Anomalously small jet-cooling of benzene: Absence of efficient low-energy collision-induced vibrational relaxation
Author:
Publisher
Elsevier BV
Subject
Physical and Theoretical Chemistry,General Physics and Astronomy
Reference17 articles.
1. Further evidence for enhanced vibrational relaxation induced by very-low-energy atom-polyatom collisions
2. Ultraviolet spectra of benzene clusters
3. Fluorescence excitation spectra of weakly bound complexes of benzene in a supersonic free jet
4. 1B2u↔1A1g spectroscopy of jet‐cooled benzene: Single vibronic level fluorescence studies
5. Resonance enhanced two‐photon ionization studies in a supersonic molecular beam: Bromobenzene and iodobenzene
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1. Inefficient Vibrational Cooling of C60 in a Supersonic Expansion;ISRN Physical Chemistry;2013-12-25
2. The dynamics of evaporation from a liquid surface;Chemical Physics Letters;2011-09
3. A photoionization study of vibrational cooling in molecular beams;International Journal of Mass Spectrometry and Ion Processes;1996-12
4. Determination of the Splitting of the 6a10 and 6b10 Bands of 13C-Hexadeuterobenzene in a Supersonic Jet;Journal of Molecular Spectroscopy;1995-04
5. Production and unimolecular decay rate of rotationally selected polyatomic molecular ions;The Journal of Chemical Physics;1988-05-15
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