spacecraft

常见例句

用作名词 (n.)

• The spacecraft made a successful reentry into the Earth's atmosphere.
  宇宙飞船成功地重返大气层。

更多例句

• Spacecraft Columbia touched down yesterday.
  “哥伦比亚”号宇宙飞船昨天着陆。
• Spacecraft which are re-entering the earth's atmosphere are affected by g forces.
  重返大气层的航天器受到重力的作用。
• The spacecraft made a successful reentry into the earth's atmosphere.
  宇宙飞船成功地重返大气层.
• In thirty years from now the United States should have a manned spacecraft on Mars.
  未来30年内，美国有可能会把载人航天器送上火星。
• The tiny rocket is attached to the spacecraft and is designed to propel it toward Mars.
  小火箭捆绑在宇宙飞船上，用于推动飞船飞向火星。
• The reflector is held onto the sides of the spacecraft with a frame.
  反射器通过支架牢牢地固定在航天器的侧面。
• The spacecraft is set to throw new light on to a dark corner of the solar system.
  这艘宇宙飞船可能会让人们对太阳系中的一个神秘角落有更新的认识。
• Spacecraft Columbia touched down yesterday.
  “哥伦比亚”号宇宙飞船昨天着陆。
• There're three astronauts in the spacecraft.
  在这艘宇宙飞船里有三名宇航员.
• The spacecraft made a successful reentry into the earth's atmosphere.
  宇宙飞船成功地重返大气层.
• The two spacecraft rendezvoused successfully.
  两艘太空船成功地会合.
• Two spacecraft are being launched to probe the atmosphere of Venus.
  将发射两个航天器来探测金星的大气.
• I placed in the peaceful spacecraft.
  我在宁静的宇宙飞船里踱步.
• The Viking spacecraft consisted of two orbiters.
  维京太空船由两个轨道航行器组成.
• The spacecraft was in its recovery mode.
  这艘飞船处于返回状态.
• Schirra and Stafford were again in their tiny Gemini Six spacecraft atop the Titan rocket.
  希拉和斯塔福德再次进入安装在大力神火箭顶端的狭小的“双子座”6号航天器.
• In addition, it also performs several deployment operations as the spacecraft moves into its nominal attitude.
  除此之外, 它也会在航空器移动到标称姿态时执行一些部署操作.
• SpaceShipOne is the world's first private spacecraft, and is competing for a prestigious space travel prize.
  “太空飞船一号”是世界上第一艘私人开发的太空飞船, 它将角逐一项著名的太空飞行奖.
• Scientists worry more about a greater danger: collisions in orbit between spacecraft and trash.
  科学家担心的是一个更大的危险: 在轨道上运行的航天器与太空垃圾发生碰撞.
• Explanation : Spectacular vistas of Saturn and its moon continue to be recorded by Cassini spacecraft.
  卡西尼飞船依旧拍摄到了土星及其卫星的壮观影像.
• How does the slingshot effect work to change the orbit of a spacecraft?
  太空船如何利用[弹弓效应]改变轨道?
• Vriable emittance thermal control device is one of the focus of the future spacecraft thermal control.
  可变发射率热控器件是未来航天器热控的焦点之一.
• After the Shenzhou VII spacecraft is expected to begin before the Chinese station construction work.
  神舟七号之后的飞船才有望展开中国的空间站建设工作.
• Spacecraft is a complex system that is combined with mechanics, hydraulics, electronics and thermal control.
  空间飞行器是集机械 、 液压 、 电子、热控等于一体的复杂大系统.
• Voyagers were built by JPL, which continues to operate both spacecraft. Caltech manages JPL for NASA.
  旅行者飞船由NASA喷气 推进实验室(JPL) 建造,目前仍然由其操控. 加州理工学院为NASA管理JPL机构.
• In this orbit, the spacecraft takes about six days to go round Earth once.
  在这一轨道上, 航天器大约需要6天去轮地球一次.
• Each spacecraft had two parts: an orbiter and a lander.
  每个探测器都由两部分组成: 轨道飞行器和着陆器.
• The tiny rocket is attached to the spacecraft and is designed to propel it toward Mars.
  小火箭捆绑在宇宙飞船上，用于推动飞船飞向火星。
• The spacecraft is set to throw new light on to a dark corner of the solar system.
  这艘宇宙飞船可能会让人们对太阳系中的一个神秘角落有更新的认识。
• Spacecraft Columbia touched down yesterday.
  “哥伦比亚”号宇宙飞船昨天着陆。
• There're three astronauts in the spacecraft.
  在这艘宇宙飞船里有三名宇航员.
• The spacecraft made a successful reentry into the earth's atmosphere.
  宇宙飞船成功地重返大气层.
• Gyroscopes are used in navigational instruments for ships, aircraft, and spacecraft.
  陀螺仪用于船舶 、 飞机和宇宙飞船中的导航设备.
• The two spacecraft will link up ( with each other ) in orbit.
  两艘宇宙飞船将于轨道上 ( 互相 ) 连接.
• The telescopes and spacecraft of today have cleared up many of the mysteries of the planets.
  今日之望远镜和宇宙飞船已消除了行星的许多神秘之处.
• Do you know how an astronaut flies in a spacecraft?
  你知道宇航员是怎样乘宇宙飞船飞行的 吗 ?
• Viking : Either of two unmanned U.S. spacecraft launched by NASA in 1975.
  海盗号: 美国国家航空暨太空总署在1975年发射的两个不载人的宇宙飞船.
• I placed in the peaceful spacecraft.
  我在宁静的宇宙飞船里踱步.
• How many spacecraft have orbited around the moon?
  有多少宇宙飞船围绕月球轨道运行过?
• I've already been onto the spacecraft, telling it to go much slower.
