1.
Propagation properties of partially polarized,partially coherent vectorial cosh-Gaussian beams through bifocal lens
部分相干部分偏振矢量双曲余弦-高斯光束通过双焦透镜的传输特性
2.
Double Focal Switch of Elegant Cosh-squared Gaussian Beams;
复变量双曲余弦平方-高斯光束的双焦开关
3.
Influence of Turbulence on Propagation and Far-field Beam Quality of M×N Cosh-Gaussian Beams
湍流对M×N列阵双曲余弦高斯光束传输和远场光束质量的影响
4.
Fractional Fourier Transform of Two-dimensional Cosine-gaussian Beams Based on the Wigner Distribution Function
二维余弦高斯光束基于魏格纳分布函数的分数傅里叶变换
5.
The Influence of Turbulence on Propagation and Far-field Beam Quality of Hermite-Gaussian Beams and M×N Cosh-Gaussian Beams;
湍流对厄米高斯及列阵双曲余弦高斯光束的传输和远场光束质量的影响
6.
Hyperbolic-Sine-Gaussian Ultrashort Pulsed Beams and the Propagation Properties
双曲正弦-高斯型超短脉冲光束及其传输特性
7.
Evolution of average intensity distribution and angular spread of partially coherent Hermite-sinh-Gaussian beams propagating through turbulent atmosphere
部分相干厄米-双曲正弦-高斯光束通过湍流大气传输的平均光强分布演化和角扩展
8.
The Transformation of Gaussian Beams Pass through the Defocusing Telescope System;
高斯光束通过离焦激光扩束器的变换
9.
The Beam Propagation Factor and the Focal Shift of Truncated Gaussian Beams
截断高斯光束的光束传输因子和焦移
10.
Malus cosine-squared law
马吕斯余弦平方定律
11.
Beam quality characterization of super-Gaussian beams passing through a spherically aberrated lens with an annular rectangular aperture
超高斯光束经光阑球差透镜后的光束质量评价
12.
The Transmission Characteristics of Coherent and Incoherent Combinations of Non-paraxial Off-axis Gaussian Beams of One-dimensional Linear Array
非傍轴离轴高斯光束的合成光束传输特性
13.
Study of Intensity of Vectorial Nonparaxial Flattened Gaussian Beams;
矢量非傍轴平顶高斯光束的光强研究
14.
A Method to Deduce the Expression of Laser Gaussian Beams
激光高斯光束表达式的一种导出方法
15.
Atmosphere Transmission Characteristic of Hermite-Gaussian Beam Laser at Sea
海上厄米-高斯光束激光大气传输特性
16.
The Propagation Properties of Hermitian-Gaussian Beams Passing through the Diaphragm
厄米-高斯光束通过光阑的传输特性
17.
Research on Simulation of Optical Resonator of Laser
激光器光学谐振腔高斯光束的仿真研究
18.
A new method for measuring radial intensity distribution and diameter of the Gaussian beam
测量高斯光束径向强度分布及束径的新方法