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Spectroscopy and diode laser-pumped operation of Tm,Ho:YAG

机译:Tm,Ho:YAG的光谱学和二极管激光泵浦操作

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摘要

Spectroscopic measurements and analysis of diode laser-pumped operation of Tm,Ho:YAG at 2.1 mu m at room temperature have been performed. The peak effective stimulated emission cross section is measured to be 9*10/sup -21/ cm/sup 2/ at 2.091 mu m and the upper state lifetime is 8.5 ms. Under diode laser pumping, thresholds of 4.4 mW of absorbed power and slope efficiency of 19% have been demonstrated. Calculations of threshold power are performed based on the spectroscopic measurements. An energy transfer upconversion process is identified which leads to a sublinear rise in upper-state population with pump power.
机译:Tm,Ho:YAG在室温下于2.1微米的二极管激光泵浦操作进行了光谱测量和分析。在2.091μm处测得的峰值有效受激发射截面为9×10 / sup -21 / cm / sup 2 /,上限状态寿命为8.5ms。在二极管激光泵浦下,已证明吸收功率的阈值为4.4 mW,斜率效率为19%。阈值功率的计算是基于光谱测量结果进行的。确定了能量传递上转换过程,该过程导致泵浦功率的上态种群亚线性上升。

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