1.
Influence of Polarization State on Reflection Efficiency of Self-pumped Phase Conjugation
偏振特性对自泵浦相位共轭反射率的影响
2.
Investigation on a 100-J Laser System and High-Energy and High-Power Stimulated Brillouin Scattering Phase Conjugation;
百焦耳激光器及高能高功率受激布里渊散射相位共轭研究
3.
Holography- Transmission and reflection holography, recording media, phase-conjugate waves.
6 全像摄影术-穿透与反射全像摄影，储存媒体，相位共轭波。
4.
Holography - Transmission and reflection holography, recording media, phase-conjugate waves.
6 6全像摄影术-穿透与反射全像摄影，储存媒体，相位共轭波。
5.
APPLICATION OF BRILLOUIN CELLS TO SOLID-STATE LASERS
受激布里渊散射相位共轭镜在固体激光中的应用
6.
Application for Phase congugation by stimulated brillouin scattering in laser beam combination
受激布里渊散射相位共轭技术在激光组束中的应用
7.
Experimental Study of Overcoming Laser Rod′s Thermal Effect with Stimulated Brillouin Scattering Phase Conjugation Mirror
利用受激布里渊散射相位共轭镜克服激光棒热效应的实验研究
8.
Investigation on the SBS Phase Conjugation Mirror Character of High Energy Laser Pump;
高能激光抽运的受激布里渊散射相位共轭镜特性研究
9.
Studies on the Reaction of the Rearrangement of Non-Conjugation Alkene by Microwave;
微波辐射下非共轭双键重排反应研究
10.
Quasi-Coxeter Elements of Primitive Complex Reflection Groups and Their Conjugacy Classes
本原复反射群的拟Coxeter元及其共轭分类
11.
Modes of Unstable Resonators with Phase Gaussian Variable Reflectivity Mirror;
相位型高斯变反射率镜非稳腔的模式
12.
Effect of Curvature on Reflection Phase Feature of Electromagnetic Band-gap Structures
曲率对EBG结构反射相位特性的影响
13.
Theoretical and Experimental Research on Optical Fiber Phase-Conjugator;
光纤相位共轭技术的理论与实验研究
14.
Transient Coherence Four-and Six-wave Mixing Spectroscopy with Phase-conjugation Geometry;
瞬态相干相位共轭四波混频和六波混频光谱术
15.
Phase Transfer Catalytic Conjugated Addition of α-Carbanion Contaning Phosphorus
含磷α-碳负离子的相转移催化共轭加成反应
16.
Measurement of Reflectivity of Optical Mirrors Using Laser Phase Modulation and Fineness of F-P Cavity;
激光相位调制F-P腔精细度法测定反射率
17.
Influence of the polarization dueing to the output mirror on the efficiency of Ⅱ-type non critical phase match
输出镜反射性对Ⅱ类相位匹配倍频效率的影响
18.
Nonlinear optical phase conjugation technology can be used in adaptive optics and optical information processing.
非线性光学相位共轭技术可用于很多光学领域。