What people are saying - Write a review
We haven't found any reviews in the usual places.
EXPERIMENTAL APPARATUS AND RESULTS
THEORETICAL DESCRIPTION OF FLOWING GAS LASER
DISCUSSION OF RESULTS
3 other sections not shown
afterglow airfoils asymmetric stretching average gain coefficient axis beam Bolometer carbon dioxide centerline chemical kinetics cm i.d. cm/sec collisions continuity equation coupling removed decay rate decrease defined Dependence of decay detector diffusion coefficient discharge power electrode exp yL Figure l6 flow rate flowing gas laser fluid mechanics function gain experiments gain tube gases helium partial pressure high speed flow i-th species injector iris diaphragms laser tube laser volume low power Low pressure data maximum measured mirror mixer nitrogen Nitrogen and helium number density optics optimum laser conditions parameters partial pressure partition function power gain probe laser radiation decay experiments radiation intensity rate constant rate with coupling relaxation rate relaxation section relaxation tube shown in Figure solution speed flow lasers spontaneous emission stretching mode T-V rate thermocouple Torr total static pressure upper laser level upstream vibrational energy levels vibrational levels viscosity wall