1.
The Derivation of the Relationship Between Beam Parameters and Media Parameters When Z Has Nothing to Do with the Amplitude
光束振幅与Z无关时光束参数与介质参数之间关系式的推导
2.
Studies of High-Power Laser Heat Effect Simulation and Laser Beam Description;
强激光热作用数值计算及光束参数表述的研究
3.
The relation is discussed between the shift of the point of maximum intensity on axis from the waist of focused Gaussian beam and the radius of the diffracted aperture, and the parameters of the Gaussian beam.
讨论了轴上点光强最大值相对会聚高斯光束束腰的偏移量同衍射孔径及高斯光束参数的关系。
4.
The question of beam parameters expression in laser heat treatment is also discussed.
最后,对激光热处理中光束参数表述问题进行了研究。
5.
Deciding the Parameters of the Coupling System Using Lens;
高斯光束的透镜耦合系统参数的确定
6.
On Detection Parameters of Eddy Flow of Stainless Steel Fiber Optic Bound Pipe
不锈钢光纤束管涡流检测参数的设计
7.
Evaluation Method of Laser Beam Quality and Measuring System of Laser Beam Parameters
激光光束质量评价方法与光束特性参数测量系统
8.
The Relationship between the Diameter of a Gaussian Beam and the Parameter of a Radial Rotation Grating
高斯光束直径与径向旋转光栅参数间的关系
9.
Beam Control and Diagnostic Assistant Technical Research on High-Power Laser System;
强激光光束控制与参数诊断相关技术研究
10.
Study on the Singular Value Decomposition on Laser Beam Quality Measure
激光光束质量参数测量中的奇异值分解
11.
The Role of the Characteristic Parameters of Gauss Beam in Light Beam Transformation;
高斯光束的特征参数在传输变换中的作用
12.
Parametric design of a double-wire type PBPM for a synchrotron radiation facility
双丝型同步辐射光束位置监测器的参数设计
13.
This device splits the light beam into a measuring light beam and a reference light beam.
此设计把光束分成测量光束和参化光束。
14.
Furthermore, the effect of aperture parameters on the diffraction characteristics of laser beams is also discussed.
另外，讨论了齿形光阑的参数对光束衍射特性的影响。
15.
Experiment Survey of Laser Beam Quality Parameters of the Unstable Resonator and Its Theoretic Analyzing;
激光非稳腔光束质量参数的实验测量及其理论分析
16.
Research of the reference-beam laser Doppler velocimeter
参考光束型激光多普勒测速仪的研究
17.
Properties of Apertured Bessel Beams
贝塞尔光束的特性及参量的影响(英文)
18.
In conditions that the laser gains can be obtained, the relations between the maximal allowable divergence angle of incident electron beam and other physical parameters are discussed.
在获得激光增益的条件下,讨论了入射电子束的最大许可发散角与其它物理参数之间的关系。