gliese
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例句
All of these factors add up to make Gliese the most promising evidence yet that Earth-like planets may not be such a rarity after all.
所有这些因素使得格利泽581g（译注：原文为格利泽，应是格利泽581g之误）最有希望成为地球类行星并不稀有的明证。
That may be for the best, though; a year on Gliese 581 c lasts just 13 days, so we'd have to spend a fortune on calendars [source: Sample].
不过也还好，格利泽581c上面一年只有13天，我们去那里的话买日历就能把人买穷了[来源：Sample]。
Better still, it's located in what's known as a habitable zone, orbiting Gliese at just the right distance to have liquid water.
更好的是，它处在其星系的宜居带以内，围绕恒星格利泽的轨道距离适中，液态水足以存在。
One of the planets, named Gliese 581g, has a mass of three to four times that of Earth and takes 37 days to orbit the star.
其中一颗叫做Gliese581g的行星，有着三倍或四倍于地球的质量。
One of Gliese 581's planets, planet D, could be one of these "eccentric impostors, " hiding an extra planet within its signal.
葛利斯581的一颗行星——行星D——就有可能是这样的一个假冒者，它的信号可能就隐藏了另外一颗行星。
The Gliese 581 star has about 30% the mass of our sun, and the outermost planet is closer to its star than we are to the sun.
红矮星Gliese581只有太阳质量的30%，比起太阳系的外层行星，该系统最外层的行星距离红矮星要更近。
But Butler has no direct evidence that Gliese 581-g actually has water.
但巴特勒目前还没有获得任何证明这个行星上存在水的直接证据。
Scientists caution that just because Gliese 581 g is the right temperature to hold liquid water doesn't mean that it has any.
科学家们警告说，不要仅因为Gliese581g上有适宜温度储存水分，就能证明它有水存在。
Like the solar system, the planets orbiting Gliese 581 have mostly circular orbits.
和太阳系一样，围绕着Gliese581运行的行星轨道大部分都是圆形的。
But most astronomers are not yet ready to close the book on Gliese 581g.
但是大多数天文学家还未准备就此停止对葛利斯581的研究。
Gliese 876 is a small, red star with about one-third the mass of the sun.
“格里斯876”是一颗小型红色恒星，其质量约为太阳的三分之一。
When it was announced last September, Gliese 581g was heralded as the first known planet that could harbor alien life.
去年九月份宣布发现它时，大家把葛利斯581视作第一颗可能孕育生命的星球。
The recent discovery of Gliese 581 suggests that we may be close to finding an answer.
天文学家近期对新星Gliese581的发现或许将帮助我们找到答案。
In 2007, for instance, HARPS discovered another super-Earth, called Gliese 581d, that may lie within the habitable zone of its star.
例如，在2007年，HARPS发现了另一个命名为葛利斯581的超级地球，它可能处于宿主恒星的宜居区。
He said there are two ways to interpret the signals from Gliese 581.
他说有两种方法可以检验葛利斯581的信号。
According to theory, a planet the size and mass of Gliese 581c should be rocky, like the Earth.
根据这一理论，象Gliese581c这么大尺寸和体积的行星应该象地球一样，岩石很多。
Even if Gliese 581c turns out to be void of little green men, there is time yet.
即使人们最终发现Gliese581c上面并没有什么小绿人，我们有的是时间。
Gliese 581 e used to hold the title of smallest alien planet.
格利泽581e曾拥有最小外行星的头衔。
Second, winds would distribute heat from the permanent day side of Gliese 581d to the permanent night side, preventing freeze-out.
第二，风会将格雷司581d永久白昼面的热量带到永久黑夜面，这样就防止了冻析的发生。
If Gliese 581 g does exist, though, it's interesting for a number of reasons.
如果格利泽581g确实存在，它将会很有意思。
The discovery of an Earth-like planet, Gliese 581g, made international news in September.
9月份的爆炸性新闻是发现一个类地行星Gliese581g。
Planet G was the sixth planet found circling Gliese 581, a red dwarf star 20 light-years from Earth.
G行星——一颗距地球20光年的红矮星——是已发现的葛利斯581的第六颗卫星。
Unfortunately, subsequent research has tempered the initial excitement over Gliese 581 c.
不幸的是，接下来的研究消退了对格利泽581c的热情。
Unlike the previously discovered planets, Gliese 581g lies squarely in the region of space were life can thrive.
和从前发现的行星不同，Gliese581g幸运的正好落在了适合生命繁衍的区域。
The Gliese 581 system has been well studied by astronomers and comprises four - possibly five - planets orbiting a red dwarf star.
天文学家已对格利泽581行星系列进行了很细致的研究，其中包括四颗，或者五颗，围绕着同一颗红色白矮星运行的行星。
The paper reports the discovery of two new planets around Gliese 581.
论文提到了Gliese581附近新发现的两颗行星。
Whether Gliese 581g is an actual planet remains an open question.
Gliese581g是否确实是一颗行星依然是个谜。
Like our solar system, the planets around Gliese 581 have nearly-circular orbits.
Gliese581周围的行星拥有同太阳系的行星一样类圆形轨道。
Things don't look good for Gliese 581g, the first planet found orbiting in the habitable zone of another star.
葛利斯581是在另一颗恒星的可居住区2发现的第一颗行星。
It shows that European astronomers have discovered a new planet, they name it Gliese 581 c.
说欧洲天文学家们发现了一颗新的星球，代号为“Gliese581C”。
It is orbiting a star called Gliese 876, 15 light years from Earth, with an orbit time of just 1. 94 Earth days.
这颗行星围绕着一颗名为“格里斯876”的恒星运转，该恒星距地球15光年，绕轨道运行一周的时间约为地球上的1.94天。
Updates for the Hipparcos data in 2007 allowed Bobylev to calculate the likelihood that Gliese 710 might smash into our solar system.
根据该数据2007年的更新，Bobylev计算出Gliese710可能会冲进太阳系。
The planet in question orbits a star called Gliese 581 that lies a mere 20 light years away in the constellation Libra.
我们这颗行星围绕一颗称为Gliese581的恒星运转，该恒星距地球仅20光年，位于天秤座。
The previous five planets found around Gliese 581 were named b to f, making the latest discovery Gliese 581g.
早先在Gliese581周围发现的五颗行星以b到f来命名，最新的一颗则被命名为Gliese581g。
Gliese 581 g is unequivocally the most Earth-like planet we've discovered outside of our solar system -- assuming it exists, that is.
格利泽581g毫无疑问是我们目前在太阳系外发现的最像地球的行星，但它是否存在还是一个问题。
Gliese 581g has a mass three to four times Earth's, the researchers estimated.
研究人员估测Gliese581g行星的质量大约是地球的3到4倍。
What they revealed is a planet circling the red dwarf star, Gliese 581.
它们显示有一颗围绕着Gliese581红色侏儒星的星球。
Unfortunately, Gliese 876 d isn't a Goldilocks planet.
不幸的是，格利泽876d不是这样的行星。
The planet orbits a dim red dwarf star 20 light years from Earth called Gliese 581.
这颗行星所绕行的是一颗暗淡的红矮星，距地球20光年远，名为Gliese581。
There is just one other potential super-Earth, known as Gliese 581d, which was detected by the same astronomers in Chile in 2007.
只有另外一颗名叫Gliese581d的行星，有希望成为超级地球，它是2007年被同一群天文学家检测到的。
