For this reason, Chang'e 4 will study the effect of solar winds on the lunar surface and any mineral found by the spacecraft.
出于这个原因，嫦娥四号将研究太阳风对月球表面的影响，以及航天器发现的任何矿物。
Luna 16 landed on the lunar surface (in total darkness, no less), collected moon rocks, packed them up, and returned them to Earth.
“月球16号”降落在月球表面(完全是在黑暗中)，收集了月球岩石，打包，然后带回地球。
The scene of the Five Starred Red Flag against the dark sky on the grey lunar surface was taken by a camera on the Chang'e s robotic probe's lander and then sent to the ground control.
在灰色的月球表面，五星红旗映衬着黑暗的天空，这一幕是由嫦娥机器人探测器的着陆器上的相机拍摄的，然后发送到地面控制中心。
Rilles look like river channels on the lunar surface.
月球表面的山谷看上去像是河道。
This unmanned Soviet probe became the first to make a controlled landing on the lunar surface.
这艘无人驾驶的前苏联探测器成为首台受控在月球表面着陆的人造物体。
The astronauts piloted their craft down to the lunar surface.
宇航员驾驶宇宙飞船在月球表面降落。
The LRO produced stunning photographs of the lunar surface in 2009 from an altitude of 31 miles.
这个监测卫星2009年的时候在31英里的高度拍下了令人震惊的月球表面照片。
There was real fear that once on the lunar surface the astronauts might end up marooned and beyond rescue.
人们真的担心，一旦上了月球表面，宇航员可能最终会陷入孤立无援的境地。
If all goes to plan, the 1.5-tonne satellite should be flying over the pockmarked lunar surface November 11.
如果一切按照计划进行，这个1.5吨重的卫星将会在11月11日飞临布满环形山的月球表面。
Pieces of the lander were removed and returned to Earth after spendingtwo years on the lunar surface. (NASA)
“勘测者3号”在月球表面工作两年时间以后，其零部件被拆卸，然后运回了地球。
The researchers say that's important because it can help them determine the age and depth of the lunar surface.
研究人员说这非常重要，因为月表陨石坑的数量可以帮助他们确定月球表面的年龄和深度数据。
Shepard, the commander of Apollo 14, ended up becoming the only Mercury astronaut to make it to the lunar surface.
阿波罗14号的指挥官，谢波德成为仅有的登上月球表面的墨丘利号宇航员。
The sensors on orbital craft have detected evidence of hydrogen on the lunar surface, but the quantities were tiny.
航天器上的感应器虽探测到了月球表面含有氢原子的证据，但含量很低。
The unmanned spacecraft orbited the moon until March 2009, when it was intentionally crashed into the lunar surface.
在2009年3月份被引导着撞毁在月球表面之前，这艘无人驾驶的飞船一直在围绕月球飞行。
For lunar exploration missions such as soil sampling, payload instrumentation must safely descend to the lunar surface.
为了完成对月球土壤的取样等科学任务，必须确保某些有效载荷安全降落在月球表面。
Instruments aboard the spacecraft suggest that a cubic metre of soil on the lunar surface could hold around a litre of water.
航天器上的仪器显示，月球表面每立方米的土壤含水量可达约一公升。
Although subtle, these colour variations tell us important things about the chemistry and evolution of the lunar surface.
虽然很微妙，但这些颜色的变化告诉我们，月球表面发生的化学变化和演变史。
NASA's Gravity Recovery and Interior Laboratory, or GRAIL, mission spacecraft will orbit the moon before landing on the lunar surface.
美国航天局的重力恢复与内部实验室计划，又称“圣杯”号月球探测器将首先环绕月球轨道飞行，然后在月球表面着陆。
In the second stage of Chinese lunar exploration project, soft landing of the lunar explorer on the lunar surface is to be realized.
在我国“嫦娥计划”的二期工程中，要实现月球探测器软着陆于月球表面。
In the processed digital image, multiple exposures of the celestial scene were combined to show details of the bright lunar surface along with the Pleiades stars.
在这张经过数字处理的照片中，多重曝光的天体风景经过合成，同时展现了明亮的月球表面和相对较暗的昴星团的细节。
From the return pulse, LOLA determines the time of flight which, accounting for the speed of light, reveals the distance from the spacecraft to the lunar surface.
之后激光高度计将参照光速，计算出反射脉冲的渡越时间，从而获得飞船与月球表面之间的距离。
On Jan. 9, 1968, the Surveyor 7 space probe made a soft landing on the moon, marking the end of the American series of unmanned explorations of the lunar surface.
1968年1月9日，测量员7号空间探测器在月球表面软着陆，标志着美国对月球表面的无人探测系列任务的结束。
Thermal survey for the lunar surface environment, as one of the major tasks in China's lunar Exploration Project, is of great technological and scientific significance.
月面热环境探测是我国探月工程中的一项必要工作，具有重要的工程和科学意义。
Many will still remember vividly Armstrong's now-famous comment when he first stepped down on the lunar surface: "one small step for a man, one giant leap for mankind".
阿姆斯特朗踏上月球说的第一句话让人记忆犹新：“这是我迈出的一小步，却是人类迈出的一大步。”
Since the Moon always presents the same face to Earth as the result of "tidal locking", direct communication links with devices on the lunar surface can be maintained continuously.
由于“潮汐锁定”的作用，月球总是以同一个侧面对着地球，这样，设立在月球表面的通信设施就可以与地球保持不间断的直接联系。
Since the Moon always presents the same face to Earth as the result of "tidal locking", direct communication links with devices on the lunar surface can be maintained continuously.
由于“潮汐锁定”的作用，月球总是以同一个侧面对着地球，这样，设立在月球表面的通信设施就可以与地球保持不间断的直接联系。
应用推荐