Collision-Partner Dependence of Energy Transfer between the CH A 2 Δ and B 2 Σ - States
✍ Scribed by Richmond, Graham; Costen, Matthew L.; McKendrick, Kenneth G.
- Book ID
- 126798546
- Publisher
- American Chemical Society
- Year
- 2005
- Tongue
- English
- Weight
- 207 KB
- Volume
- 109
- Category
- Article
- ISSN
- 1089-5639
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📜 SIMILAR VOLUMES
Electronic relaxation rate constants for specific rotational levels of CH (A 'A and B \*Z-) have been measured. In contrast to similar measurements made earlier for other hydrides, the results obtained in the present work show an increase in the quenching efficiency upon rotational excitation. The e
An optical-optical double resonance technique has been used to study transfer between specific quantum levels in the A\*TJ and X 'Z+ states of the CN radical in collisions with argon, Specific rotational levels within the v = 7 A state vibrational level are prepared by laser excitation m the A-X (7,
The potential curves for the X 'II, A %+ and B 2A states of the CF molecule have been determined using large Gaussian basis sets and accounting for electron correlation with the CASSCF/multireference CI method. The transition moment function between the X \*II and A %+ state is found to undergo a dr
Time-resolved emission spectroscopy of 0s ( 'Z: ) and 0s ( 'As) in CCL was used to determine the rate constants kl, , b, and k+ of the triplet state (T,) sensitized formation of the 'Z:, 'As and 'Z; states of 0s. 13 sensitizers of triplet energies 140 GE,< 309 kJ mol-' were investigated. The data ar