Interference effects in the infrared spectrum of HD
George TABISZ
University of Manitoba, Winnipeg, Canada
Résumé :
The hydrogen isotopomer HD is an unique laboratory for the study of quantum in
Unlike H2, it has a permanent electric dipole which gives rise to an allowed i
H2, it exhibits a prominent collision-induced spectrum. Interference between t
for these transitions produces unusual intensity and, sometimes startling, lin
propagation and inelastic collisions play crucial roles in the mechanism respo
phenomenon. Both experimental and theoretical aspects of its study will be dis
insights about anisotropic interaction of hydrogen molecules.
