Examples of using Parent star in English and their translations into Vietnamese
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Ecclesiastic
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Computer
Known as Kepler 11b to 11g, the innermost exoplanets is ten times closer to its parent star than Earth is to our sun, and the outer planet
planets thathave been detected through the transit method, meaning they were found bymeasuring the dip in brightness of their parent star as they pass in front ofit and block part of its light.
planets that have been detected through the transit method, meaning they were found by measuring the dip in brightness of their parent star as they pass in front of it and block part of its light.
about 3.5 times closer to its parent star than Beta Pictoris b,[1]
The unusually low density is thought to be a consequence of a combination of the planet's orbital eccentricity and its proximity to its parent star(less than one seventh of the distance between Mercury and the Sun), leading to tidal flexing
It is one of the more promising candidates for potential habitability, as its parent star is a relatively quiet star, and has less mass than the Sun- thus it can live up to a span of about 30 billion years
Lava worlds orbiting extremely closely to their parent star may possibly have even more volcanic activity than Io, leading some astronomers to use the term super-Io.[2] These"super-Io" exoplanets may
may be an"uneven ring of dust", causing erratic light fluctuations in the apparent luminosity of the parent star, as may have been responsible for the oddly flickering light curves associated with the starlight observed from certain variable stars, such as that from KIC 8462852, RZ Piscium and WD 1145+017.
Saturn in the Solar System.[1] The exoplanet was found by using the radial velocity method, from radial-velocity measurements via observation of Doppler shifts in the spectrum of the planet's parent star.
star, yet the orbit is significantly">elliptical instead of circular, as would be expected.[1] It is also considered a transiting planet, passing in front of its parent star during each orbit.
We're coming closer to understanding what kind of parent stars we need.”.
material to reach Earth, and from it, we can learn about our parent stars, the origin of the carbon in our bodies, the origin of the oxygen we breathe.
Finally, the space telescope's spectrographs have studied the atmospheres of extrasolar planets- gas giants like Jupiter that race around their parent stars in just a few days.
Astronomy, said:"If these planets were born along with their parent stars they would have had to survive a dramatic event a million years ago: when the original primary
TRAPPIST-1b orbits very close to its parent star.
It can orbit its parent star in 267 days.
Proxima b orbits its parent star every 11 days.
Lava planets would probably orbit extremely close to their parent star.
HD 28185 b takes 1.04 years to orbit its parent star.
They reflect some of the radiation coming from their parent star.