Приклади вживання Supergiants Англійська мовою та їх переклад на Українською
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Red Giants and Supergiants.
Supergiants are among the most massive stars.
The largest stars are called supergiants.
Red supergiants are stars with a supergiant luminosity class of spectral type K or M.
The brightest stars are called supergiants.
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Red supergiants are stars with a supergiant luminosity class(Yerkes class I) of spectral type K or M.
The largest stars are called supergiants.
Lower mass blue supergiants continue to expand until they become red supergiants.
The brightest stars are called supergiants.
Blue supergiants(BSGs) are hot luminous stars, referred to scientifically as OB supergiants.
Stars there are called giants and supergiants.
Like all red supergiants, Betelgeuse will one day go supernova, but astronomers don't think this is happening now.
These stars are commonly called giants, and supergiants.
These stars usually become blue supergiants, although it is possible that some of them evolve directly to Wolf- Rayet stars.
To the upper right are red giants and supergiants.
Like all red supergiants, Betelgeuse will one day become a supernova, but astronomers don't believe this is happening now.
Above them lie the much rarer bright giants and supergiants.
The most massive blue supergiants are too luminous to retain an extensive atmosphere and they never expand into a red supergiant.
Within a few million years, very massive stars evolve into supergiants.
Of course,” he added,“our knowledge of red supergiants remains incomplete, and this is still a work in progress, so a surprise can still happen.”.
It seems that only some giants, and very few supergiants, possess coronae.
Over their lifetimes, red supergiants like Betelgeuse create and eject vast amounts of material even before they explode as supernovae.
It seems that only some giants, and very few supergiants possess coronae.
They are sometimes referred to as cool hypergiants in comparison to O- and B-type stars,and sometimes as warm hypergiants in comparison to red supergiants.
More commonly, hypergiants are classed as Ia-0 or Ia+,but red supergiants are rarely assigned these spectral classifications.
This includes SRc and Lc starswhich are respectively semi-regular and irregular cool supergiants.
More commonly, hypergiants may be classed as Ia-0 or Ia+,but red supergiants rarely receive these extra spectral classifications.
After burning all their hydrogen,all stars of ten solar masses or more become red supergiants.
Blue supergiants show varying quantities of heavy elements in their spectra, depending on their age and the efficiency with which the products of nucleosynthesis in the core are convected up to the surface.