The comparative analysis and optimization of the free-running Tm3+:YAP and Tm3+:YAG microlasers

OA Buryy, DY Sugak, SB Ubizskii, II Izhnin, MM Vakiv… - Applied physics B, 2007 - Springer
OA Buryy, DY Sugak, SB Ubizskii, II Izhnin, MM Vakiv, IM Solskii
Applied physics B, 2007Springer
The thulium microlasers based on yttrium-aluminium perovskite and yttrium-aluminium
garnet crystals are considered as coherent light sources at the wavelength near 2 μm. The
comparative analysis of these lasers is carried out by means of the lasers' parameters
optimization for each value of the pumping power taking into consideration the cross-
relaxation and up-conversion processes as well as heating of the active medium. The
optimal values of the active medium length, activator concentration and the output mirror …
Abstract
The thulium microlasers based on yttrium-aluminium perovskite and yttrium-aluminium garnet crystals are considered as coherent light sources at the wavelength near 2 μm. The comparative analysis of these lasers is carried out by means of the lasers’ parameters optimization for each value of the pumping power taking into consideration the cross-relaxation and up-conversion processes as well as heating of the active medium. The optimal values of the active medium length, activator concentration and the output mirror reflectivity are determined both for Tm:YAP- and Tm:YAG-laser. The pulse generation of Tm:YAP- and Tm:YAG-lasers is also considered, the parameters of this regime are determined. The comparison shows the suitability of Tm:YAP laser crystal both for cw and pulse generation. The up-conversion influence on the laser characteristics is also analyzed.
Springer
以上显示的是最相近的搜索结果。 查看全部搜索结果