Time of flight measurements of the vibrational excitation of CO2 and N2O by collision with 3–8 eV Li+ ions
Author:
Publisher
AIP Publishing
Subject
Physical and Theoretical Chemistry,General Physics and Astronomy
Link
http://aip.scitation.org/doi/pdf/10.1063/1.434190
Reference17 articles.
1. Measurement of differential cross sections for individual rotational quantum transitions in the scattering of Li+ by H2 at E c.m.= 0.6 eV
2. Measurement of differential cross sections for individual rotational quantum transitions in the scattering of Li+ by H2 at E c.m.= 0.6 eV
3. Measurements of differential cross sections for vibrational quantum transitions in scattering of Li+ on H2
4. Measurements of rotational and vibrational quantum transition probabilities in the scattering of Li+ from N2 and CO at center of mass energies of 4.23 and 7.07 eV
5. Measurements of rotational and vibrational quantum transition probabilities in the scattering of Li+ from N2 and CO at center of mass energies of 4.23 and 7.07 eV
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1. Time-correlation function approach to molecular anharmonicity in hyperthermal atom-molecule collisions;International Journal of Quantum Chemistry;2009-06-19
2. The calculation of time-correlation functions for molecular collisions;Physics Reports;1992-04
3. Selective vibrational excitation and mode conservation in H++CO2/N2O inelastic and charge transfer collisions;The Journal of Chemical Physics;1987-08-15
4. State-to-state vibrational transfer in atom-molecule collisions. Beams vs. bulbs;Chemical Reviews;1987-02-01
5. Collision time‐correlation functions in the semiclassical limit. II. Vibrational–rotational energy transfer in molecule–molecule collisions;The Journal of Chemical Physics;1987-01-15
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