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Inhomogeneous line shape theory of electronic transitions for molecules embedded in superfluid helium droplets

Dick, Bernhard and Slenczka, Alkwin (2001) Inhomogeneous line shape theory of electronic transitions for molecules embedded in superfluid helium droplets. Journal of Chemical Physics 115 (22), pp. 10206-10213.

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Abstract

A model is developed for the calcn. of the inhomogeneous line shapes of electronic transitions of mols. embedded in superfluid liq. helium droplets. This model takes account of the cluster size distribution, and the size dependence of the capture cross section and the resonance frequency. Fits to exptl. spectra yield very good agreement and reasonable values for the model parameters.


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Item type:Article
Date:2001
Additional Information (public):CAN 136:125680 73-4 Optical, Electron, and Mass Spectroscopy and Other Related Properties 7440-59-7 (Helium) Role: NUU (Other use, unclassified), USES (Uses) (inhomogeneous line shape theory of electronic transitions for mols. embedded in superfluid helium droplets including size dependence of cluster, capture cross section, and resonance frequency); 574-93-6 (Phthalocyanine) Role: PRP (Properties) (inhomogeneous line shape theory of electronic transitions for mols. embedded in superfluid helium droplets including size dependence of cluster, capture cross section, and resonance frequency)
Institutions:Chemistry and Pharmacy > Institut für Physikalische und Theoretische Chemie > Chair of Chemistry III - Physical Chemistry (Molecular Spectroscopy and Photochemistry) > Prof. Dr. Bernhard Dick
Chemistry and Pharmacy > Institut für Physikalische und Theoretische Chemie > Chair of Chemistry III - Physical Chemistry (Molecular Spectroscopy and Photochemistry) > Prof. Dr. Alkwin Slenczka
Identification Number:
ValueType
2001:876629Other
Keywords:Clusters; Drops; Electronic transition; Size distributions; Superfluids (inhomogeneous line shape theory of electronic transitions for mols. embedded in superfluid helium droplets including size dependence of cluster, capture cross section, and resonance frequency); inhomogeneous line shape electronic transition mol helium droplet
Dewey Decimal Classification:500 Science > 540 Chemistry & allied sciences
Status:Published
Refereed:Yes, this version has been refereed
Created at the University of Regensburg:Yes
Item ID:5529
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