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AMI Infrar ed Crystalline Materials    243


        References

                1.  Marshal Sparks, “Theoretical Studies of High-Power Infrared Window
                 Materials,” Contract DAHC15-73-C-0127, 1973.
                2.  Stanley K. Dickinson, “Infrared Laser Window Materials Property Data for
                 ZnSe, KCl, NaCl, CaF , SrF , BaF ,” Air force Cambridge Res. Lab. Projects 5620,
                                2   2   2
                 3326 (1975).
                3.  Charles S. Sahagian and Carl A. Pitha, “Compendium on High Power Infrared
                 Laser Window Materials,” LQ-10 Program, AFCRL-72-0170, 1972.
                4.  A. R. Hilton, “Single Crystal Cadmium Telluride High Energy IR Laser
                 Windows,” Contract No. F33615-71-C-1762, 1972.
                5.  W. A. Tiller, “Theoretical Analysis of Requirements for Crystal Growth from
                 Solutions,” J. Crystal Growth 2, 69 (1968).
                6.  D. de Nobel, “Phase Equilibria Semiconducting Properties of Cadmium
                 Telluride,” Phillips Res. Rep. 14, 361–399 (1959).
                7.  L. R. Shiozawa, J. M. Jost, and D. A. Roberts, “The Application of Vapor
                 Deposition to Semiconductor Materials for Use as High Power Infrared
                 Windows,” Contract No. F33615-71-C-1777, Gould Laboratories, 1973.
                8.  A. Ray Hilton and Charlie Jones, J. Electrochem. Soc. 113, 472 (1966).
                9.  F. A. Harrigan and T. F. Deutsch, Raytheon Contract DAAH 01–70-C-1251, 1970.
              10.  D. H. Jundt, M. M. Fejer, and R. L. Beyer, “Growth and Optical Properties of
                 Single-Crystal Sapphire Fibers,” SPIE 1048, 39 (1989).
              11.  A. Ray Hilton and James McCord, “High Purity Single Crystal Silicon Fibers
                 for Near Infrared Applications,” SPIE 1048, 32 (1989).
              12.  Carl Pitha (Ed.), Conference on High Power Infrared Laser Window Materials, Air
                 Force Cambridge Laboratory, November 1972.
              13.  Carl Pitha (Ed.), Conference on High Power Infrared Laser Window Materials, Air
                 Force Cambridge Laboratory, November 1973.
              14.  R. W. Tutison and R. L. Gentilman, “Current and Emerging Materials for LWIR
                 External Windows,” SPIE 968, 65 (1988).
              15.  G. R. Cronin and R. W. Haisty, “The Preparation of Semi-Insulating Gallium
                 Arsenide by Chromium Doping,” J. Electrochem. Soc. 111, 874 (1964).
              16.  Charlie E. Jones and A. Ray Hilton, “Optical Absorption in Chromium Doped,
                 High Resistivity GaAs in the 0.6 to 1.5 ev Range,” J. Electrochem.Soc. 118 (1966).
              17.  Charlie E. Jones and A. Ray Hilton, “The Depth of Mechanical Damage in
                 Gallium Arsenide,” J. Electrochem. Soc. 112 (1965).
              18.  Harold Hafner and George Cronin, “Development of Gallium Arsenide Infrared
                 Windows” Contract F33615-74-C-1066-AFML, February 1975.
              19.  M. J. Brau, L. E. Stone, and W. W. Boucher, “Gallium Arsenide Infrared Windows
                 for High Speed Airborne Applications,” SPIE 297, 44 (1981).
              20.  Kelley M. Burke and Russell E. Kremer, “Development in Gallium Arsenide
                 Crystal Growth Technology,” J. Monolithic Technol., July 1988.
              21.  D. Bois, P. Leysal, and C. Schiller, “Free Carrier Absorption at 10.6 µm in GaAs,”
                 J. Electronic Mat. 5, 275–286 (1976).
              22.  Margaret Kohin, Steven Wein, Jennifer Traylor, Richard Chase, and Judith
                 Chapman, “Analysis and Design of Transparent Conductive Coatings and
                 Filters,” Opt. Engg. 32, 911 (1993).
              23. B.  Jensen, “The Quantum Extension of the Drude-Zener Theory in Polar
                 Semiconductors,” Handbook of Optical Constants of Solids, Edward Palik (Ed.),
                 Academic Press, New York, 1985, Chapter 9, p. 169.
              24.  H. Y. Fan, “Effects of Free Carriers on Optical Properties,” Semiconductors and
                 Semimetals, Optical Properties of III-V Components, Academic Press, New York,
                 1967, vol. 3, Chapter 9.
              25.  T. S. Moss, Optical Properties of Semiconductors, Academic Press, New York, 1959,
                 p. 30.
              26.  A. Ray Hilton, Sr., “Doped Gallium Arsenide External Windows,” SPIE 2286,
                 91 (1994).
              27. J.  Hall, J. Vizgaittis, J. Miller, and Dan Berube, “Third Generation FLIR
                 Demonstrator,” SPIE 6940 OS (2008).
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