首页> 外文期刊>Laser Physics: An International Journal devoted to Theoretical and Experimental Laser Research and Application >Laser diode end-pumped continuous-wave laser operation at 1339 nm in Nd : GGG with nearly diffraction-limited beam quality
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Laser diode end-pumped continuous-wave laser operation at 1339 nm in Nd : GGG with nearly diffraction-limited beam quality

机译:激光二极管端泵浦Nd:GGG在1339 nm处的连续泵浦连续波激光操作,光束质量几乎受衍射限制

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摘要

We report on the laser diode end-pumped continuous-wave laser operation of a Nd : GGG single crystal at 1339 nm in a plane parallel laser cavity configuration, for the first time to our knowledge. A simultaneous tri-wavelength laser at 1324, 1331 and 1337 nm is obtained at first with a maximum output power up to 1.66 W in a free-running laser operation with a slope efficiency of about 27.6% with respect to the absorbed pump power. By inserting a 0.1 mm glass etalon into the laser cavity and finely tilting it to a suitable angle, a single wavelength lasing at 1339 nm can be realized with a maximum output power of 0.58 W and slope efficiency of about 12.9%. The output power stability is simply estimated to be about 4.1% and the output beam quality is measured to be as near the diffraction limit as 1.33 and 1.16 in x and y directions, respectively.
机译:据我们所知,我们首次报道了在平面平行激光腔结构中1339 nm的Nd:GGG单晶的激光二极管端泵浦连续波激光操作。首先在自由运行的激光操作中获得1324、1331和1337 nm的同时三波长激光,最大输出功率高达1.66 W,相对于吸收的泵浦功率,其斜率约为27.6%。通过将一个0.1 mm的玻璃标准具插入激光腔中并将其精细倾斜到合适的角度,可以实现1339 nm的单波长激光发射,最大输出功率为0.58 W,斜率效率约为12.9%。简单地估计输出功率稳定性约为4.1%,并且测得输出光束质量在x和y方向上分别接近衍射极限1.33和1.16。

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