lro
美 
英
- 网络月球勘测轨道飞行器(Lunar Reconnaissance Orbiter)；月球勘测轨道器；月球侦察轨道器
例句
The LRO has also detected an abundance of hydrogen, thought to be a key indicator of ice, at the poles.
此外，“月球侦察者轨道器”还在月球上发现了大量的氢，这是存在冰的关键表象。
This LRO data has important scientific value, as it provides context for the returned Apollo samples.
这份LRO数据具有重要的科学价值，因为它为阿波罗带回来样品的找到了参照。
LRO has now collected the most detailed images yet of at least two lunar pits, giant holes in the moon.
LRO现已收集了至少两个月球坑（月球上的巨大坑洞）的最详细图片资料。
Here, we take at 10 of LRO's most intriguing lunar discoveries so far.
以下的月球十大最激动人心的发现，就是从至今为止LRO的发现中遴选出来的。
NASA's Lunar Reconnaissance Orbiter (LRO) captured some images of the far side (the southern hemisphere) of the moon.
美国宇航局月球勘测轨道飞行器日前拍摄到了一组月球南半球（人类无法观测到的月球半球）照片。
LRO's latest science upload has also revealed the possible presence of water ice near the moon's shadowed regions.
月球轨道探测器最新的发现表明液态冰可能会存在于月球的阴影部分。
LRO has a laser onboard that measures surface elevation.
LRO有一个测量表面高度的车载激光器。
NASA has planned to launch the Lunar Reconnaissance Orbiter (LRO) in February 2009.
2009年2月，美国航空航天局计划时隔11年后再次发射月球勘探轨道器（LRO）。
LRO will then enter an elliptical orbit (called the commissioning orbit) from which it will move into its final orbit.
届时，LRO将进入一个椭圆形轨道（被称为试运行轨道），由此它将进入最终轨道。
LRO also has a laser that can shine pulses of light into dark craters.
LRO还有一个激光装置，时光脉冲照射至黑暗的陨石坑内。
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。
LRO and other spacecraft ultimately found evidence of tons of water ice at the moon's north pole and elsewhere.
LRO与其他航天器最终在月球北极与其他地方找到了月球有大量水冰的证据。
Two hours after launch LRO will separate from LCROSS and continue on its way to the Moon.
在发射后两小时，劳资关系条例将LCROSS探测器分离，并继续其方式向月球。
Digital elevation and terrain maps based on the new data reveal the heavily cratered and bumpy surface of the moon in all its complexity.
基于LRO捕获的新数据勾画而出的数字高程模型及地形图展现出布满坑洞、崎岖不平的月球表面形态，从而使我们更为充分地了解到其地形的复杂性。
13: This LRO image of the Apollo 17 landing site was acquired on October1st, 2009.
图13：月球勘测轨道飞行器在2009年10月1日拍摄的这幅照片为阿波罗17号的着陆地点。
