本插图示意了由斯皮策空间望远镜发现的土星大光环的范围。
This diagram illustrates the extent of the largest ring around Saturn, discovered by NASA's Spitzer Space Telescope.
WISE参与了另两个空间红外任务——NASA的斯皮策空间望远镜和欧洲空间局的赫歇尔空间天文台。
WISE joins two other infrared missions in space — NASA's Spitzer space Telescope and the Herschel space Observatory, a European space Agency mission.
但是现在，斯皮策空间望远镜的令人难以置信的红外照相机已经把这个小污迹改变成为美丽的太空照片。
But now, Spitzer space Telescope's incredible infrared camera has transformed the little smudge into a beautiful space photo.
9月24日发布的斯皮策空间望远镜短红外波图像里，星光在黑暗的核状云中(中间图片)闪耀开来，这片星云处在更巨大的星云里，该星云被称作L183。
Starlight bounces off a normally dark, interstellar core cloud (center) inside a larger cloud called L183 in a short-infrared-wavelength Spitzer Space Telescope image released on September 24.
利用太空总署的斯皮策和钱德拉空间望远镜，天文学家们在宇宙深处发现了大量隐匿于星尘中的类星体。
Astronomers using NASA's Spitzer and Chandra space telescopes discovered swarms of similar quasars hiding in dusty galaxies in the distant universe.
像所有空间望远镜一样，“斯皮策”将收集到的原始数据记录并储存，等待时机供天文学家分解分析。
The data it gathered, like much of the information all space telescopes collect, was initially recorded and banked, awaiting the time astronomers could break it down and analyze it.
在这个距离，恒星的光源光被折射，或拉伸成红外波长，在外层空间只有斯皮策太空望远镜才能观测到。
At this distance the optical light from stars is shifted, or stretched, to infrared wavelengths that can only be observed in outer space by Spitzer.
在这个距离，恒星的光源光被折射，或拉伸成红外波长，在外层空间只有斯皮策太空望远镜才能观测到。
At this distance the optical light from stars is shifted, or stretched, to infrared wavelengths that can only be observed in outer space by Spitzer.
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