Приклади вживання Massive stars Англійська мовою та їх переклад на Українською
{-}
-
Colloquial
-
Ecclesiastic
-
Computer
What's new with massive stars?
The most massive stars evolve most rapidly.
In these haloes one or several massive stars are formed.
More massive stars will evolve even more quickly.
Astronomers don't yet fully understand how massive stars in our galaxy are formed.
Люди також перекладають
More massive stars die by photodisintegration.
This study, however,now bolsters that option as a way to form massive stars.
On the other hand much less massive stars can continue to shine for many billions of years.
And even then itwas a long time before the implications of the theory for massive stars were understood.
More massive stars, such as those with masses of over 20 times our Sun's mass, may eventually create a black hole.
At the center of the collision,they found 10 objects that appear to be young, massive stars.
That's because star-forming galaxies have massive stars that explode soon after birth, raising the oxygen level.
This research waspresented in a paper“Binary interaction dominates the evolution of massive stars”, H. Sana et al.
The most massive stars, above about 100 M☉, hardly move at all from their position as O main-sequence stars. .
Long gamma ray bursts last for tens of seconds and occur when massive stars burn out, collapse, and explode.
It shows not just the brilliant massive stars, but hundreds of thousands of much fainter stars[3] that were previously invisible.
And we need to have a better understanding of external factors that could affect planet formation,such as supernovae(explosions of old, massive stars.).
The least massive stars are about 8% that of the sun, and the most massive are a few tens of times the mass of the sun.
Binary interaction dominates the evolution of massive stars", H. Sana et al., Science, July 27, 2012.
Massive stars shine brilliantly and have short lives and less massive ones, such as the Sun, shine more modestly for billions of years.
A white dwarf is the fate of such stars and billions of similar, but for massive stars, such as Betelgeuse, in this case will not end.
Cepheids in particular are massive stars, with short lifetimes, so they will only be found in places where stars have very recently been formed.
First, stellar winds- streams of charged particles from the hot and massive stars in the central cluster- cleared out the central region.
This suggests that massive stars that die as GRBs change the environment in their star-forming region before they explode.
Based on his equations, Poplawski thinks such exotic matter mighthave been created when some of the first massive stars collapsed and became wormholes.
Stellar winds and radiation pressure from the massive stars begins to drive away the hot ionized gas at a velocity matching the speed of sound in the gas.
It determines the processes occurring in the bowels of not very massive stars, such as the Sun, and affects the probability of neutrino interaction with matter.
As they are formed from rare, very massive stars, the rate of Type Ib and Ic supernovae occurrence is much lower than the corresponding rate for Type II supernovae.
The scientific community was slow to realize that massive stars could collapse in on themselves, under their own gravity, and how the object left behind would behave.