ArF laser photolysis of OCSe. II. Effect of vibrational excitation on Se(1S) quantum yields
Author:
Publisher
AIP Publishing
Subject
Physical and Theoretical Chemistry,General Physics and Astronomy
Link
http://aip.scitation.org/doi/pdf/10.1063/1.437435
Reference12 articles.
1. The possibility of high‐energy‐storage lasers using the auroral and transauroral transitions of column‐VI elements
2. Photodissociation lasers using forbidden transitions of selenium atoms
3. Quantum yields for the production of Se(1S) from OCSe (1100–2000 Å)
4. Ultraviolet absorption of CF3I induced by excitation of the ν1 vibrational mode at 9.6 μm
5. Photolytic production of S(1S) from OCS by two‐quantum and vibrationally dependent mechanisms
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1. Matrix isolation studies of carbonyl selenide, OCSe: Evidence of the formation of dimeric species, (OCSe)2;Vibrational Spectroscopy;2014-01
2. Photofragment Dynamics;Advances in Chemical Physics;2007-03-14
3. Bond-Selected Chemistry: Vibrational State Control of Photodissociation and Bimolecular Reaction;The Journal of Physical Chemistry;1996-01-01
4. Vibrationally Mediated Photodissociation: Exploring Excited-State Surfaces and Controlling Decomposition Pathways;Annual Review of Physical Chemistry;1993-10
5. State resolved photodissociation of vibrationally excited water: Rotations, stretching vibrations, and relative cross sections;The Journal of Chemical Physics;1991-02
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