Page 187 - Tunable Lasers Handbook
P. 187
4 CO, Isotope Lasers and Their Applications 165
139. J. F. Butler, A. R. Calawa, R. J. Phelan. T. C. Harman, A. J. Strauss and R. H. Rediker, Appl.
Pfqs. Lett. 5,75 (1964).
110. J. F. Butler. 4. R. Calawa. R. J. Phelan, A. J. Strauss, and R. H. Rediker, Solid Srafe Cornmuti.
2,303 (1964).
141. I. Melngailis, Lincoln Lab. J. 3, 317 (1990).
112. E. D. Hinkley. T. C. Hannan, and C. Freed. Appl. Plzgs. Lett. 13,49 (1968).
143. E. D. Hinkley and C. Freed. Phgs. Rev. Lett. 23,277 (1969).
144. C. Freed. J. W. Bielinski, and W. Lo. Appl. Pligs. Lett. 43,629 (1983).
145. C. Freed and K. Nill. ..12.2 pm Wavelength Calibration,” in Semiariizual Reporr in Suppo1-r of
the Juniper- Pi-ogr-am for Laser Isotope Separation, pp. 70-78, Lincoln Lab (Dec. 1975).
116. C. Freed. “Programmable, Secondaq Frequency Standards Based Infrared Synthesizer Using
Tmable Lead-Salt Diode Lasers,” in Tunable Diode Laser De\zlopment and Specrroscopp
Applications, Proc. SPIE 438, 119 (1983).
147. C. Freed, “Programmable Secondary Frequency Standards Based Infrared Synthesizers for
High Resolurion Spectroscopy,” in Metliods of Laxr Spectr-oscop? (Y. Prior, A. Ben-Reuven,
and hf. Rosenbluh, Eds.), pp. 151-161, Plenum Press. New York (1986).
148. C. Freed. Appl. Phgs. Lett. 18,358 (1971).
i49. C. Freed and H. A. Haus, I€E€ J. Quantuni Electron. 9, 219 (1973).