Page 387 - Tunable Lasers Handbook
P. 387

7 Optical Parametric Oscillators   347
                     37.  D. Eimerl.  L. Davis,  and S. Velsko, E. K. Graham.  and A. Zalkin,  ”Optical.  Mechanical.  and
                        Thermal Properties of Barium Borate.”J. .4ppl. Phys. 62, 1968-1983  (1987).
                     38.  C. Chen, Y. Wu, A. Jiang. B. \Vu.  G. You e[ nl., ”New Nonlinear  Optical Crystal: LiB,0j5.”  L
                        Opr. SOC. Am. B 6,616621 (1989j.
                     39.  T. Y. Fan, C. E. Huang. R. C. Eckardt. Y. X. Fan, R. L. Byer, and R. S. Feigelson. “Second Hx-
                        monic Generation and Accurate Indices of Refraction Measurements in Giux-Crown KTiOPO,,”
                       Appl. Opt. 26,2390-2391  i 1987).
                     40.  G. D. Boyd. H. Kasper, and J. H. McFee. “Linear and Nonlinear Properties of AgGaS,.  CuGaS,
                        and CuInS,.  and Theory of  the Wedge Technique for the  Measurements  of  Nonlinear  Cos%-
                        cients,” IEEE J. Qimmmz Elecn-017. QE-7, 563-573  (1971 ).
                     11. G. D. Boyd. H. hl. Kasper. J. H. McFee, and F. G. Storz. “Linear and Nonlinear Optical Proper-
                       ties of Some Ternary Selenides,” I€€E J. Quaiifmi Elecfron. QE-8, 900-908  (1972).
                     47.  R. L.  Herbst  and  R. L.  Byer,  ’-Efficient Parametric  hlixing  In  CdSe,” .4pp!. Pkjs. Left. 19,
                        527-530  (1971).
                     13. G. D.  Boyd,  E.  Buehler,  and  E G.  Storz.  -’Linear and  Nonlinear  Properties  of  ZnGeP,  and
                        CdSe.”A4ppl.  Phys. Lerr. 18, 301-304  (1971).
                     11. J. D. Feichtner and  G. W.  Roland,  ”Optical  Properties  of  a New  Nonlinear  Optical  Material:
                        Ti,AsSe,.”ilppl.  Opr. 11, 993-998  i 1972).
                     15. N. P.  Barnes, D. J. Gettemy. and R. S. Adhav. “Variation of the Refracthe Indices 1Tith Tempera-
                        ture and the Tuning Rate for KDP Isomorphs,”J. Opr. SOC. .4m. 72,895-898  ( 1982).
                     16. L. G. DeShazer,  C. S. Hoefer.  and  K. IV.  Kirby. “Optical  Characterization  of  Nonlinear  Cps-
                        tals.” Final Report to Lawrence Livermore National Laborator!.  Livermore, CA (1 985’1.
                     47.  D. J. Gettemy. \V.  C. Harker. G. Lindholm. and N. P. Barnes. “Some Optical Propertiss of KTP,
                        LiIO,, and LiNbO,,” lEEE J. Qunnrzon Elecrron. QE-21, 223 1-2237  i 1988).
                     18. R. L.-Herbst. ”Cadmium Selenide Infrared Parametric Oscillator,” Microwave Laboratory Report
                        2 125. Stanford University. Stanford. CA 11972).
                     49.  M. D. Ewbank. P. R.  Newman.  N. L.  hlota.  S. hf. Lee, IV. L. Wolfs er  al.. ’.The  Temperature
                        Dependence of Optical and hlechanical Properties  of TI,AsSe,.”  J. .4ppl.  Phjs. 51, 38-18-3851
                        (1980).
                     50.  J. A. Giordmaine and R. C. hliller. “Tunable Coherent Parametric Oscillation in LiNbO,  ar Opti-
                        cal Frequencies.” Phjs. Rey. Letr. 11, 973-976  (1968).
                     5 1.  R. 6. Smith, J. E. Gzusic, H. J. Levinstsin. J. J. Rubin. S. Singh. and L. G. Van Uitert, “Continu-
                        ous Optical Parametric Oscillation in BalNaNbjO, j.” Appl. Pliys. Lerr. 12. 308-309  (1968).
                     52.  R. L. Byer. M. K.  Oshman. J. E Young.  and  S. E. Harris, “Visible CU‘ Parametric  Oscillator.”
                       .&id. Phys. Len. 12, 109-1  11 (1968).
                     53.  L. B. Kreuzer. ”High Efficiency Optical Parametric Oscillator And Power Limlting In LiNbO,,“
                       ,4ppl. Phys. Lerr. 13, 57-59  (1968).
                     51. J. E. Bjorkholm, “Efficient Optical Parametric  Oscillation  Using  Doubl!  Resonant  and  Singly
                        Resonant Cavities.”.4ppl. Phys. Len. 13.53-56  ( 1968).
                     55. J. hl. Yarborough and G. A. hfasseq. ”Efficient High Gain Paramerric Generation  in .XDP  Con-
                       tinuously Tunable across the Visible Spectrum.” .-lppl. Plrys. Lerr. 18,438440 (197 1 ).
                     56.  R. H. Herbst, R. N. Fleming, and R. L. Byer, “A  1.44.0 pm High Energy .Angle Tuned LiNbO,
                        Optical Oscillator..’ Appl. Phys. Lerr. 25.520-522  (1974).
                     57.  R. L. Herbst and R. L. Byer. “Singly Resonant CdSe Infrared Parametric Oscillator.”;Ippl.  Phys.
                       Lerr. 21, 189-191  (1972).
                     58.  J. A. Weiss and i. S. Goldberg, “Singly Resonant CdSe Parametric Oscillator Pumped by an HF
                        Laser.”;?ppl. Phjs. Left. 21, 389-391  (1971).
                     59.  T. Kushida, Ti Tanaka, and M. Ojima.  ”Tunable Picosecond  Pulse  Generation b!  Optical Para-
                        metric Oscillator,” Jup. 1. App. Plz~s. 16, 2227-2235  (19773.
                     60.  G. E’.  Arnold, N. P. Barnes. and D. J. Gettemy. and R. G. Wenzel. ’-.L\nomalous Behavior or Some
                        Synchronously  Pumped Mode Locked Parametric  Oscillators,“ in Lasers 80,  Nen  Orleans, LA
                        (Dec. 1980).
   382   383   384   385   386   387   388   389   390   391   392