Deuterium: Difference between revisions
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{{Elem_Infobox | |||
|background1=ffffff | |||
|elementColor=ff3333 | |||
|elName=Deuterium | |||
|elMass= | |||
|elSym=D | |||
|elNum=1 | |||
|eltrnCfg=1''s''<sup>1</sup> | |||
|no1= | |||
|no2= | |||
|no3= | |||
|no4= | |||
|properties=gas | |||
|compounds= | |||
|uses=NMR spectroscopy | |||
|hazard= | |||
}} | |||
'''Deuterium''', chemical symbol '''D''' or '''<sup>2</sup>H''' is an [[isotope]] of the element [[hydrogen]] which has an extra [[proton]]. A compound containing deuterium is said to be deuterated. Deuterated chemicals are widely use in [[NMR spectroscopy]], either as [[chemical shift]] references, as solvents, or to reduce the relaxation rates of NMR signals in large compounds like proteins. | '''Deuterium''', chemical symbol '''D''' or '''<sup>2</sup>H''' is an [[isotope]] of the element [[hydrogen]] which has an extra [[proton]]. A compound containing deuterium is said to be deuterated. Deuterated chemicals are widely use in [[NMR spectroscopy]], either as [[chemical shift]] references, as solvents, or to reduce the relaxation rates of NMR signals in large compounds like proteins. | ||
Revision as of 17:09, 13 January 2008
Deuterium, chemical symbol D or 2H is an isotope of the element hydrogen which has an extra proton. A compound containing deuterium is said to be deuterated. Deuterated chemicals are widely use in NMR spectroscopy, either as chemical shift references, as solvents, or to reduce the relaxation rates of NMR signals in large compounds like proteins.