Frequency modulation spectroscopy of CH3D and HI molecules at 1.54 μm was achieved by means of an External-Cavity Laser Diode. The measurement of CH3D pressure broadening coefficient was obtained. Preliminary results of frequency locking to HI R(3) transition at 1.54 μm are presented. Stiffer frequency locking to the HI absorption is under development.
Laser spectroscopy of CH3D and HI at 1.54 μm and absolute frequency stabilization / M., Norgia; A., Pesatori; G., Galzerano; E., Bava; F., Bertinetto; Bisi, Marco; J. C., Petersen; J, Henningsen; C., Svelto. - (2006), pp. 264-265. (Intervento presentato al convegno 2006 Conference on Precision Electromagnetic Measurements tenutosi a Torino nel July 9-14, 2006).
Laser spectroscopy of CH3D and HI at 1.54 μm and absolute frequency stabilization
BISI, MARCO;
2006
Abstract
Frequency modulation spectroscopy of CH3D and HI molecules at 1.54 μm was achieved by means of an External-Cavity Laser Diode. The measurement of CH3D pressure broadening coefficient was obtained. Preliminary results of frequency locking to HI R(3) transition at 1.54 μm are presented. Stiffer frequency locking to the HI absorption is under development.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
