영어에서 Supernova explosion 을 사용하는 예와 한국어로 번역
{-}
-
Colloquial
-
Ecclesiastic
-
Ecclesiastic
-
Programming
-
Computer
Several bright supernova explosions have been recorded in M83.
A black hole forms when the center of a star collapses into itself after a supernova explosion.
These supernova explosions signal the demise of very massive stars.
This implies that somewhere in the universe, there's a supernova explosion every second or so.
The supernova explosion was witnessed on planet Earth in the year 1054.
Higher energy concentration than nuclear and thermonuclear explosion, supernova explosion.
Into itself after a supernova explosion. when the center of a star collapses A black hole forms.
In another three to four million years the massive star will end its life in a supernova explosion.
Perhaps we even think that maybe supernova explosions trigger formations of planets and stars.
Lovelius suggested that the rings of old-timers trees should contain information about supernova explosions in the galaxy.
Various civilizations recorded these supernova explosions long before the telescope was invented.
So under an endless rain of cosmic dust, the air is full of pollen, micro-diamonds and jewels from other planets and supernova explosions.
Other nebulae form as the result of supernova explosions; the death throes of massive, short-lived stars.
Soviet scientist N. V. Lovelius suggested that the rings of old-timers trees should contain information about supernova explosions in the galaxy.
And for a brilliant month, one supernova explosion can be brighter than an entire galaxy containing billions of stars.
In many cases this reduces the luminosity of the supernova, and above 90 M☉ the star collapses directly into a black hole without a supernova explosion.
It would be a bit like experiencing a supernova explosion, but at point-blank range and for millions of years at a time.
Then they believed HeH+ might still exist in a planetary nebula ejected by stars like the sun in the life stage before their supernova explosion.
Laughter And today, I want to take you on a journey that starts in a supernova explosion and ends with the air that we're breathing right now.
And this dramatic bounce, which happens in a fraction of a second or so, is responsible for ejecting the rest of the star in all directions,ultimately forming a supernova explosion.
The r process is thought to occur in supernova explosions because the conditions of high temperature, high neutron flux and ejected matter are present.
It was incredible. The only conclusion we could make from this is clear evidence that there was a supernova explosion in this system, which polluted the atmosphere of this star.
Through a process that is not clearly understood, about 1%, or1044 joules(1 foe), of the energy released(in the form of neutrinos) is reabsorbed by the stalled shock, producing the supernova explosion.
The only conclusion we could make from this is clear evidence that there was a supernova explosion in this system, which polluted the atmosphere of this star.
Burning fuel at a prodigious rate and near the end of its stellar life,NGC 6888's central star should ultimately go out with a bang, creating a supernova explosion in 100,000 years or so.
According to a new study,the emergence of the Universe could trigger a supernova explosion As you know, our immense was born 14.5 billion years ago in the Big Bang.
Actually just a matter of interest: Is not excluded that in the lightning channel, especially during the steepest part of the start-up current rise curve, the volume concentration of energy(meant energy dissipate in the areaunit per time unit) even greater, than during a supernova explosion(first 10 seconds), and if not, then probably only slightly minor.
But it does mean that the dust will live forever and end up practically everywhere through some supernova explosion, if our current understanding of how it all works is correct(which it is not, in my opinion, but that is another story).
So studying supernova remnants, like the Crab Nebula, allowed astronomers to firmly conclude that the vast majority of oxygen on earth was produced by supernova explosions over the history of the universe.
He told Keck Observatory News,“While the spectra bear a resemblance to normal hydrogen-rich core-collapse supernova explosions, they grew brighter and dimmer at least five times more slowly, stretching an event which normally lasts 100 days to over two years.”.