We report the first continuous-wave tunable over similar to 280 nm around 2.3 mum room-temperature operation of a chemical vapor transport-grown and diffusion-doped Cr2+:ZnS laser, pumped by a Co:MgF2 laser at 1.67 mum and generating over 100 mW of output power at 16% slope efficiency. The self-consistent results of the laser and spectroscopic analysis demonstrate a large potential of this crystal as an active medium for diode-pumped tunable mid-infrared sources.

Continuous-wave tunable C2+: ZnS laser

DI LIETO, ALBERTO;DI LIETO, ALBERTO;TONELLI, MAURO
2002

Abstract

We report the first continuous-wave tunable over similar to 280 nm around 2.3 mum room-temperature operation of a chemical vapor transport-grown and diffusion-doped Cr2+:ZnS laser, pumped by a Co:MgF2 laser at 1.67 mum and generating over 100 mW of output power at 16% slope efficiency. The self-consistent results of the laser and spectroscopic analysis demonstrate a large potential of this crystal as an active medium for diode-pumped tunable mid-infrared sources.
DI LIETO, Alberto; E., Sorokin; S., Mirov; V., Fedorov; V., Badikov; V., Panyutin; DI LIETO, Alberto; Tonelli, Mauro
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11568/203955
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