Приклади вживання Stellar winds Англійська мовою та їх переклад на Українською
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Many have extremely powerful stellar winds.
Strong stellar winds and intense ultraviolet radiation from these young stars have carved out a pocket in the nearby gas and dust.
Astronomers thought that the gascloud might have been created by stellar winds from the stars orbiting the black hole.
Instead, stellar winds play a key role in the process as their intensity is dependent on the star's own initial mass.
The transition from the Sun to the stars,convection and heating of the plasma in the outer atmosphere, stellar winds and cooling crowns.
Colliding stellar winds from a known double star in orbit around the central black hole may have led to the formation of the cloud.
This simulation shows how bubbles form over thecourse of 4.7 million years from the intense stellar winds off a massive star.
Their stellar winds, energy and the supernova explosions they generate in turn can impact the formation of other stars and galaxies.
They are cool, red WEB giants with largemass loss in the form of strong WEB stellar winds, and are typically long period variables.
Supernovas and stellar winds blow gas out of the galactic disc, but that gas falls back onto the galaxy to form new generations of stars.
But SOFIA's observations suggest that infant stars generate stellar winds that can blow away the seed material required to form new stars.
The strongest stellar winds release kinetic energy of 1051 ergs(1044 J) over the lifetime of a star, which is equivalent to a supernova explosion.
It is during this rapid but crucial phase when the stars expand to huge dimensions and cool down,losing a major fraction of their mass due to the strong stellar winds.
First, stellar winds- streams of charged particles from the hot and massive stars in the central cluster- cleared out the central region.
The chemical composition of our galaxy's most massive stars suggests that they lose most of their mass at the end of their lives through explosions andpowerful stellar winds.
Supernovae and strong stellar winds blow gas out of the disk of the galaxy, but this gas falls back into the galaxy, forming new generations of stars.
Planet so close to a star, a thin atmosphere would be stripped away by the star's intense radiation andoutflow of material(often called stellar winds).
Firstly, stellar winds- streams of charged particles from the very hot and massive stars in the central cluster- cleared out the central region.
In addition to this strong radiation,massive young stars also produce powerful stellar winds that eventually cause the gas around them to disperse and stream away.
Stellar winds and radiation pressure from the massive stars begins to drive away the hot ionized gas at a velocity matching the speed of sound in the gas.
On this beautiful close-up on a cosmic clouds and stellar winds special attention attracts the star LL Orionis, interacting with the flow in the Orion Nebula.
One explanation for the formation of the cloud is that its material may have come from nearby young massive stars that arerapidly losing mass due to strong stellar winds.
But as the stars get hotter and brighter,their intense radiation and stellar winds gradually clear the clouds around them until they emerge in all their glory.
Intense radiation and stellar winds from the cluster's brilliant stars have sculpted the dusty Pillars of Creation over time and should fully evaporate them in about three million years.
It contains many hot young blue-white stars thatshine brightly and generate powerful stellar winds that tend to gradually disperse the remaining gas and dust from their surroundings.
Stellar winds from young clusters of stars(often with giant or supergiant HII regions surrounding them) and shock waves created by supernovae inject enormous amounts of energy into their surroundings, which leads to hypersonic turbulence.
You get to the location of Sagittarius A* and can see about 25 Wolf-Rayet stars,continuously displacing stellar winds(from black and red to yellow).
If stellar winds aren't so extreme as to compress an exoplanet's magnetic field close to its surface, the magnetic field prevents atmospheric escape, so there are more particles in the atmosphere and a stronger resulting infrared signal.".
This implies that the stellar winds from their progenitor stars must have been relatively weak, and therefore that the metallicity(mass fraction of chemical elements heavier than hydrogen and helium) must have been less than about half the solar value.