Mass Excesses of Some Proton Rich Light Nuclides
K. Gul
Abstract
K. Gul
Abstract
Mass excesses of some proton rich light nuclides with mass number less than 40 have been computed on the basis of isobaric mass multiplet equation using up-to-date data on isobaric analogue states. These have been compared with the updated Janecke-Garvey-Kelson and experimental mass values. The present mass values of proton rich light nuclides agree with experimental mass values in general within 150 keV.
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Mass excesses of some proton rich light nuclides with mass number less than 40 have been computed on the basis of isobaric mass multiplet equation using up-to-date data on isobaric analogue states. These have been compared with the updated Janecke-Garvey-Kelson and experimental mass values. The present mass values of proton rich light nuclides agree with experimental mass values in general within 150 keV.
Key concepts: Nuclide, Isobaric process, Physics, Mass formula, Multiplet, Proton, Mass number, Nuclear physics