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Imaging spectroscopy of rubidium atoms attached to helium nanodroplets

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arxiv 1109.2298 v1 pith:AJU4DWTF submitted 2011-09-11 physics.atm-clus

L. Fechner , B. Gruener , A. Sieg , C. Callegari , F. Ancilotto , F. Stienkemeier , M. Mudrich This is my paper
classification physics.atm-clus
keywords atomsrbheattachedexcitedheliumimagingionizationnanodroplets
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Highly excited states of rubidium (Rb) atoms attached to helium (He) nanodroplets are studied by two-photon ionization spectroscopy in combination with electron and ion imaging. Photoion spectra and angular distributions are in good agreement with a pseudodiatomic model for the RbHe_N complex. Repulsive interactions in the excited states entail fast dissociation followed by ionization of free Rb atoms as well as of RbHe and RbHe_2 exciplexes. Nonresonant excitation generates Rb atoms in low-lying electronic levels by statistical evaporation-like desorption.

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