The study of the very complicated atom-surface interaction in presence of light had an increasing momentum during these last few years. A new field has been opened by a recent experiment made by Gozzini et al.,1 where a new and interesting effect, consisting in a huge sodium desorption when a silane coated cell is illuminated at room temperature, has been observed. Similar results, still in silane coated cells, have also been obtained by Meucci et al.2 with rubidium and cesium. The effect, shortly indicated hereafter as LIAD (light-induced atom desorption), is totally different from the other processes produced by very intense laser pulses, where the main effect produced by light is a thermal one.

Mariotti, E., Meucci, M., Marinelli, C., Bicchi, P., Moi, L. (1994). Nonthermal light-induced atom desorption: main features and dynamics. In European Quantum Electronics Conference, Technical Digest Series (pp.173-174).

Nonthermal light-induced atom desorption: main features and dynamics

Mariotti, E.;Meucci, M.;Marinelli, C.;Bicchi, P.;Moi, L.
1994-01-01

Abstract

The study of the very complicated atom-surface interaction in presence of light had an increasing momentum during these last few years. A new field has been opened by a recent experiment made by Gozzini et al.,1 where a new and interesting effect, consisting in a huge sodium desorption when a silane coated cell is illuminated at room temperature, has been observed. Similar results, still in silane coated cells, have also been obtained by Meucci et al.2 with rubidium and cesium. The effect, shortly indicated hereafter as LIAD (light-induced atom desorption), is totally different from the other processes produced by very intense laser pulses, where the main effect produced by light is a thermal one.
Mariotti, E., Meucci, M., Marinelli, C., Bicchi, P., Moi, L. (1994). Nonthermal light-induced atom desorption: main features and dynamics. In European Quantum Electronics Conference, Technical Digest Series (pp.173-174).
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11365/1219235