最高输出功率

镀膜前后斜率效率由50.2%提高到90.4%，转换效率由22.2%提高到39.8%，最高输出功率为1.9W（条宽100nm，腔长为1μm）。

The slope efficiency was improved from 50.2 % to 90.4 % after film was plated , conversion efficiency was improved from 22.2 % to 9.8 % and the maximum output power is 1.9W .

利用基于单频激光相位调制的方法成功抑制光纤放大器中的SBS效应，搭建了最高输出功率达275W的窄线宽光纤放大器。

SBS is well suppressed by phase modulation of single frequency seed laser and the 275 W narrow-linewidth high power fiber amplifier is set up in the high power experiment .

在泵浦功率为19.1W时，获得最高平均输出功率为4.58W，脉冲宽度为84ns，单脉冲能量为36.6μJ以及峰值功率为436.2W的激光脉冲。

At the incident pump power of 19.1 W , the maximum average output power of 4.58 W , the shortest pulse width of 84 ns , the highest single pulse energy of 36.6 μ J and the highest peak power of 436.2 W are achieved , respectively .

最高绿光输出功率可达到3.3W，光-光转换效率为16.2%。

The optical optical conversion efficiency is 16.2 % .

最高倍频绿光输出功率超过38W，倍频光输出功率的转换效率大于091%，不稳定度为±23%。

The highest green laser output power was more than 38W . The conversion efficiency of the input electric power to the green laser output power was 0.91 % . The unstable degree was ± 2.3 % .