Примери за използване на Giant stars на Английски и техните преводи на Български
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Giant stars live fast, burn bright, and die hard.
But clearly sometimes this mass limit is exceeded otherwise there would be no giant stars in the Galaxy.
When giant stars explode they make the biggest bangs in the universe.
But this mass limit is must be exceeded sometimes,otherwise there would be no giant stars in the Galaxy.
These giant stars have a tremendous influence on their local stellar neighborhoods.
Cosmic collisions are responsible… for things as varied as asteroid impacts… galaxy mergers,formation of giant stars.
The death throes of giant stars are the most dramatic events astronomers have ever witnessed.
Smaller, slower-burning stars, like our Sun,will become more common and giant stars become more rare.
In this case, the giant stars of the front side of the bowl of Ursa Minor- Kokhab and Farkad will help.
Because modern astronomical findings have revealed that the iron on Earth came from giant stars in outer space.
Instead, giant stars keep on burning, building up layer after layer of new elements deep in their core.
Astropsicists think that black holes might form when giant stars run out of fuel and collapse under their own weight.
Giant stars burn through their nuclear fuel very, very fast… sort of the, you know, the"live fast, die young.".
Because, modern astronomical findings have disclosed that the iron found in our world has come from the giant stars inout space.38.
These giant stars are called Wolf-Rayet stars and burn the hottest of any stars in our universe.
This is because modern astronomical findings have disclosed that the iron found in our world has come from the giant stars in outer space.
Another idea holds that the dual stars form after older, giant stars go supernova and the supernova remnants split into two clumps.
When giant stars exhaust their nuclear fuel, they can no longer stay hot enough to fend off the inward pull of their own gravity. The most massive stars collapse into darkness, leaving only their gravity behind.
The brilliant glow that illuminates the Sunflower's spirals is generated by newly formed blue-white giant stars, according to the Hubble Space Telescope website.
The blobs are thought to be giant stars that spend part of their orbits so close to the black hole that they get stretched out like bubble gum before returning to a compact, roughly spherical form.
Because, modern astronomical findings have disclosed that the iron found in our world has come from giant stars in outer space.38}} This is an illogical premise.
In neutron stars- superdense corpses of giant stars that exploded but haven't collapsed into singularities- the X-rays come from thermonuclear explosions on their outer crusts.
All observations pointed to the formation of a black hole orneutron star- two massively compact objects that can form when giant stars reach the end of their lives and collapse in on themselves.
The slow process occurs in the extended atmospheres of red giant stars, and the elements created there eventually drift off into space when the red giant enters its planetary nebula phase.
The discovery implies that other young massive stars in the LMC might also be runaways, andcasts light on the violent processes that can cause giant stars to be ejected from the stellar clusters in which they first form.
Usually, when we talk about black holes,we mean enormous objects formed when giant stars collapse into themselves, trapping their masses in infinitely dense singularities, surrounded by giant“event horizons” from which no light can escape.
Whether we use red giant stars or blue variable stars, rotating spiral galaxies or face-on spirals with fluctuating brightness, swarming elliptical galaxies or Type Ia supernovae, or the Cosmic Microwave Background or galaxy correlations, we should get an answer that's consistent with a Universe having the same properties.
The sudden fading of the giant star boiled astronomers.
When a giant star goes supernova and explodes, it's not always the end.
A giant star blows itself to pieces and forms a black hole.