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808-nm diode-pumped continuous-wave Tm : GdVO4 laser at room temperature

机译:室温下808 nm二极管泵浦连续波Tm:GdVO4激光器

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摘要

A high-quality gadolinium vanadate (GdVO4) crystal with 7-at. % thulium as the starting material was grown by the Czochralski technique. The measured absorption spectra exhibited sufficient absorption coefficients for laser diodes (LDs) for neodymium laser pumping: 6.0 cm(-1) for pi polarization and 6.2 cm(-1) for a polarization at 808 nm. Laser oscillation was carried out with single-stripe 808-nm LDs in an end-pumping configuration. A slope efficiency of 28% and a threshold of 750 mW were exhibited with respect to the absorbed pump power. An output power of 420 mW was achieved at an absorbed power of 2.4 W. It was demonstrated that Tm:GdVO4, is a useful material for 2-mu m lasers, particularly in a compact LD-pumped system. (c) 2005 Optical Society of America.
机译:高品质钒酸钒(GdVO4)晶体,含7at。通过切克劳斯基技术生长了13%的as作为起始原料。测得的吸收光谱显示出对于钕激光泵浦的激光二极管(LD)足够的吸收系数:pi偏振为6.0 cm(-1),808 nm偏振为6.2 cm(-1)。激光振荡是在单泵浦808 nm LD的最终泵浦配置中进行的。相对于吸收的泵浦功率,显示出28%的斜率效率和750 mW的阈值。在2.4 W的吸收功率下实现了420 mW的输出功率。已证明Tm:GdVO4是2微米激光器的有用材料,特别是在紧凑的LD泵浦系统中。 (c)2005年美国眼镜学会。

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