Приклади вживання Red dwarfs Англійська мовою та їх переклад на Українською
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Most other stars are red dwarfs.
Red Dwarfs are small, cold stars.
Most of the stars are red dwarfs.
Red dwarfs are small and relatively cool stars.
Such low-mass main sequence stars are called red dwarfs.
Red dwarfs are some of the oldest and most stable stars;
The Star Ross 128 belongs to the class of stars, red dwarfs.
Small stars known as red dwarfs may last trillions of years.
Most stars close to the Sun are red dwarfs.
Red dwarfs are the smallest, coolest, and most common type of star.
When they do go into their“red” phase, they are called“red dwarfs”.
Red Dwarfs are long lived stars, so the time will also be there to do it.
Astronomers know of the existence of a class stars are white, brown and red dwarfs.
Red dwarfs are very long-lived stars, so life would have plenty of time to develop.
Billions of rocky planets in the habitable zones around red dwarfs in the Milky Way.
Red dwarfs last much longer than stars like ours, so life could have plenty of time to develop.
They considered planets orbiting closely around relatively small and cool stars called red dwarfs.
About 80% of all stars are red dwarfs although none are visible from Earth with the naked eye.
If you could collect all the stars together and put them in piles, the biggest pile, by far,would be the red dwarfs.
All planets revolve around small cool red dwarfs located near our solar system.
Red dwarfs are the most common type of star in the universe, and brown dwarfs are one step below that.
Also, K stars have less extreme activity in their youth than the universe's dimmest stars,called M stars or“red dwarfs.”.
Most of the stars are red dwarfs- stars with a tenth of the Sun's mass and less than one hundredth the luminosity.
This is the first direct measurement of the frequency of super-Earths around red dwarfs, which account for 80% of the stars in the Milky Way.
Red dwarfs burn with less than 1/10,000th the energy of the Sun, and can sip away at their fuel for 10 trillion years before running out of hydrogen.
As more and more red dwarfs have been scrutinized for variability, more of them have been classified as flare stars to some degree or other.
Active red dwarfs that emit coronal mass ejections would bow back the magnetosphere until it contacted the planetary atmosphere.
White and red dwarfs(dense stars) cannot have such angular velocities of rotation because centrifugal forces would rapidly break them up.
Meanwhile, the small red dwarfs emit small amounts of energy and burn out very slowly- it is estimated that they may shine through the hundreds of billions of years.