In the present paper we report experimental evidence of a new effect, observed for the first time by Gozzini et al. on sodium vapour, in which an important rubidium vapour density increase (larger than one order of magnitude) is observed when silane-coated cells are shined by non-resonant and weak light. The effect is due to non-thermal light-induced atom desorption. A preliminary analysis of its dependence on the light power density and on the wavelength has been carried out. © 1994 IOP Publishing Ltd.
Meucci, M., Mariotti, E., Bicchi, P., Marinelli, C., Moi, L. (1994). Light-induced atom desorption. EUROPHYSICS LETTERS, 25(9), 639-643 [10.1209/0295-5075/25/9/001].
Light-induced atom desorption
MARIOTTI, E.;BICCHI, P.;MARINELLI, C.;MOI, L.
1994-01-01
Abstract
In the present paper we report experimental evidence of a new effect, observed for the first time by Gozzini et al. on sodium vapour, in which an important rubidium vapour density increase (larger than one order of magnitude) is observed when silane-coated cells are shined by non-resonant and weak light. The effect is due to non-thermal light-induced atom desorption. A preliminary analysis of its dependence on the light power density and on the wavelength has been carried out. © 1994 IOP Publishing Ltd.
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https://hdl.handle.net/11365/20159
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