Vibrational relaxation of highly excited diatomics. I. Method, analysis, and application to HCl(v≤7)+CO2 and N2O
Author:
Publisher
AIP Publishing
Subject
Physical and Theoretical Chemistry,General Physics and Astronomy
Link
http://aip.scitation.org/doi/pdf/10.1063/1.443391
Reference38 articles.
1. Infra-red chemiluminescence from vibrationally excited CO. Part 2.—Product distribution from the reaction O + CS → CO + S
2. Infra-red chemiluminescence from vibrationally excited CO. Part 2.—Product distribution from the reaction O + CS → CO + S
3. Infra-red chemiluminescence from vibrationally excited CO. Part 2.—Product distribution from the reaction O + CS → CO + S
4. Quenching of infra-red chemiluminescence. Part 2.—Rates of energy transfer from HCl(v⩽ 3) to HBr, HCl and CO2
5. Quenching of Infrared Chemiluminescence: Rates of Energy Transfer from HF (v ≤ 5) to CO2 and HF, and from DF (v ≤ 3) to CO2 and HF
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2. State-specific rate constants for the relaxation of O2(X 3∑g−) from vibrational levels v=8 to 11 by collisions with NO2 and O2;Chemical Physics Letters;1994-07
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