Theoretical Studies of High-Power Infrared Window Materials
Technical rept. no. 2, 30 Jun-6 Dec 1973
XONICS INC VAN NUYS CA
Pagination or Media Count:
Contents Extrinsic absorption very high-intensity effects high- power 2-6 micrometer and 10.6 micrometer window-material figures of merit with edge cooling and surface absorption included explicit exponential frequency dependence of multiphonon infrared absorption quasiselection rule for infrared absorption by NaCl-structure crystals the absorption coefficient of alkali halides in the multiphonon regime effects of nonlinear dipole moments vertex corrections for multiphonon absorption and, negligible effects.
- Lasers and Masers