1.
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
2.
M~2-factor of partially coherent flat-top beams propagating in gain or loss media
部分相干平顶光束在增益或损耗介质中传输的M~2因子
3.
Theoretical Investigation of Propagation of Laser Beam and Ultrashort Pulsed Beam;
激光光束传输及超短脉冲光束传输的理论研究
4.
Furthermore, some examples, in which the complex space is used to analyse beam propagation, are also given.
列举了复空间应用于光束传输的一些例子。
5.
Two optical signals propagating in a four-level atomic ensemble
双光束信号在四能级原子系统中的传输
6.
Analytical Solution in the Gaussian Form of the Single Beam Propagating in the Strong Nonlocal Media
非局域介质中单光束高斯型孤子传输的解析解
7.
Beam optical transfer system of neutron generator and its simulation calculation
中子发生器束流传输光学系统研究及模拟计算
8.
It is shown that the propagation of charged-particle beam can be made in complete analogy with the transmission of ellipse-Gaussian light beam in paraxial approximation.
傍轴近似下带电粒子束传输可完全类比于近轴光线椭圆高斯光束的传输。
9.
Beam Combination Characteristics of Partially Coherent Beams
部分相干光光束并合的光束传输变换特性
10.
Study of the Beam Characterization, Propagation and Spectrum Properties;
光束描述、传输变换和光谱特性研究
11.
Study on the Propagation and Control of the Beam in the Photorefractive Crystals;
光折变晶体中光束的传输与控制研究
12.
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
13.
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
14.
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
15.
Analysis of the beam characteristics and the propagation model of spectral combining systems for Yb-doped fiber lasers
掺Yb光纤激光器阵列谱合成系统的光束传输模型及光束特性分析
16.
Study on the Propagation and Transformation Properties of Semiconductor Laser Beams;
半导体激光束的传输与变换特性研究
17.
The Resonant Propagation of the Bounded Light Beam in the Planar Microstructure;
有限光束在平面微结构中的共振传输
18.
Non-paraxial Vector Theory for Self-focusing of Intens e Laser Beams;
强光束传输的非旁轴矢量自聚焦理论