Theoretical Studies of High-Power Ultraviolet and Infrared Materials
Technical rept. no. 3, 7 Dec 1973-30 Jun 1974
XONICS INC VAN NUYS CA
Pagination or Media Count:
Contents Intensity limits of high-intensity vacuum ultraviolet materials Multiphoton absorption Calculated reflectance of aluminum in the vacuum ultraviolet Total-internal-reflection devices The scattering and absorption of electromagnetic radiation by a semi-infinite crystal in the presence of surface roughness Infrared absorption by the higher-order-dipole- moment mechanism Stimulated Raman and Brillouin scattering parametric instability explanation of anomalies Extrinsic absorption in 10.6 micrometer laser window materials Erratum, high-power 2- to 6-micrometer window-material figures of merit with edge cooling and surface absorption included.
- Lasers and Masers