1) pump efficiency
泵浦效率
1.
The pump efficiency is about 3.
测定了远红外激光的输出功率、偏振方向和泵浦效率,且输出为高斯光束,输出功率为7。
2) pump conversion efficiency
泵浦转换效率
1.
The influence to the pump conversion efficiency of L-band Erbium-doped fiber amplifier(EDFA) with C-band injection seeding are fully considered and experiments demonstrate that pump conversion efficiency of L-band EDFA are improved with C-band injected signal.
研究C-band种籽光对L-bandEDFA泵浦转换效率的影响,实验表明,在L-bandEDFA中注入C-band种籽光时,可以有效提高泵浦转换效率。
3) pump power
泵浦功率
1.
The influence of the pump power to passive Q-switched period of Nd:YVO4/Cr4+:YAGLaser have been analysed by Theoretical and studied by experimental, then draw a conclusion : the power density is Increasing and the period of Q-switched pulse is becoming short and the account of Q-switched pulse in a pump square wave is increasing following the increase of pump powe
通过对泵浦功率对脉冲LD泵浦Nd:YVO4/Cr4+:YAG激光器被动调Q脉冲周期的影响的理论分析和实验研究,得到如下结论:随着泵浦功率的增加,使得谐振腔内功率密度增加,产生调Q脉冲的周期缩短,一个泵浦方波内调Q脉冲个数不断增加。
2.
On the basis of the rate equation model of the 3-energy-level-system fiber lasers,this paper focuses on the effects of the reflection coefficient of the input mirror R1,the reflection coefficient of the output mirror R2 and the pump power on the optimum length of the cladding fiber lasers L with a numerical emulator,producing a significant result for the study on cladding-pumped fiber lasers.
文章基于三能级系统光纤激光器的速率方程模型,重点分析了输入端反射系数R1、输出端反射系数R2以及泵浦功率这3个因素对包层光纤激光器最佳光纤长度L优化的影响。
3.
Also the relation between the erbiumdoped fiber′s length, pump power, input signal intensity and gain, ASEN of EDFA is given.
阐述了掺铒光纤放大器的放大原理,给出了计算放大器增益和自发辐射噪声的公式,并且给出了增益和噪声与掺铒光纤长度、泵浦功率、输入信号功率之间的关系。
4) pumping rate
泵浦速率
1.
The prerequisites to the operation of passive mode-locking laser are derived quantitatively, which include the upper limit of pumping rate and the lowrt limit of the saturation intensity of laser medium.
定量地导出了被动锁模激光器运转的先决条件，它们是泵浦速率的上退和激光介质饱和强度的下限。
6) Pump lightpower
泵浦光功率
补充资料：泵机械效率
分子式：
CAS号：
性质：泵的水力功率与轴功率之比。衡量泵的运动部件间机械摩擦损失大小的指标ηm=Ph/Pa。式中ηm为机械效率，%；Ph为水力功率，W；Pa为泵轴功率，W。
CAS号：
性质：泵的水力功率与轴功率之比。衡量泵的运动部件间机械摩擦损失大小的指标ηm=Ph/Pa。式中ηm为机械效率，%；Ph为水力功率，W；Pa为泵轴功率，W。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条