1) beam quality and control
光束质量与光束控制
2) beam quality control
光束质量控制
1.
A math model of beam quality control has been established and the beam quality evaluation parameter is presented.
建立了光束质量控制的数学模型,提出了一种可定量评价光束质量的参数优化选择方法。
3) beam quality
光束质量
1.
Evaluation and applied analysis of laser beam quality;
激光光束质量的评价与应用分析
2.
Theoretical research on InnoSlab output beam quality with hybrid resonator;
InnoSlab混合腔输出光束质量的理论研究
3.
Influence of thermal deformation of high-power laser output windows on beam quality;
强激光输出窗口热行为对光束质量的影响
4) laser beam quality
光束质量
1.
Study on directional prism resonator to improve the laser beam quality of repetition rate DPL;
定向棱镜腔改善重频DPL光束质量的研究
2.
The application of Hartmann-Shack wavefront sensor in testing of laser wavefront and laser beam quality;
哈特曼—夏克方法在激光光束波前和光束质量检测中的应用研究
3.
On the basis of the popular moment analysis and the concept of laser beam quality factor,the method to analyze such effects is deduced statistically.
以激光束矩量分析理论及光束质量因子的概念为基础，运用数理统计手段，导出了分析随机误差对测量精度影响的具体方法。
5) optical beam quality
光束质量
1.
The results show that the optical beam quality of the side-pumped laser is notable improved by adding end-pumped light,there is an optimum matchi.
分析了激光晶体中三向侧面抽运光的强度分布;在三向侧面抽运结构下,增加了光纤束耦合LD端面抽运,尝试用侧面抽运提高激光输出的功率,用端面抽运来改善输出激光的光束质量,并对此进行了实验研究。
2.
Based on the nonparaxial vectorial moment theory of light beam propagation, the perpendicular optical beam quality factor is shown to be far smaller than unity, which is coincided with the experimental result.
根据非傍轴光束传输的矢量矩理论 ,对该激光器垂直于结平面方向上的光束质量因子M2 ⊥ 进行了理论计算 ,结果表明M2 ⊥ 小于 1,和实验结果相符合。
6) beam control
光束控制
1.
Beam control and relative problems in high-power laser technology;
高功率激光技术中的光束控制和相关问题
2.
Several key techniques used in the high energy laser system nowadays, such as adaptive optics, beam control, have been challenged on the way from laboratory to practical application.
在从实验室走向实际应用的过程中,现有高能激光系统涉及的关键技术(如自适应光学、光束控制)遇到了较难解决的问题。
补充资料：光束
分子式：
CAS号：
性质：光线通过一定面积时的集合。分为同心光束和平行光束。前者由发光点所发射光线而构成；它与球面波相应。后者为发光点在无限远处发出的光束，它与平面波相应。
CAS号：
性质：光线通过一定面积时的集合。分为同心光束和平行光束。前者由发光点所发射光线而构成；它与球面波相应。后者为发光点在无限远处发出的光束，它与平面波相应。
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