โ Scribed by F.R. McCourt; H. Moraal
No coin nor oath required. For personal study only.
A method of definmg collision cross sections m terms of the collision brackets obtained in the kinetic theory description of transport properties of polyatomic gases is proposed and utilized for the most commonly occurring collision brackets. namely. those encountered in the a.naly& of the Senftleben-Beenakker effects.
๐ SIMILAR VOLUMES
Relative total cross sections were measured for the systems HZ-Xe, Kr, As and CO2 with velocities between 1200 and 1850 m/set. The Hz molecules were selected in the states (I,J. ml, rn/) = (1, 1, 1,CJ) and (I, 1, 1, I). The ratio of the CIOSS sections for the two states is a measure fox the angular
A new method of calculation of the atomic inner shell photoionization cross section is described. It allows us to find the profiles of the lines in the photoelectron and Auger spectra taking into account the final state interaction of the photoelectron with the field of a double-charged ion (this in
## We demonstrate relatrons between tensonal cross sections for the collinon between two dlatomx molecules, one of which does not rotate dunng the colbslon The demonstratron rehes on a factorrsation of the S mat-A numerical euampie IS presented for the rotational elatatlon problem of CO by Hz (J =