(Optical Soc America, 2000) Department of Physics; Department of Physics; N/A; Sennaroğlu, Alphan; Konca, Ali Özgün; Pollock, Clifford R.; Faculty Member; Undergraduate Student; Other; Department of Physics; College of Sciences; College of Sciences; N/A; 23851; 156098; N/A
Continuous-wave power performance of a Cr2+:ZnSe laser was investigated at 2.474 mum. End pumped by a 1.583-mum NaCl:OH- laser. the resonator with a 3% transmitting output coupler produced as high as 250 mW of output power with a slope efficiency of 24.2%. Analysis of the laser efficiency data shows that the magnitude of the excited-state absorption cross section is less than 5% of the emission cross section in agreement with spectroscopic results. Numerical calculations further predict the optimum crystal length and absorption coefficient to be 2.5 cm and 0.49 cm(-1), respectively, for continuous-wave operation.
