Deuterium isotope effect on the cross section for the dissociative excitation process: Ar(3P0,2)+CH3CN, CD3CN→Ar+CH3, CD3+CN(B 2Σ+)
Author:
Publisher
AIP Publishing
Subject
Physical and Theoretical Chemistry,General Physics and Astronomy
Link
http://aip.scitation.org/doi/pdf/10.1063/1.453127
Reference14 articles.
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2. Vacuum ultraviolet photodissociation spectroscopy of CH3CN, CD3CN, CF3CN and CH3NC
3. The internal state distribution of CN radicals produced in the photolysis of HC2CN and CH3CN
4. Production of CN(A2Πi) in the photolysis of acetonitrile at 158 nm
5. Delayed fragmentation of acetonitrile upon short‐pulse UV irradiation: Possible role of long‐lived superexcited intermediates
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1. Reaction Dynamics with Molecular Beams and Oriented Molecular Beams: A Tool for Looking Closer to Chemical Reactions and Photodissociations;Journal of the Chinese Chemical Society;2012-04-16
2. Deuterium Isotope Effect on the Atomic Alignment Dependence in the Reaction of Oriented Ar (3P2) with (CH3CN)2 and (CD3CN)2 Dimers;The Journal of Physical Chemistry A;2007-07-04
3. Deuterium Isotope Effect on the Atomic Orbital Alignment Dependence in the Reaction of the Oriented Ar (3P2) with CH3CN (CD3CN);The Journal of Physical Chemistry A;2007-03-29
4. Photoabsorption and fluorescence excitation of malononitrile in the vacuum UV region;Chemical Physics Letters;1998-01
5. Formation of CN(B2.SIGMA.+) in the Reaction of Excited Argon Metastable Atoms with Some Simple Nitriles;The Journal of Physical Chemistry;1995-04
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