15 pages matching temperature vacuum annealing in this book
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Comparison of the Absorption Indices
9 other sections not shown
absorption coefficient absorption curve analyzer readings angle of incidence ANGSTROMS annealing and argon annealing at 600°C approximately band Bausch and Lomb Brillouin zone Computed Oxidation copper critical wavelength cross-hair deactivated the surface decomposition decreased dielectric constant dispersion curves divided circles Drude effect electric vector vibrating electron electropolished equations evaporated film face Fermi surface Figure 52 film thickness increased filter further argon bombardment high temperature vacuum initial argon bombardment light beam limiting film literature values measurements minutes mm0 Hg monochrometer observed obtained optical properties Oxidation of 111 oxidation of silver oxide film thickness oxide growth perpendicular phase change photoelectric interband absorption photomultiplier plane of incidence polarizer and analyzer quarter-wave plate reactor refractive index shown in Figure Silver Crystal silver oxide silvered optical flat single crystals spectrometer axis steady-state film thickness steady-state oxide film Suffczynski surface optical constants telescope and collimator temperature vacuum annealing thermal etching transmitted intensity Volts wavelength region