Приклади вживання Stellar black holes Англійська мовою та їх переклад на Українською
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These type of black holes that we described, we call those stellar black holes.
We just see the stellar black holes and we see the supermassive black holes. .
The main interest in ULXs stems from the fact that their luminosity exceeds the Eddington luminosity of neutron stars and even stellar black holes.
They are not just alittle bit more massive than stellar black holes-- they are a lot more massive.
Until recently, stellar black holes could only be discovered when they gobbled up gas from a companion star.
Intermediate-mass black holes are too massive to be formed by the collapse of a single star,which is how stellar black holes are thought to form.
Until recently, stellar black holes could only be spotted when they were seen eating up gas from a nearby star.
An intermediate-mass black hole(IMBH) is a hypothetical class of black hole with mass in the range 100 to one million[citation needed] solar masses:significantly more than stellar black holes but less than supermassive black holes. .
Until just a few years ago, stellar black holes could only be discovered when they gobbled up gas from a companion star.
Stellar black holes, the most common type, are up to 20 times more massive than our own sun and are probably sprinkled in the dozens in the Milky Way.
GRS 1915+105 is the heaviest of the stellar black holes so far known in the Milky Way Galaxy, with 10 to 18 times the mass of the Sun.
Besides stellar black holes and supermassive black holes, it is speculated that a third class of intermediate mass black holes with masses between 102 and 104 M☉ also exists.
The former are'stellar black holes' the end product of massive stars, while the latter are massive black holes, and exist in the centers of galaxies.
The largest stellar black hole is thirty-three solar masses.
This makes M33 X-7 the most massive stellar black hole known.
So one theory of how these really massive black holes form is that you have a regular stellar black hole in an area that has a lot of matter than can accrete around it.
Its small size makes it a candidate for the smallest black hole discovered andis near the minimum size limit for a stellar black hole in the current lifespan of the Universe.
There aren't just only stellar collapsed black holes.
The first is the merging of stellar mass black holes and other compact objects by means of accretion.
Numerical modelling confirmed the realism of the mechanism of accelerated growth of black holes in stellar mass, which is associated with the influence of supermassive black holes.
According to various estimates, tens of thousands of black holes of stellar masses should also be involved in this movement.
If black holes grow by merging and consuming stellar matter, there should be evidence of black holes of all sizes.
If black holes grow by merging and consume stellar matter, then this should be proof of the presence of black holes of all sizes.
The unprecedented resolution and scale allowed the researchers to gain important insights into the past of our ownuniverse and to reveal how various strangely shaped galaxies transformed and how stellar explosions and black holes triggered this galactic evolution.
Therefore, the observed data are analyzed and interpreted in the context of GRT, although, strictly speaking, this theory is not experimentallyconfirmed for the conditions corresponding to the region of space-time near black holes of stellar masses(but is well confirmed in the terms of supermassive black holes).
The unprecedented resolution and scale allowed the researchers to gather key insights into our own universe's past,revealing how various oddly shaped galaxies morphed themselves into being and how stellar explosions and black holes triggered this galactic evolution.
On the one end of the scale, there are"stellar mass" black holes that form immediately after a massive star goes supernova and we also have an abundance of evidence for the existence of the supermassive behemoths that live in the centers of most galaxies.
This temperature is inversely proportional to the mass of the black hole, making it difficult to observe this radiation for black holes of stellar mass or greater.
This temperature is inversely propotional to the mass of the black hole, making it difficult to observe this radiation for black holes of stellar mass or grater.