A quasiclassical trajectory study of Nz scattering from a rigid corrugated crystal surface was carried out. Rainbow maxima were seen in the m, distribution. The maximum value of product j at which m, rainbows occur is found to increase linearly with the corrugation and decrease linearly with the har
Magnetic transition rainbows in molecule-corrugated surface scattering
β Scribed by T.R. Proctor; D.J. Kouri
- Publisher
- Elsevier Science
- Year
- 1984
- Tongue
- English
- Weight
- 555 KB
- Volume
- 106
- Category
- Article
- ISSN
- 0009-2614
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β¦ Synopsis
The first computations suggcstnq the occurrence of rzunbow scattermg tn the magnetic tranntrons occumn~ in mol-cc&-corrugated surface sclttcringrc presentcd.Thc system studred mod& a Cl2 molecule scattered by a corrugated surface for whrch the potential ts taken to be of the dumbbell type suggested by Cerbcr, Beard and Kourl (a sum of atom-surface mteractlons). The mngnetrc trdnntlon probabtiucs which hkely sg~al the Pm. rambow are much larger J than those obscrvcd in the only previous study of magnettc trannuons m molecule-surface scattering.
π SIMILAR VOLUMES
High resolution mcz+surements of the differential cross sections of Na atoms sattered from symmetrical top molecules exhibit a double rainbow structure which is attributed to the anbotropy of the potential. Calculations based on n semi-classiz~l model in the mdden limit are in aaeement with the meas
Rotational rainbow scattering has been observed for NO from Pt ( 111) at translational energies considerably smaller than the NO-Pt well depth ( 1 eV). Rotational distributions at superspecular angles show a clear rotational rainbow but scattering towards the surface normal is well described by a Bo