Examples of using Heavier elements in English and their translations into Swedish
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combine into heavier elements such as helium.
made of heavier elements, such as carbon, iron or silicon.
helium and traces of heavier elements, this region is the hot and energetic birthplace of new stars.
The dominant theory of how the first heavier elements were formed is that a class of stars,
The heavier elements in these stars can work their way up to the surface, forming evolved objects known as Wolf-Rayet stars that have a dense stellar wind which sheds the outer atmosphere.
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.
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.
Such an island would extend the periodic table to even heavier elements and support longer isotopic lifetimes to enable chemistry experiments.
So, it is expected that the amount of heavier elements in most galaxies gradually increases as the Universe ages.
The heavier elements are produced during the lives and deaths of generations of stars,
This means that stars can actually be called the“gas factories” of the galaxy, which create the heavier elements that form the basis of permanent planets
Radioactive matter- the disorganizing tendency and activity of the heavier elements under conditions of moderate heat
The heavier elements are, generally speaking,
These regions-known as molecular clouds-consist mostly of hydrogen, with about 23 to 28 percent helium and a few percent heavier elements.
as well as heavier elements such as sodium and potassium.
with about 23- 28% helium and a few percent heavier elements.
50 neutrons, a ratio observed only in much heavier elements apart from tritium with one proton
in the next 100,000 years it will become a red supergiant as its core fuses heavier and heavier elements.
We also didn't expect that so many of the young galaxies in the survey would have heavier elements concentrated in their outer parts- this is the exact opposite of what we see in galaxies today,” adds Thierry Contini.
energy per nucleon(~5.3 MeV) when compared with the adjacent lighter and heavier elements, helium(~7.1 MeV)