(F(2)(+))(H) Color-center laser operation in NaCl:OH with simultaneous 1.06- and 0.53-microm pumping

We have operated an (F(2)(+))(H) color-center laser in NaCl:OH using a 1.06-microm pump laser with a collinear auxiliary beam at 0.53 microm. The auxiliary beam is produced by frequency doubling a small fraction of the pump beam instead of using an arc lamp, as was previously reported. With a gratin...

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Veröffentlicht in:Optics letters 1987-07, Vol.12 (7), p.474-476
Hauptverfasser: German, K R, Pollock, C R
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description We have operated an (F(2)(+))(H) color-center laser in NaCl:OH using a 1.06-microm pump laser with a collinear auxiliary beam at 0.53 microm. The auxiliary beam is produced by frequency doubling a small fraction of the pump beam instead of using an arc lamp, as was previously reported. With a grating tuner, the laser tuned from 1.47 to 1 .8 7 microm and produced up to 760 mW of output power. In single-frequency operation, powers up to 460 mW with a linewidth
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The auxiliary beam is produced by frequency doubling a small fraction of the pump beam instead of using an arc lamp, as was previously reported. With a grating tuner, the laser tuned from 1.47 to 1 .8 7 microm and produced up to 760 mW of output power. In single-frequency operation, powers up to 460 mW with a linewidth &lt;2 MHz were achievable. The laser also produced 480 mW of power in cw mode-locked operation with transform-limited pulses as short as 5 psec.</abstract><cop>United States</cop><pmid>19741769</pmid><tpages>3</tpages></addata></record>
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title (F(2)(+))(H) Color-center laser operation in NaCl:OH with simultaneous 1.06- and 0.53-microm pumping
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