• 航天飞机食物安置于轨道器中部甲板上的厨房准备的。

    On the Space Shuttle, food is prepared at a galley installed on the orbiter's mid-deck.

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  • 进入轨道时,该轨道器进入大气层太多最终被撕碎

    It dipped too far into the atmosphere as it was entering orbit and was torn apart.

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  • 轨道器太空返回地球时,肯尼迪航天中心着陆

    When the orbiter returns from space, it lands at Kennedy Space Center.

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  • 航天飞机轨道设置阻力伞的目的在于增加其着陆安全性

    The desire to increase landing safety margins for the Space Shuttle Orbiter led to decision to implement a Drag Parachute System into the Orbiter Vehicle.

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  • 轨道返回运行,上升和着陆则将登陆月球

    The orbiter and return vehicle will orbit the moon, while the lander and ascender will land on the moon.

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  • 食物连同食物包装一起装载轨道器上的橱柜中的托盘中,按使用顺序排列

    Meals are stowed aboard the orbiter in locker trays with food packages arranged in the order they will be used.

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  • 轨道返回运行,上升和着陆则将登陆月球

    Thee orbiter and return vehicle will orbit the moon, while the lander and ascender will land on the moon.

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  • 所以uyematsu精心准备,时间来到了轨道进行升级。

    So Uyematsu was well-prepared when the time came for the orbiters to be upgraded.

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  • 因为美国人还是需要太空去,所以航天飞机会被升级版的阿波罗轨道器代替

    Since Americans still need access to space, the shuttle would be replaced with an updated Apollo-style orbiter.

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  • 每个轨道配置不同的方式每一项任务根据什么宇航员希望看到每个窗口显示

    Each orbiter is configured differently for every mission, according to what the astronauts want to see displayed in each window.

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  • 下周应该看到第一个火星轨道器——萤火1号开始红色星球之旅

    Next week should see its first Mars orbiter - Yinghuo-1 - begin its journey to the Red Planet.

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  • 空气离解电离导致轨道器阻力系数完全气体计算值位置前移

    Dissociation and ionization of air bring on lower drag coefficients of the orbiter than that obtained from perfect gas model, while the location of pressure center moves forward.

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  • 照片显示首张月球所看到地球月球轨道器1号于1966年8月23日拍摄

    this photo shows the first on the moon seen from Earth, from the 1st lunar orbiter on August 23, 1966 shooting.

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  • 此外,“月球侦察轨道器月球上发现大量存在冰的关键表象

    The LRO has also detected an abundance of hydrogen, thought to be a key indicator of ice, at the poles.

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  • 发射点轨道一面15层楼高外挂燃料箱两侧两个固体火箭助推

    But in launch position, the orbiter is perched on the side of its 15-story external fuel tank and flanked by two solid rocket boosters.

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  • 以上两张图片美国宇航局火星探测轨道高清晰科学实验成像仪(HRISE)拍摄。

    Both images were taken by the High Resolution Imaging Science Experiment (HiRISE) camera on the Mars Reconnaissance Orbiter.

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  • 火星勘测轨道器系列卫星一部分着陆星球被应用红色星球研究中

    The Mars Reconnaissance Orbiter is part of a fleet of satellites, landers and rover that have dispatched to the Red Planet for studies.

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  • 对于最近详细月球表面图像,请注意美国航空航天局的月球侦察轨道器(LRO)最近公布照片

    But for the most detailed recent images of the moon's surface, look to the recently released photos by NASA's Lunar Reconnaissance Orbiter (LRO).

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  • 月球轨道轨道非常高的清晰度绘制月球表面地图甚至捕捉到月球车留下的痕迹。

    The lunar orbiter will map the moon's surface from orbit in unsurpassed resolution, capturing even the tracks that lunar rovers left behind.

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  • 如同“伽利略轨道首次木星光环中寻找卫星一样,“视野”会对木星光环进行观察。

    New Horizons will also be looking at Jupiter's rings, first detected by the orbiter Galileo, searching for small moons orbiting inside them.

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  • 照片美国宇航局火星探测轨道高清晰科学实验成像仪(HRISE)拍摄,摄于2009年2月

    This image was taken in February 2009 by the High Resolution Imaging Science Experiment (HiRISE) camera on NASA's Mars Reconnaissance Orbiter. It covers an area around.6 miles across.

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  • Uyematsu工作飞行系统软件硬件肯尼迪射击队房间发射轨道获得经验显着工作。

    Uyematsu worked on flight system software and hardware, worked with the launch teams in Kennedy's firing rooms and on the orbiter gaining a remarkable amount of experience.

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  • 照片美国宇航局火星探测轨道高清晰科学实验成像仪(HRISE)拍摄,时间为2008年4月。

    This image was taken by the High Resolution Imaging Science Experiment (HiRISE) camera on NASA’s Mars Reconnaissance Orbiter in Aprl 2008.

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  • 照片美国宇航局火星探测轨道的高清晰科学实验成像仪(HRISE)拍摄,时间为2009年12月26

    This image was taken by the High Resolution Imaging Science Experiment (HiRISE) camera on NASA's Mars Reconnaissance Orbiter on Dec. 26, 2009.

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  • 照片美国宇航局火星探测轨道的高清晰科学实验成像仪(HRISE)拍摄,时间为2009年12月26

    This image was taken by the High Resolution Imaging Science Experiment (HiRISE) camera on NASA's Mars Reconnaissance Orbiter on Dec. 26, 2009.

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