We developed a new compact and massive bulk Er-Yb laser and locked its emission wavelength to various lines of the (C2H2)-C-13 (v(1)+v(3)) rovibrational transition at around 1.54 mum. Peak to peak frequency stability of the locked laser was +/-40 kHz over an observation time of 500 s.
Frequency stabilized 1.54 mu m Er-Yb bulk laser against sub-Doppler (C2H2)-C-13 absorption lines
Galzerano G;
2002
Abstract
We developed a new compact and massive bulk Er-Yb laser and locked its emission wavelength to various lines of the (C2H2)-C-13 (v(1)+v(3)) rovibrational transition at around 1.54 mum. Peak to peak frequency stability of the locked laser was +/-40 kHz over an observation time of 500 s.File in questo prodotto:
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