Приклади вживання Surrounding gas Англійська мовою та їх переклад на Українською
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Black holes behave differently: they can gradually absorb the surrounding gas or a whole star at once.
Because of its strong influence in the surrounding gas cloud, the formation of new stars phased out for many millions of years ago, but the black hole forms a truly gigantic structure.
More than half of such a star's mass can be shed in this manner,forming a shell of surrounding gas. .
About two or three million years after it formed, gravitational forces from surrounding gases in the solar system pushed it inwards to its current orbit.
Due to the high speed of the gas, shock-fronts are formed on impact and heat the surrounding gases.
They are formed when the gas ejected from these stars, interacts with the surrounding gas and dust clouds at speeds of several hundred kilometers per second.
Stellar winds and intense radiation from these youngstars have blown open a hollow in the surrounding gas and dust.
Astronomers rather watchalready the effects of a supermassive black hole on the surrounding gas, dust and stars than the object itself(in the end, the black hole is black on definition).
Due to their sizes-one to three kilometers-these moons are more influenced by surrounding gas and dust.
Astronomers depend on observing theeffect a supermassive black hole has on the surrounding gas, dust and stars rather than seeing the object itself(after all, by definition, a black hole is black).
The stellar wind and radiation from the newbornstars has also punched out a cavity in the surrounding gas and dust.
Although the stars themselves are not visible, material they have ejected is colliding with the surrounding gas and dust clouds, and is creating a surreal landscape of glowing arcs, blobs and streaks.
Such a surface greatly reduces the input voltage,which can begin the process of ionization of the surrounding gas[1].
The fantastic ridges and swept back shapes in the surrounding gas and dust strongly suggest that energetic radiation and shock waves from NGC 602's massive young stars are eroding that material and are triggering a progression of star formation moving away from the cluster's center.
The intense radiation pouring out from these newly-born stars causes the surrounding gas to glow brightly.
The explosion itself is often followed by a slowly fading emission, known as an afterglow,which is thought to be created by collisions between the ejected material and the surrounding gas.
The second theoryrelates to the fact that black holes drag surrounding gas onto them, which heats the gas. .
They found that each of the dusty filaments has a width of about 200 light-years,and a density some 10 times greater than the surrounding gas.
The strikingly different colors of NGC 2014 andNGC 2020 are the result of both the different chemical makeup of the surrounding gas and the temperatures of the stars that are causing the clouds to glow.
In the course of stellar evolution, they collapsed into black holes and began to gravitate towards the galactic center, where there were already supermassive black hole,absorbing the surrounding gas and dust.
The short-lived blue stars that recently formed in Messier 17emit enough ultraviolet light to heat up surrounding gas to the extent that it begins to glow brightly.
Bright star AE Area, which is visible near the center of the nebula, so hot that emitted the blue light hassufficient energy to dislodge electrons from atoms of the surrounding gas.
The stellar remnant at the center is the hot core of the red giant,from which ultraviolet radiation floods out into the surrounding gas, causing it to fluoresce.
The intense ultraviolet radiation from several of NGC 3324's hot young stars causes the gas cloud to glow with rich colours andhas carved out a cavity in the surrounding gas and dust.
In many galaxies the material around the supermassive black hole at the centre gives off intense radiation andionises the surrounding gas so that it glows strongly.
The mass of an object is 12 times greater than the mass of the Sun, he is a young star surrounded by the accretion disc, and generates bipolar high-speed narrow streams of matter(jets), which, spreading,may be faced with surrounding gas and dust clouds.