  我已经同宇宙飞船联系过, 要它减慢速度.
• The spacecraft is orbiting the moon.
  宇宙飞船正绕月球飞行.
• NASA used the Titan II to launch Gemini spacecraft in the 1960 s.
  美国国家航空暨太空总署在60年代利用泰坦2号发射双子星号宇宙飞船.
• A cruel galactic cosmic pirates hijacked a spacecraft, the spacecraft carrying the atomic cargo.
  一个残忍的宇宙海盗劫持了一艘银河系宇宙飞船, 飞船上运载着原子货物.
• A spacecraft will search for life on the Red Planet.
  一艘宇宙飞船将到红色行星上寻找生命.
• The spacecraft has arrived on Mars.
  宇宙飞船已经到达了火星.
• Some scientists have sent a spacecraft to Mars.
  一些科学家已经发送宇宙飞船去火星.
• The spacecraft is a facility that can carry the man into the space.
  宇宙飞船是一种能够载人进入太空的设备.
• The first manned spacecraft to reach the moon.
  第一艘载人登月的宇宙飞船.
• I aman antelope from highland, I can keep up with spacecraft.
  我是来自高原的羚羊迎迎,奔驰速度很快, 差点遇上宇宙飞船.
• Satellite sends back information to help scientists to safely Bar spacecraft into space.
  人造卫星发送回来的信息帮助科学家们安全地吧宇宙飞船送入太空.
• In 1977, two spacecraft named Voyager I and II were launched toward Jupiter, Saturn and Neptune.
  1977年, 两艘名叫“旅行者”一号和二号的宇宙飞船向木星 、 土星和海王星发射.
• In thirty years from now the United States should have a manned spacecraft on Mars.
  未来30年内，美国有可能会把载人航天器送上火星。
• The reflector is held onto the sides of the spacecraft with a frame.
  反射器通过支架牢牢地固定在航天器的侧面。
• Scientists are carefully charting the progress of the spacecraft.
  科学家密切跟踪航天器的运行.
• Airborne technologies, such as different types of radar and photographic equipment carried by airplanes or spacecraft, allow archaeologists to learn about what lies beneath the ground without digging. 
  由飞机或航天器携带的不同类型的雷达和照相器材，可以让考古学家不用挖掘就能够获悉地下埋葬了什么。
• The progresses in studying bifurcations and chaos of spacecraft attitude motions are surveyed.
  综述了航天器姿态运动的分岔和混沌的研究进展.
• Two spacecraft are being launched to probe the atmosphere of Venus.
  将发射两个航天器来探测金星的大气.
• How many spacecrafts are orbiting the moon?
  有多少航天器绕月球轨道飞行?
• Soon after that, the American Pioneer spacecraft orbited Venus.
  此后不久, 美国的先驱者号航天器围绕金星进行环绕飞行.
• Schirra and Stafford were again in their tiny Gemini Six spacecraft atop the Titan rocket.
  希拉和斯塔福德再次进入安装在大力神火箭顶端的狭小的“双子座”6号航天器.
• The spacecraft will orbit the sun as an equilateral triangle with sides of 5 million km.
  这三艘航天器会围绕太阳运行,形成一个边长为五百万千米的正三角形.
• The aerodynamically smooth nose cone will protect the spacecraft during launch.
  在空气动力学平稳鼻锥将在发射航天器的保护.
• Scientists worry more about a greater danger: collisions in orbit between spacecraft and trash.
  科学家担心的是一个更大的危险: 在轨道上运行的航天器与太空垃圾发生碰撞.
• Yet for reasons of economy, or just plain indifference, few of these spacecraft are properly shielded.
  但是,由于经济方面的原因, 或者纳粹由于漠不关心, 几乎没有几艘航天器得到了妥善的保护.
• Vriable emittance thermal control device is one of the focus of the future spacecraft thermal control.
  可变发射率热控器件是未来航天器热控的焦点之一.
• Secondly, spacecraft for deep space exploration flies a much long time, even years.
  第二, 深空探测的航天器的目标离地通常较远,飞行时间越来越长, 甚至长达数年.
• And, as more nations launch spacecraft, the risk of debris strikes will only grow.
  同时, 随着越来越多的国家发生航天器, 被碎片击中的风险只会越来越大.
• The test bed can simulate different spacecraft docking dynamic tests by adjusting the simulator.
  通过模拟件的调整,试验台可以实现不同航天器的对接动力学仿真试验.
• Adjoint orbit of spacecraft can perform various specific missions.
  航天器的伴随轨道可以执行各种特殊任务.
• Automatic measure and calibration system is developed for 3595 multiplexer used in spacecraft environment test.
  针对航天器环境试验中3595多路数据采集板性能指标,开发了智能检定系统.
• Spacecraft simulation technology utilization for our country astronautics measure and control enterprise development huge function.
  航天器仿真技术的运用为我国航天测控事业的发展起到了巨大作用.
• 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.
• The optimal attitude control problem of spacecraft during the stretching process of solar arrays is discussed.
  讨论了航天器太阳阵展开过程中载体姿态的最优控制问题.
• Celestial navigation is basic model of autonomous orientation navigation of the spacecraft around the earth.
  天文导航是绕地飞行航天器最基本的自主定位导航方式.
• Launch vehicle: Rocket system that Boosts a spacecraft into Earth orbit or Beyond Earth's gravitational pull.
  运载火箭: 将航天器推入绕地球轨道或脱离地球引力范围的火箭系统.
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