Examples of using Heavier elements in English and their translations into Vietnamese
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Computer
Heavier elements- including nitrogen,
While Seaborg's version of the extended period had the heavier elements following the pattern set by lighter elements, as it did not take into account relativistic effects,
Heavier elements than hydrogen and helium were formed in the cores of ancient and explosive stars,
Uranium has 92 protons, and is the heaviest element found naturally, but scientists can artificially create heavier elements by adding protons into an atomic nucleus.
Watson and his colleagues suspected that, if heavier elements did form during GW170817, signatures of those
All heavier elements, called metals in astronomy,
Eat too much, and this vampire star can exceed the critical density at which carbon atoms in its core fuse into heavier elements.
reflects their ancient atmospheres, which are almost entirely made up of hydrogen rather than having the more abundant heavier elements seen in younger stars.
Uranium, which has 92 protons, is the heaviest element commonly found in nature, but scientists can artificially create heavier elements by adding protons into an atomic nucleus through nuclear fusion reactions.
are fusing helium or heavier elements in the core.
However, in going down a group, around one-third of elements are anomalous, with heavier elements having higher electron affinities than their next lighter congenors.
hydrogen makes up about 75 percent, while helium makes up about 25 percent, with heavier elements making up only a tiny fraction of the universe's atoms, according to NASA.
are fusing helium or heavier elements in the core.
such reactions can't produce heavier elements like gold.
so its detection in red giants in 1952 helped bolster the theory that stars can produce heavier elements.
environments which have a higher flux of free neutrons; it produces heavier elements and more neutron-rich isotopes than the s-process.
The fusion of the helium into carbon and other heavier elements releases enormous energy and powers a strong burst of X-ray light, far more energetic than visible light.
Because the molecular clouds where stars form are steadily enriched by heavier elements from supernovae explosions, a measurement of the chemical composition of a star can be
The formation of the first stars was also what allowed for the creation of heavier elements, and therefore the formation of planets and all life as we know it.
Physicists already know that hydrogen and helium were created shortly after the big bang and that heavier elements up to and including iron are formed by nuclear fusion within stars.