Rydberg series of charge-transfer excitations: atomic chlorine and atomic hydrogen in rare gas crystals
Rydberg series obsd. in the excitation spectra of Cl and H atoms isolated in the rare gas (Rg) crystals Kr and Xe are assocd. with the charge transfer species Cl-Rg+ and H-Rg+. The progressions originate from hole states of Rg+ which converge to the top of the rare gas valence band in an analogous manner to the convergence of conventional exciton states to the bottom of the conduction band. A model based on the effective mass approxn. and a quantum defect concept predicted such progressions in Xe and Kr crystals and it is supported by the present results. In addn. to these data a review is given of similar results with other halogens and rare gases. [on SciFinder (R)]
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Kunz, H., McCaffrey, J. G., Chergui, M., Schriever, R., Uenal, O., Stepanenko, V., & Schwentner, N. (1991). Rydberg series of charge-transfer excitations: atomic chlorine and atomic hydrogen in rare gas crystals. The Journal of Chemical Physics, 95(3), 1466–1472. https://doi.org/10.1063/1.461061
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1991
95
3
1466
1472
REVIEWED
EPFL