围绕 恒星 英语是什么意思 - 英语翻译

• around the star
• around the stars

在 中文 中使用 围绕 恒星 的示例及其翻译为 英语

围绕恒星TWHydrae运行的新行星.
Protoplanetary disc around the star TW Hydrae.

有七颗行星围绕恒星旋转。
There were seven planets orbiting around the star.

这些多普勒频移提供了行星围绕恒星的轨道周期的信息，也设置了一个较低的质量极限。
These Doppler shifts give information about the planet's orbital period around the star and also set a lower mass limit.

可见的围绕恒星运行的每个行星上都有生命吗?
Is there life on every planet that you can see around the stars?

其他类似地球的行星Kepler62e是地球大小的1.6倍，它在122天内围绕恒星绕行。
Other Earth-like planet called Kepler-62e is 1.6 times as big as the size of Earth and it orbits around the star in 122 days.

巴纳德星b可能适合居住，但目前我们只有知道它的质量和围绕恒星的轨道周期。
Barnard's Star b may well be habitable, but currently we only know its mass and orbital period around the star.

这颗系外行星是在2013年被宣布发现的，当时一同被宣布的还有其它6颗围绕恒星Kepler-62和Kepler-69运行的系外行星。
The planet was announced in 2013 as part of a larger bonanza of seven exoplanets announced around the stars Kepler-62 and Kepler-69.

在这种情况下，围绕恒星HD100453的触发物体是一颗矮星，其比行星更容易被发现。
In this case, the triggering object orbiting the star HD 100453 was a dwarf star, which is easier to spot than a planet.

图示：围绕恒星mwc758的旋臂可能是由一个巨大的行星在一条旋臂的顶端形成的。
The spiral arms surrounding the star MWC 758 could have been sculpted by a giant planet out by the tip of one of the arms.

天体物理学家刚刚发现一颗围绕恒星HD26965公转的行星，该行星距离地球16光年。
Astrophysicists just found a planet orbiting the star HD 26965, 16 light years away from Earth.

TESS望远镜发现了三颗围绕恒星TOI700（TOI是英文“TessObjectofInterest”的简称，意味“TESS的兴趣对象”）旋转的行星。
TESS found three different planets circling the star TOI 700(TOI is short for“Tess Object of Interest”).

这次会议讨论的是科学以及围绕恒星运行的行星，与国防安全无关。
The meeting is about science and planets around stars, not about national defense.

年，日内瓦系外行星搜索计划宣布发现了围绕此恒星运转的太阳系外行星HD2638b。
In 2005 the discovery of an extrasolar planet HD 2638 b orbiting the star was announced by the Geneva Extrasolar Planet Search Team.

这种类型的分析可以帮助研究人员估计围绕恒星的行星的构成，使他们能够确定它们是如何像地球一样。
This type of analysis can help researchers to estimate the makeup of planets that surround stars, enabling them to determine how Earth-like they are.

重复的模式表明该来源可能是围绕恒星或其它天体运行的某种天体。
The repeating pattern suggests the source could be a celestial body of some kind orbiting around a star or another body.

其中，科学家们认为，是一颗行星的倾角-它的轴线相对于其围绕恒星轨道的角度。
Among these, scientists have thought, is a planet's obliquity the angle of its axis relative to its orbit around a star.

德国杜伊斯堡-埃森大学的GerardWurm及其同事计算了这种光泳力如何影响围绕恒星旋转的尘埃颗粒。
Gerard Wurm of the University of Duisburg-Essen in Germany and colleagues calculated how this photophoretic force would affect dust grains swirling around a star.

恒星的最近一次喷发喷射出的气体在这幅照片内清晰可见，是围绕恒星的昏暗的气体泡泡。
The gas ejected in the star's latest eruption is clearly visible in this picture as a faint bubble of gas surrounding the star.

艺术家关于外星系统的概念，在这种情况下，围绕恒星HD7924，承载着两个超级地球（物体c和d在图像中）。
An artist's conception of an exoplanetary system, in this case around the star HD7924, that hosts two super-Earths(objects c and d in the image).

科幻小说经常把戴森球体描绘成围绕恒星的固体外壳，但这种巨型结构也可能是由巨大太阳能电池板组成的球状群。
(Science fiction often depicts Dyson spheres as solid shells around stars, but the structures could also be globular swarms of giant solar panels.).

行星在围绕恒星旋。?
Planets revolve around stars right?

每个5.36个地球日，这颗系外行星围绕恒星运行。
Only once every 5.36 Earth days the exoplanet whips around its star.

Proxima-b是一颗围绕恒星比邻星（ProximaCentrauri）运行的行星。
Proxima-b is a planet orbiting the nearby star Proxima Centauri.

然而，科学家已经能够确定的是行星围绕恒星的不寻常轨道。
What scientists have been able to determine, however, is the planets' unusual orbit around their star.

该团队在分析围绕恒星Kepler-32运转的行星时进行了有关估算。
The team made its estimate while analyzing planets orbiting a star called Kepler-32.

该该行星名为K2-33b，比海王星稍大，围绕恒星每五天运转一周。
The newfound planet named K2-33b is a bit larger than Neptune and whips tightly around its star every five days.

这颗行星不是“热木星”，非常接近其母星并且在2.2天内就可以完成围绕恒星旋转一周。
The planet is a“hot Jupiter,” which is so close to its star that it completes an orbit in only 2.2 days.

但是它的轨道比其他两个轨道运行得更远，需要36天才能完成一次围绕恒星的行程。
However, it orbits quite farther away than the other two: the planet takes 36 days to complete one circle around its host star.

然后壳变成行星状星云（基本上是围绕恒星的云），而富含碳的核心则冷却并变成“白矮星”。
The shell then becomes a planetary nebula(essentially a cloud around the star), while the carbon-rich core cools and becomes a“white dwarf”.