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Molecular Physics
An International Journal at the Interface Between Chemistry and Physics
Volume 37, 1979 - Issue 2
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Original Articles

Reactive scattering of a supersonic oxygen atom beam: O + CS2

P.A. Gorry Chemistry Department, University of Manchester, Manchester, M13 9PL, England
,
C.V. Nowikow Chemistry Department, University of Manchester, Manchester, M13 9PL, England
&
R. Grice Chemistry Department, University of Manchester, Manchester, M13 9PL, England
Pages 329-345 | Received 24 Apr 1978, Published online: 23 Aug 2006

Citations (19)

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Read on this site (9)

N.C. Firth & R. Grice. (1987) Reactive scattering of a supersonic fluorine atom beam: F + Cl2 . Molecular Physics 60:6, pages 1261-1271.
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F.E. Davidson, A.R. Clemo, G.L. Duncan, R.J. Browett, J.H. Hobson & R. Grice. (1982) Reactive scattering of a supersonic oxygen atom beam : O + H2S. Molecular Physics 46:1, pages 33-40.
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R.J. Browett, J.H. Hobson, F.E. Davidson & R. Grice. (1981) Reactive scattering of a supersonic oxygen atom beam O + Cl2 at threshold. Molecular Physics 43:1, pages 113-121.
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R.J. Browett, J.H. Hobson & R. Grice. (1981) Reactive scattering of a supersonic oxygen atom beam : O+C3F7I. Molecular Physics 42:2, pages 425-434.
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P.A. Gorry, R.J. Browett, J.H. Hobson & R. Grice. (1980) Reactive scattering of a supersonic oxygen atom beam : O+C2F4 . Molecular Physics 40:6, pages 1325-1332.
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R.J. Browett, J.H. Hobson, P.A. Gorry, C.V. Nowikow & R. Grice. (1980) Reactive scattering of a supersonic oxygen atom beam : O + C2F5I. Molecular Physics 40:6, pages 1315-1324.
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I. Veltman, A. Durkin, D.J. Smith & R. Grice. (1980) Reactive scattering of hydroxyl radicals : OH + Br2 . Molecular Physics 40:1, pages 213-224.
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P.A. Gorry, C.V. Nowikow & R. Grice. (1979) Reactive scattering of a supersonic oxygen atom beam : O + CF3I. Molecular Physics 38:5, pages 1485-1496.
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P.A. Gorry, C.V. Nowikow & R. Grice. (1979) Reactive scattering of a supersonic oxygen atom beam : O + Cl2 . Molecular Physics 37:2, pages 347-359.
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Articles from other publishers (10)

Vahid Saheb. (2011) Quantum Chemical and Theoretical Kinetics Study of the O( 3 P) + CS 2 Reaction . The Journal of Physical Chemistry A 115:17, pages 4263-4269.
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Wen-Jui Lo, Hui-Fen Chen, Po-Han Chou & Yuan-Pern Lee. (2004) Isomers of OCS2: IR absorption spectra of OSCS and O(CS2) in solid Ar. The Journal of Chemical Physics 121:24, pages 12371-12378.
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Yuying Cheng, Jiande Han, Xirong Chen, Yasuyuki Ishikawa & Brad R. Weiner. (2001) Dynamics of the O( 3 P) + CS 2 (XΣ g + ) → SO(X 3 Σ - ) + CS(X 1 Σ + ) Reaction . The Journal of Physical Chemistry A 105:15, pages 3693-3700.
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Xirong Chen, Fei Wu & Brad R. Weiner. (1995) Internal energy distributions of the SO(X)3??) product from the O(3P) + OCS reaction. Chemical Physics Letters 247:4-6, pages 313-320.
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A. Aguilar, M. González, F. Illas, J. Rubio & R. Sayós. (1992) Quasi-classical trajectory study of the dynamics of the reaction O(3P)+CS2(X1∑+g)→CS(X1∑+)+SO(X3∑−) using two model potential energy surfaces. Chemical Physics 161:1-2, pages 99-126.
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Konrad T. Wu. (1984) Dynamics of the chemiluminescent reaction C + SO2 → SO(A 3Π) + CO. Chemical Physics Letters 107:4-5, pages 405-408.
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J.C. Whitehead. 1983. Modern Methods in Kinetics. Modern Methods in Kinetics 357 506 .
A.R. Clemo, F.E. Davidson, G.L. Duncan & R. Grice. (1981) Translational energy threshold functions for oxygen atom reactions. Chemical Physics Letters 84:3, pages 509-511.
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P N Clough & J Geddes. (1981) Some aspects of chemical interaction of molecular beams. Journal of Physics E: Scientific Instruments 14:5, pages 519-529.
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P.N. Clough & J. Johnston. (1980) Laser-induced fluorescence measurement of the vibrational distribution of CS formed in the reaction O + CS2 → CS + So. Chemical Physics Letters 71:2, pages 253-257.
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