The analysis of anisotropic photodissociation time-of-flight data obtained from a rotating source machine
The analysis of anisotropic photodissociation time-of-flight data obtained from a rotating source machine
The importance of the anisotropy of a photodissociation process on the observed time-of-flight spectrum obtained with a rotating source machine is demonstrated and a methodology for evaluating the dependence of the anisotropy beta parameter on the recoil velocity (and thus the internal state of the fragment) is demonstrated for the photolysis of CS2 at 193 nm and CF3I at 248 nm. The effects on the observed scattering of more than one dissociation pathway and the role of more than one electronic surface in the dissociation process are considered.
1419-1434
Frey, J.G.
bcd6120a-ce66-4e01-99b5-9ced44cd0ec9
Felder, P.
1710fae5-5f1f-409b-b364-4b0df49a702f
1992
Frey, J.G.
bcd6120a-ce66-4e01-99b5-9ced44cd0ec9
Felder, P.
1710fae5-5f1f-409b-b364-4b0df49a702f
Frey, J.G. and Felder, P.
(1992)
The analysis of anisotropic photodissociation time-of-flight data obtained from a rotating source machine.
Molecular Physics, 75, .
Abstract
The importance of the anisotropy of a photodissociation process on the observed time-of-flight spectrum obtained with a rotating source machine is demonstrated and a methodology for evaluating the dependence of the anisotropy beta parameter on the recoil velocity (and thus the internal state of the fragment) is demonstrated for the photolysis of CS2 at 193 nm and CF3I at 248 nm. The effects on the observed scattering of more than one dissociation pathway and the role of more than one electronic surface in the dissociation process are considered.
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Published date: 1992
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Local EPrints ID: 15931
URI: http://eprints.soton.ac.uk/id/eprint/15931
ISSN: 0026-8976
PURE UUID: 8870da2d-eeab-4a3b-884f-f402da1acaa4
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Date deposited: 16 Jun 2005
Last modified: 11 Dec 2021 14:04
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Author:
J.G. Frey
Author:
P. Felder
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