Infrared and Optical Transmitting MaterialsRobert W. Schwartz |
Contents
LONG WAVELENGTH IR MATERIALS | 63 |
NOVEL MATERIALS AND PROCESSES | 97 |
CHARACTERIZATION | 145 |
Copyright | |
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Common terms and phrases
absorption coefficient annealing as-grown atomic band beam boehmite boules bulk CaLa2S4 calcium lanthanum sulfide carbon chalcogenide glasses chemical vapor chemical vapor deposition composition crack cubic defects densification density diameter diamond films diffraction effect electron fabrication filament fluoride glasses fracture strength fracture toughness furnace gels Germanium grain boundaries growth heat hot isostatic pressing hydrogen impact impurities increase infrared iodine lanthana-doped yttria lanthanum laser lattice measured mechanical properties melt microwave mullite optical properties optical resolution oxide oxygen parameters particles peak phase Phys PO₂ polycrystalline powder Raman range ratio Raytheon RAYTRAN reaction refractive index region room temperature samples sapphire shows silica silicon single crystals sintered sol-gel process Solids spectra SPECTRAL TRANSMISSION spectrum spinel stoichiometry stress structure substrate sulfur sulphide surface synthesis technique thermal conductivity thermal shock transmittance transparent vapor deposition wavelength WAVENUMBER window material ZBLAN zinc Zirconia ZnGeP2 ZnSiP2