Examples of using Heavier elements in English and their translations into Swedish
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Colloquial
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Medicine
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Ecclesiastic
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Ecclesiastic
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The inner core consists of heavier elements.
The heavier elements known by us on Earth accounted for less than 2%.
Such stars fuse helium into heavier elements, like carbon and oxygen.
Like carbon and oxygen. Such stars fuse helium into heavier elements.
The heavier elements from oxygen to iron are produced largely by supernova explosions within the galaxy.
These heavier elements get blasted into space when massive dying stars explode as supernovae.
made of heavier elements, such as carbon, iron or silicon.
The nuclear fusion reactions that take place when a star has stopped fusing hydrogen to helium generate heavier elements.
helium and traces of heavier elements, this region is the hot and energetic birthplace of new stars.
tiny amounts of heavier elements.
So, it is expected that the amount of heavier elements in most galaxies gradually increases as the Universe ages.
fusing at its center into helium and heavier elements.
The heavier elements are produced during the lives and deaths of generations of stars,
trace amounts of heavier elements.
The dominant theory of how the first heavier elements were formed is that a class of stars,
NGC 6543 consists mostly of hydrogen and helium, with heavier elements present in small quantities.
The core is thought to consist of heavier elements at such high temperatures(20,000 K)
combine into heavier elements such as helium.
The hot compact star continues to fuse heavier and heavier elements in its centre until it explodes as a supernova.
trace amounts of heavier elements.
Working their way up to heavier elements. All stars start out burning hydrogen, the lightest atom, fusing hydrogen atoms into helium.
working their way up to heavier elements. fusing hydrogen atoms into helium.
They seeded space with heavier elements, making possible the formation of planets,
The first generations of stars processed this primitive material to create heavier elements such as oxygen,
They seeded space with heavier elements, As the first generation of stars died,
It is expected that galaxies in the young Universe will be found to contain smaller amounts of heavier elements than galaxies at the present day, such as the Milky Way.
If these heavier elements are exposed to radiation, they are able to decay faster and because of that the storage time in a deep repository can be reduced.
Fusing hydrogen atoms into helium, working their way up to heavier elements. All stars start out burning hydrogen-- the lightest atom.
The heavier elements in these stars can work their way to the surface, forming evolved objects known as Wolf-Rayet stars that have a dense stellar wind which sheds the outer atmosphere.