Deuterijum – razlika između verzija
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==Primene==
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Deuterium is useful in [[nuclear fusion]] reactions, especially in combination with [[tritium]], because of the large reaction rate (or [[Cross section (physics)|cross section]]) and high [[energy]] yield of the D-T reaction. Unlike [[Hydrogen-1|protium]], deuterium undergoes fusion via the strong interaction, making its use for commercial power plausible.
In [[chemistry]] and [[biochemistry]], deuterium is used in [[tracer]] molecules to study [[chemical reaction]]s and [[metabolic pathway]]s because chemically it behaves identically to ordinary hydrogen, but it can be distinguished from ordinary hydrogen by its mass using [[mass spectrometry]].
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== Podaci==
*gustina: 0,180
*atomska težina: 2,01355321270.
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:*čvrstog: 195 kg/m<sup>3</sup>
:*gasovitog: 0,452 -{kg/m<sup>3</sup>}-
*viskoznost: 1,3
*specifična toplota na konstantnom pritisku ''c<sub>p</sub>'':
:*čvrstog: 2950 J/(kg·K)
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[[Kategorija:Environmental isotopes]]-->
[[Kategorija:
[[Kategorija:Izotopi]]
[[Kategorija:Kemijski elementi]]
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