该照片由美国宇航局火星探测轨道器上的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.
该照片由美国宇航局火星探测轨道器上的高清晰科学实验成像仪(HRISE)拍摄，时间为2009年12月26日。
This image was taken by the High Resolution Imaging Science Experiment (HiRISE) camera on NASA's Mars Reconnaissance Orbiter on Dec. 26, 2009.
以上两张图片都由美国宇航局火星探测轨道器上的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.
该照片由美国宇航局火星探测轨道器上的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.
正围绕着这颗红色的行星运转的火星球面勘测仪所拍摄的照片，包含有火星上有水的证据。
The evidence is contained in pictures taken by the Mars Global Surveyor spacecraft, which is in orbit around the Red Planet.
这是第一种这样的医务室，包含有一系列令人眼花缭乱的设备摆放，其中的设备还包括为火星任务设计的探测仪。
The first of its kind, it contains a bewildering array of equipment, including probes designed for missions to Mars.
这张图片是由NASA得火星探测器上的火星轨道激光测高仪(MOLA)拍摄生成的。
This image was generated the by Mars Orbiter Laser Altimeter, or MOLA, an instrument that was aboard NASA's Mars Global Surveyor.
在火星轨道上的探测仪并没有侦测到水，或许这只是意味着流动的水量太少了而看不到。
An instrument on the Mars orbiter capable of detecting water has not found any, but that might just mean that the amount of water in the flows is too little to be seen.
同时，在火星的另一面，机遇号的孪生兄弟勇气号在周六行进了86英尺，其计程仪上的总里程已经超过了822英尺。
Meanwhile, on the other side of Mars, Opportunity's twin rover, Spirit, traveled nearly 86 feet Saturday, bringing its total odometer reading to more than 822 feet.
这些蛋白石硅酸盐是由火星侦探卫星上搭载的专用小型侦察影像频谱仪发现的，是三种含水矿物中最年轻的一种。
These opaline silicates were detected by MRO's Compact Reconnaissance Imaging Spectrometer for Mars and are the youngest of the three types of hydrated minerals.
它将由俄罗斯运输火箭发射并预计将历经10个月的飞行于2010年和俄罗斯探测仪一同登录火星。
It will be launched by a Russian carrier rocket and it is expected to land on Mars with a Russian probe in 2010 after 10 month's flight.
它将由俄罗斯运输火箭发射并预计将历经10个月的飞行于2010年和俄罗斯探测仪一同登录火星。
It will be launched by a Russian carrier rocket and it is expected to land on Mars with a Russian probe in 2010 after 10 month's flight.
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