Examples of using Its outer layers in English and their translations into Dutch
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The star instead ejects its outer layers into space.
Its outer layers blew off, extending out over 40 million miles.
it ejects its outer layers.
But hydrogen in its outer layers, beyond the core, will cause a final burst of energy out into the solar system.
the star has trouble holding on to its outer layers of material.
it ejects its outer layers… and leaves behind just a small, dense, burnt-out core… called a white dwarf.
ripping its outer layers into space.
Eventually it will shed its outer layers and all that will be left will be its cooling core, a faint cinder that will glow, well, pretty much to the end of time.
Planetary nebulae are created when an aging star blows away its outer layers of gas in a gigantic cosmic bubble.
makes a mine in the leaf, between its outer layers.
The star then has trouble holding on to its outer layers, which mostly blows off into space.
it will become highly unstable, casting off its outer layers into space.
When a star like our Sun runs out of fuel to burn, its outer layers drift away into space,
dust created when a Sun-like star blows off its outer layers of material.
At such an enormous size, it will begin to lose control of its outer layers, which will finally blow away into space.
a few times more than that of our Sun approaches the end of its life, its outer layers are thrown off into space.
This planetary nebula is the remains of a dead giant star that has thrown off its outer layers, leaving behind a small, intensely hot dwarf star.
which was created when an aging star blew away its outer layers of gas into a gigantic cosmic bubble.
has lost a lot of heat through its surface, so that its outer layers have quickly solidified("frozen")
causing it to throw its outer layers into the void as a powerful stellar wind.
expand outward to many times its current diameter(becoming a red giant), before casting off its outer layers as a planetary nebula and leaving behind a stellar remnant known as a white dwarf.
it burns to such a point that its outer layer vaporizes, and the different… Can you…?