which is feasible only in theory .

  4. 特别是在航空航天领域,传统的推进系统已经无法完成行星探测和深空探测以及星际航行等空间探测任务,发展电推进系统是可行性方案之一。

    In particular , conventional thruster system cannot accomplish exploring planets , deep space and interstellar sail missions and so on . Developing the electric propulsion system may be a feasible method .

  5. 最后,综合以上研究工作,设计并实现了太阳系与星际航行虚拟学习系统,并对虚拟环境的使用效果进行了初步的调查。

    According to the above researches , the author has designed and realized the " Solar System and Interstellar Navigation " virtual learning system . Meantime , the usage effect has been preliminarily investigated .

  6. 一组探险人员开始星际航行,希望能在未知的宇宙中找到一颗能让人类继续生存的星球。飞行员库珀(马修麦康纳饰)同样面临艰难的抉择:是拯救人类,还是与孩子们重聚。

    A group of explorers embark on an interstellar voyage into the unknown in search of a planet that can sustain life . Cooper ( Matthew McConaughey ), the pilot of the crew , must decide between seeing his children again and the future of the human race .

  7. 同时,电弧推进系统也可用于航天器的阻力补偿、星际航行,以及星座和小型卫星的编队飞行和精确定位等任务,具有较广阔的应用前景。

    At the same time , The Arcjet propulsion system has a potential prospect of application in the future , such as drag make-up and solar pressure cancellation for low orbit spacecraft , formation flying and precise positioning for constellation , main propulsion for interplanetary , and so on .

  8. 行星际日冕物质抛射在行星际空间的传播和演化规律国际星际航行研究协会

    International Interplanetary Space Travel Research Association

  9. 以密度来说,从行星际到星系际空间的旅行,比从水进入空气中还激烈。国际星际航行研究协会

    In terms of density , the voyage from interplanetary to intergalactic space is more drastic than going from water into air . International Interplanetary Space Travel Research Association