Eksempler på bruk av Supernova explosion på Engelsk og deres oversettelse til Norsk
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Due to the fact that a star located at a distance of 642,5 light-years from Earth, the supernova explosion will be visible even from the surface of our planet,
an unusually bright supernova explosion.
Traces of a supernova explosion have become discovered deposits of the isotope of iron-60 is a radioactive isotope of iron,
astronomers with awe like a star exploded in a neighboring galaxy- that was the closest to our planet is a supernova explosion for the last 400 years.
which is hidden in a still-cooling stellar debris from a supernova explosion.
giant stars die in a very dramatic way,- their last moments of life associated with strong disaster- supernova explosion and the creation of a bright nebula of gas and dust.
However, although the scientific world for quite some time watching the activity of the stars, supernova explosion for some reason and not happening, and she Betelgeuse simply dims gradually.
along with the heavier elements created during the supernova explosion, by the next generation of stars, which may make
formation on the image to the right under copyright was formed after a supernova explosion(16 years later),
Supernova explosions may also sculpt H II regions.
All heavy elements are created in gigantic supernova explosions.
Preon stars could originate from supernova explosions or the big bang.
So these giant supernova explosions of extremely massive stars make black holes.
Long bursts are associated with the supernova explosions of massive young stars in star-forming galaxies.
The stars' dazzlingly bright light, along with violent supernova explosions, blow away most of the material. In fact, 90% of the material will go to waste!
A combination of supernova explosions and strong winds from massive stars in the starburst region drives a vast flow of gas from the galaxy into space- a so-called“superwind”.
A combination of supernova explosions and strong winds from massive stars in the starburst region drives a vast outflow of gas from the galaxy into space- a so-called“superwind”.
The stellar wind and supernova explosions from these stars eventually serve to disperse the cloud,
When this material was subsequently spewed back into space by intense particle winds from massive young stars and supernova explosions the amounts of heavy elements in the galaxy gradually increased.
It is being carved by the winds from bright young stars and the shockwaves from supernova explosions.