ROTATIONAL RELAXATION AND $\wedge$ COMPONENT SWITCHING COLLISIONS IN THE Bao $A' {^{1}\Pi}$ STATE
Loading...
Date
1983
Authors
Journal Title
Journal ISSN
Volume Title
Publisher
Ohio State University
Abstract
Time delayed optical-optical double resonance is used to follow the rotational level and $\wedge$ component population in the $A^{\prime}$ 1\% state following single rotational and $\wedge$ component excitation. Fast rotational relaxation of small $\Delta J$ is accompanied by slower $\wedge$ component changing processes with weak $\Delta J$ propensities.
Description
Author Institution: The Standard Oil Company (Ohio) Corporate, Research Center