Examples of using Stellar winds in English and their translations into Ukrainian
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their intense radiation and stellar winds gradually clear the clouds around them until they emerge in all their glory.
outflow of material(often called stellar winds).
freshly formed blue-white O and B stars give off intense ultraviolet radiation and stellar winds that blow away less dense materials from their vicinity.
Solar systems are born when shock waves from stellar winds and other nearby supernovae compress
Another possibility for the origins of the gas cloud is that its material may have come from nearby young massive stars that are rapidly losing mass due to strong stellar winds.
hydrogen-burning stars that are just starting to convect nitrogen and helium to the surface and develop denser stellar winds so that they show the emission lines of a Wolf-Rayet star.
Before they are able to eliminate all other possible explanations for the apparent jets- which range from intense stellar winds to shock waves within the accretion disk- they need to gather more observational evidence to prove the jets really do exist.
The hybrid mechanism indicates that during its lifespan, the star may gradually lose part of its mass both to its companion star as a result of interaction as well as due to stellar winds.
Those new stars, in the case of Makani, likely caused the huge outflows- either in stellar winds or at the end of their lives when they exploded as supernovae.”.
This implies that the stellar winds from their progenitor stars must have been relatively weak,
particle-like entities(cosmic rays, stellar winds, neutrinos, and so on).
particle-like entities(cosmic rays, stellar winds, neutrinos, and so on).
These winds can form stellar wind bubbles dozens of light years across.
Stellar Wind.
So high stellar wind pressure early on could increase the rate of atmospheric escape.
These movements give the stellar wind a spiral shape.”.
The system is surrounded by clouds of stellar wind and cosmic dust.
Stellar Wind tells you.
Its stellar wind is over 10 billion times stronger than the Sun's.
The magnetic field of a star interacts with the stellar wind.
