Rotational and vibrational energy bands in solid hydrogen
โ Scribed by J. van Kranendonk
- Publisher
- Elsevier Science
- Year
- 1959
- Weight
- 798 KB
- Volume
- 25
- Category
- Article
- ISSN
- 0031-8914
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๐ SIMILAR VOLUMES
State-to-state energy transfer cross sections for Ax + HF (u = 2,4, and 6; J = 4.6,8, and 10) were computed using quasi-classic31 trajectories. Rotationat energy transfer is invariant with increasing u, but gyration energy transfer is signi&antiy enhanced by increasing J.
Vibrational deactivation probabiljties are caiculated for N2. Olr C12, I2 in collision with smooth surfaces, using the recent DWES model. It is found that molecular rotation dominates over translation in receiving the vibrational energy I+ leased. even for the heaviest diatomics.
Classical tujectory calculations for a model of 12 scattering from a surface show that in hi~h-xtergy collisions the amount of translational energy trancferred to rotation geatlv exceeds the amount transferred to vibration\_ The sudden approximation is used to qualitative& interpret the results.