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Names for the Hydrogen Isotopes
Science, 1933H C, Urey, F G, Brickwedde, G M, Murphy
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Nature, 1967
HYDROGEN isotope diffusion in metals and polymers has generally been treated in the literature as a single body problem with the motion of the hydrogen regarded as the important parameter. On this basis the equation for interstitial diffusion of hydrogen atoms in metals or molecular diffusion in polymers follows an equation of the form
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HYDROGEN isotope diffusion in metals and polymers has generally been treated in the literature as a single body problem with the motion of the hydrogen regarded as the important parameter. On this basis the equation for interstitial diffusion of hydrogen atoms in metals or molecular diffusion in polymers follows an equation of the form
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Separation of the Isotopes of Hydrogen
Nature, 1933As soon as it was known1 that the heavy isotope of hydrogen could be separated by electrolysis, experiments were started in this Laboratory to elucidate the mechanism of the separation.
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1987
Hydrogen, known affectionately yet confusingly as “the proton” to NMR spectroscopists, can be regarded as the mother nucleus of high-resolution study. Its place and contribution to organic chemistry are well documented and its use is extensive, both because of its early emergence in the commercial spectrometer world and because it is the most sensitive,
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Hydrogen, known affectionately yet confusingly as “the proton” to NMR spectroscopists, can be regarded as the mother nucleus of high-resolution study. Its place and contribution to organic chemistry are well documented and its use is extensive, both because of its early emergence in the commercial spectrometer world and because it is the most sensitive,
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