1.
laser output power stabilization
激光输出功率稳定化
2.
This is the starting point for the analysis of laser power output that follows.
这是下文用来分析激光输出功率的出发点。
3.
The output power of laser can be exactly measured by the method of beam splitting monitoring.
通过分束监视 ,实现了激光输出功率的准确计量 ;
4.
High output power, steady energy, adjustable, deep marking .
激光输出功率高，能量稳定，连接可调，深度雕刻。
5.
Stability of output optical power of argon ion laser and application of optical feedback
氩离子激光器输出光功率稳定度与光反馈应用
6.
Output Characteristics of Yb~(3+)-doped Double-clad High Power Fiber Laser
掺镱双包层高功率光纤激光器输出特性研究
7.
All-Solid-State CW 12.9 W TEM_(00) Mode Green Laser
输出功率12.9 W的全固态连续TEM_(00)模绿光激光器
8.
Coherent Beam Combination Based on Active Phase Controlling at the High-Power Output Port
基于高功率激光输出端相位控制的光纤激光相干合成
9.
Numerical analyses of temperature distribution of the output windows of high power lasers;
高功率激光器输出窗口热分布数值模拟
10.
Charateristics of leak power in Mach-Zehnder erbium-doped fiber laser
马赫-曾德复合腔激光器泄漏功率的输出特性
11.
Influence of gas mixture ratios on laser outputs of high power pulsed TEA CO_2 laser
大功率脉冲TEA CO_2激光器配气比对输出的影响
12.
Output power increase of high power Nd:glass laser by bandwidth
用增加频带宽度的方法提高钕玻璃高功率激光器输出功率
13.
Investigation of the Output Power Characteristics of Fiber Grating External Cavity Semiconductor Lasers Using the Ray Tracing Method
射线法研究光纤光栅外腔半导体激光器输出功率特性
14.
Effect of Thermally Induced Change of Stimulated Emission Cross Section in Heat Capacity Lasers
热容激光器中热致受激发射截面改变对输出功率的影响
15.
Sources- Laser principles, spontaneous and stimulated emission, rate eqns, output power.
12光源-雷射原理，自发与被激发的放光，比例方程式，输出功率。
16.
Sources - Laser principles, spontaneous and stimulated emission, rate eqns, output power.
12 12光源-雷射原理，自发与被激发的放光，比例方程式，输出功率。
17.
Output Characteristics of LD End-pumping Nd∶YVO_4 Laser with Pulse Repetition Rates up to 1 kHz
LD端面抽运1KHz电光调Q Nd∶YVO_4激光器输出功率特性研究
18.
In order to increase the output power of incoherent fiber laser combination, the optimized methods are put forward, mainly concentrating on the fiber laser array.
为了增加光纤激光非相干组束的输出功率，针对光纤激光器阵列提出了优化的方法。