We report new calculations of bound states and resonances of HCO and DCO for total angular momenta zero and 1, using a modified ab initio potential, which was previously adjusted to improve agreement with experiment for bound states of HCO. The method to calculate the resonances is based on a diagon
Variational calculations of bound and quasi-bound states of HCO (J=0 and 1) and comparison with experiment
β Scribed by Joel M. Bowman; Bela Gazdy
- Publisher
- Elsevier Science
- Year
- 1992
- Tongue
- English
- Weight
- 532 KB
- Volume
- 200
- Category
- Article
- ISSN
- 0009-2614
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β¦ Synopsis
We report exact vibrational energies of all bound and numerous quasi-bound states of HCO for total angular momenta J=O and 1. TheJ= 0 and 1 calculations are done with a Legendre polynomial tit to the three-dimensional ab initio potential of Harding. Additional J= 0 calculations are done for a modified potential based on the ab initio one. Comparisons are made with available experimental data, and in agreement with that data, HCO is found to behave as a slightly asymmetric top. We predict a large dependence of the rotational A constant with the bending state of HCO, and explain this result by examination of several wavefunctions for excited bend states.
Intioduction
π SIMILAR VOLUMES
The transitions between the water-equilibrated structures of the GTP and GDP forms of Ha-ras-p21 have been calculated by using the targeted molecular dynamics (TMD) method (Schlitter et al., Mol. Sim. 10:291-309, 1993) both in vacuo and with explicit solvent simulation. These constrained molecular d