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• W2071001094 abstract "The distribution of population in the ground-state sublevels of an optically pumped alkali-metal vapor has been found to be strongly dependent on the mechanism assumed responsible for relaxation. Two modes of optical pumping zero mixing and complete mixing in the excited state, and three modes of alkali relaxation, uniform, Zeeman, and electron randomization, are considered. Calculations of the sublevel relative populations are made in terms of experimentally measurable parameters for all six combinations of pumping and relaxation modes. Optical-pumping transient signals are then used to demonstrate that alkali relaxation due to wall collisions is of the low-frequency Zeeman variety, while relaxation due to alkali-rare-gas collisions takes place through randomization of the spin of the alkali valence electron. Equations for the rate of change of the electronic spin polarization are derived for all cases, and are found to be nonexponential, in contrast with the case of an alkali of zero nuclear spin." @default.
• W2071001094 created "2016-06-24" @default.
• W2071001094 creator A5042002350 @default.
• W2071001094 date "1966-01-07" @default.
• W2071001094 modified "2023-09-27" @default.
• W2071001094 title "Relaxation Mechanisms in Optical Pumping" @default.
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• W2071001094 doi "https://doi.org/10.1103/physrev.141.105" @default.
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