Angul;lr distributions of NO sattered off Ar and Kr in the thermal energ range. are measured in crossed molecular beam experiments. Information on the anisotropy of the interaction potential is obtained from the damping of the rainbow structure within the framework of the infmitc-order-sudden approx
Elastic differential cross sections and intermolecular potentials for Ar + CH4 and Ar + NH3
β Scribed by Richard Behrens Jr.; Andrew Freedman; Ronald R. Herm; Timothy P. Parr
- Publisher
- Elsevier Science
- Year
- 1975
- Tongue
- English
- Weight
- 483 KB
- Volume
- 36
- Category
- Article
- ISSN
- 0009-2614
No coin nor oath required. For personal study only.
β¦ Synopsis
mole) in the region of the rainbow angles. Quantum interference unduhtions are apparently observed as well for C& + Ar and, possibly, NH3 + AI. The measurements are fit to spherically symmetric intermolecular potentials yielding well depths and equilibrium inrerrnolccular separations of 1.32 kJ/mole and 3.82 A for CH4 + AI and 1.32 kJ/mole arrd 3.92 A for NH3 + Ar. * E'reseni address. ** Professor Yuan Lee ki+ly furnished plans of his initial University of Chicago appx-ratus which proved very heIpfu1 in the design of this apparatus.
π SIMILAR VOLUMES
lntegrai total and Integral iomzatlon cross sections of fle"(2 3S)-Ar and He\*(Z 'S)-Ar have been measured in the c-m. collision energy range 2-230 meV. The data are compared with optxal potentid ulculations givmz prelimmary fits which are discussed.