Page 478 - Tunable Lasers Handbook
P. 478

438     Paul Zorabedian

                   60.  P.  Zorabedian  and  W. R.  Trutna.  Jr..  "Alignment-Stabilized  Grating-Tuned  External-Cavity
                      Semiconductor Laser," Opt. Lett. 15,183485 (1990).
                   61.  P. Zorabedian, "Characteristics  of  a Grating-External-Cavity  Semiconductor Laser Containing
                      Intracavity Prism Beam Expanders." IEEE J. Lightr~ai~e Technol. 10,330-335  (1992).
                   62.  Dzjjraction Grating Handbook, 2nd ed. (Christopher Palmer, Ed.). Milton Roy Co.. Rochester.
                      NewYork (1994).
                   63.  N. D. Viera, Jr.. and L. F. Mollenauer.  "Single  Frequency, Single Knob Tuning of  a cw Color
                      Center Laser," IEEE J. Quuntiim Electron. QE-21.  195-201  (Mar. 1985).
                   64.  W. V.  Sorin. P. Zorabedian.  and S. A. Newton, "Tunable Single Mode Fiber Reflective Grating
                      Filter." IEEE J. Lighmme Technol. LT-5, 1199-1202 (1987).
                   65.  E A. Jenkins and H. E. White, Fundamenruls of Optics, 4th ed.. 301-305,  McGrawHill, New
                      York (1976).
                   66.  Melles Griot Optics Guide IV, 11-25.
                   67.  J. W. Evans, "The Birefringent Filter,"J. Opt. SOC. Am. 39, 229-242  (1949).
                   68.  J. W. Evans, "Solc Birefringent Filter, J. Opr. SOC. Am. 18, 132-145  (1957).
                   69.  J.  Staromlynska.  "A  Double-Element  Broad-Band  Liquid  Crystal  Tunable  Filter;  Factors
                      Affecting Contrast Ratio." IEEE J. Qziaiztzim Electron. 28, 501-506  (1992).
                   70.  R. S. Seymour, S. M. Rees, J. Staromlynska, J. Richards, and P.  Wilson.  "Design  Considera-
                      tions  for a Liquid Crystal  Tuned  Lyot Filter  for Laser Bathymetry," Opt. Eng. 33, 915-923
                      ( 1994).
                   71.  H. Walther and J. L. Hall. Appl. Phys. Lert. 17,239 (1970).
                   72.  R. C. Alferness and L. L. Buhl. ilppl. Phys. Lert. 47, 1137-1 139 (1985).
                   73.  S. E. Harris and R. W. Wallace, "Acousto-Optic Tunable Filter,"  J. Opt. SOC. Ani. 59, 734747
                      (June 1969).
                   71.  S. E. Harris  and S. T. K.  Nieh.  "CaMoO,  Electronically  Tunable Optical Filter."  Appl. Phys.
                      Lett. 17,223-225  (Sep. 1970).
                   75.  T. Yano and 4. Watanabe.  "New  Noncollinear  Acousto-Optic  Tunable Filter Using  Birefrin-
                      gence in Paratellurite." Appl. Plzys. Lett. 24,256258 (Mar. 1973).
                   76.  T. Yano and 4. \Vatmabe,  "'Acoustooptic TeO,  Tunable Filter Using Far-Off-Axis Anisotropic
                      Bragg Diffraction," Appl. Opt. 15,2250-2258  LSep. 19763.
                   77.  I.  Kurtz,  R.  Dwelle,  and P.  Katzka,  "Rapid  Scanning Fluorescence  Spectroscopy  Using  an
                      Acousto-Optic  Tunable Filter.''  Rev. Sci. Instr. 58, 1996-2003  (1987).
                   78.  R. C. Booth and D. Findlay. "Tunable Large Angular Aperture TrO, Acousto-Optic  Filters for
                      Use in the 1.0-1.6  pm Region," Opf. Qnantun7 Electron. 14,413417 (1982).
                   79.  N. K. Dutta and N. A. Olsson, "Effects of External  Optical Feedback on Spectral Properties of
                      External Cavity Semiconductor Lasers," Elecrron. Left. 20(4), 588-589  (1981).
                   80.  D. K. Wilson.  "Optical  Isolators Cut Feedback in Visible and Near-IR  Lasers."  Laser Focns
                      TVorld 21,  103-108  (Dec.  1988); "Optical  Isolators  Adapt  to  Communication  Needs,"  Laser
                      Focus Iforld. 175-180  (Apr. 1991).
                   81.  R.  Ludeke and E. P.  Harris, "Tunable  GaAs Laser in  an  External  Dispersive  Ca\ity,"  Appl.
                      Phys. Leu. 20,499-500  (1971).
                   82.  M. R.  h,fatthews. K. H.  Cameron.  R.  Wyatt.  and W. J.  Devlin.  -'Packaged  Frequency-Stable
                      Tunable  20  kHz  Linewidth  1.5  pm  InGaAsP  External  Cavity  Laser,"  Electron.  Lett.  21.
                      113-115  (1985).
                   83.  J. Wittmann  and G. Gaukel. "Narrow-Linewidth  Laser with  a Prism Grating/GRIN Rod Lens
                      Combination Serving as External Cavity," Electron. Lett. 23, 524-525  (May 1987).
                   84.  J. Mellis. S. A. A-Chalabi, R. Wyatt, J. C. Regnault. W. J. Devlin, and h.1. C. Brain, "Miniature
                      Packaged  External-Ca\Tity  Semiconductor Laser with  50 GHz Continuous  Electrical  Tuning
                      Range," Elecri-on. Lett. 21, 988-989  (Aug. 1988).
                   85.  K. C. Harvey and C. J. Myatt, "External-Cavity  Diode Laser Using  a Grazing-Incidence  Dif-
                      fraction Grating." Opt. Lett. 16,910-912  (June 1991).
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