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Design and Mounting of Metallic Mirrors
2018The discussion in this chapter begins in Section 10.2 with some general considerations of metal mirrors as distinguished from nonmetallic ones. A variety of examples of metal mirror design and fabrication techniques are then discussed. Mirrors made of various materials are considered in Sections 10.3 through 10.5.
Daniel Vukobratovich, Paul Yoder
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Exciton in front of a metallic mirror
Solid State Communications, 1998We show that the exciton binding energy is strongly reduced by the presence of a metallic mirror at a few exciton Bohr radius from the quantum well. The exciton stays however bound, even extremely close to the metal, like any exact-2D system under very weak attractive potential.
C. Benoit à la Guillaume +2 more
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Reflective metallic coatings for first mirrors on ITER
Fusion Engineering and Design, 2011Metallic mirrors are foreseen to play a crucial role for all optical diagnostics in ITER. Therefore, the development of reliable techniques for the production of mirrors which are able to maintain their optical properties in the harsh ITER environment is highly important.
Eren, Baran +9 more
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Absorptance measurements of metal mirrors at glancing incidence
Applied Optics, 1986The absorptance characteristics of bare silver aluminum, gold, copper, and molybdenum mirrors at angles of incidence from 0 to 89° are presented. The angle-dependent absorptance measurements are performed using a photoacoustic calorimetry technique. Absolute absorptance is determined using a laser energy ratiometer.
W D, Kimura, D H, Ford
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Planarization of Metal Substrates for Solar Mirrors
MRS Proceedings, 1988ABSTRACTThe planarizing ability of sol-gel films was investigated on several as-rolled stainless steel substrates. The smoothing effect afforded by the films was evaluated, using optical techniques, following deposition of silver over the planarized substrates.
Carol S. Ashley +2 more
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Residual infrared absorption in metal mirrors
Soviet Journal of Quantum Electronics, 1988An analysis is made of the physical factors that limit the reflectivity of mirrors in the infrared range. It is shown that the mechanism responsible for the finite residual absorption is the electron–phonon interaction in the presence of a photon (Holstein–Gurzhi effect).
Aleksandr V Vinogradov, O I Tolstikhin
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Processing Metal Mirrors for Dimensional Stability
Workshop on Optical Fabrication and Testing, 1981The metal mirror processing methods used today frequently produce mirror surfaces with "locked-in" stresses that eventually lead to expensive surface rework for a finished optical product. This paper focusses on the optical fabrication process where improvements in mirror blank manufacturing can be made which produce stable optical surfaces operable ...
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Improved Damage Thresholds for Metal Mirrors
Applied Optics, 1974M J, Soileau, V, Wang
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