optical pump

The optical pump magnetometer has the advantage of high sensitivity and resolution .

光泵磁强计具有高灵敏度、高分辨力的优点。

Circuit Design of Resonance Absorption Curve Mapping System of the Optical Pump Helium Magnetometer

光泵氦磁力仪共振吸收曲线测绘系统电路设计

The principle of optical pump system and thermal effects ;

光泵浦系统的工作原理及热效应；

Characteristic study on optical pump source by transverse surface discharge

横向表面放电光泵浦源特性研究

Study on the thermal effect and the optical pump limit about solid-state laser medium

固态激光介质的热效应与光泵浦极限研究

The results show that the frequency response characteristics of VCSOAs are influenced by the optical pump intensity , the input optical power and the spontaneous emission factor .

结果表明，VCSOA的频率响应特性受抽运光强度、输入光功率以及自发辐射因子的影响。

High power xenon flashlamp is mainly used in inertial confinement fusion ( ICF ) research as optical pump source for solid-state lasers . Its working performance and life time greatly influence the operation of lasers .

高功率脉冲氙灯主要在惯性约束聚变（ICF）研究中用作高功率激光驱动器的抽运光源，其各项性能和使用寿命对高功率激光驱动器的整体工作性能影响很大。

Fabrication of integral high power optical fiber pump combiners and the feature analysis

一体式高功率光纤泵浦耦合器及其制作技术

Secondly the gain coefficient is deduced by the express and the coupled model equation . Thus a new express about the gain coefficient is found from the parameters of the optical fiber and pump .

并再利用模耦合方程，推导出增益系数，从而给出了新的可以直接通过泵浦光和增益光纤本身计算增益系数的表达式。

And it takes advantage of the Matlab numerical simulation of the laser and pump light power distribution , analyzes of endoscopic ( optical transmission ), pump wavelength , slope efficiency , threshold , the gain medium length of the laser output effects .

并利用了Matlab数值模拟分析了激光与泵浦光的功率分布，分析了腔镜（光透过率）、泵浦波长、斜效率、阈值、增益介质长度对激光输出的影响。

An Optimal Configuration Method for optical Fiber Raman Amplifier Pump Power

喇曼光纤放大器泵浦优化配置方法

The analysis of steady state shows that the optical Disability between the pump rate and the output intensity of the laser will appear when the feedback coefficient exceeds the critical value .

稳态分析结果表明，只有当反馈系数大于某一临界值之后，才能出现激光器泵浦速率与激光输出之间的光学双稳性。

In order to achieve output laser of TEM_ ( 00 ) mode and high conversion efficiency , its necessary to have a favorable optical coupling system between pump laser and resonator .

为获得激光器的TEM（00）模输出和高的转换效率，泵浦光与谐振腔之间必须有个相应的良好的光学耦合系统。

The influence of the structural parameters of single-pump fiber optical parametric amplifier including pump power , pump wavelength , fiber dispersion slope , fiber nonlinear coefficient and fiber length on its gain bandwidth are studied .

研究了单泵浦光纤参量放大的配置参数，如泵浦功率、泵浦波长、光纤色散斜率、光纤非线性系数、光纤长度等对光纤参量放大增益带宽的影响。

Then does numerical simulation about the effect of the optical fiber length , pump power , signal power and doping concentration on gain of the optical fiber amplifier , and selects optimal parameters for the amplifier by analyzing the simulation result .

接着对光纤长度、泵浦光功率、信号光功率以及铒/镱离子的掺杂浓度比例对光纤放大器增益特性的影响进行了数值模拟，分析仿真结果从而选择了放大器最优的参数。

Based on solving laser single-mode rate equation numerically , the facts are given that optical gain and output saturation power are changing due to the variation of optical pump power or output mirror reflectivity .

通过数值求解激光器单模速率方程，给出了增益、饱和输出功率随泵浦光功率、出射腔面反射率的变化，分析了其功率动态范围。