相位共轭波

光折变介质的相位共轭波强度的近似表达式

Approximate Expressions for Intensity of the Phase Conjugate Wave in Photorefractive Media

观察到多个相位共轭波，当三束入射光都处在p偏振态时，在样品表面可得到一维光栅；

Multiple forward phase conjugate waves are observed .

Bragg微腔中非线性介质相位共轭波的增强效应

The Enhancement Effect of the Phase-conjugation Waves of a Nonlinear Medium in the Bragg Microcavity

当入射光波与Bragg腔模满足共振条件时，推导了其相位共轭波的增强因子。

The gain factor of the phase conjugation wave was derived out when the resonance condition was satisfied for incident optical wave and the Bragg microcavity mode .

本文报道采用Ce∶Fe∶LiNbO3晶体由多波作用产生的相位共轭波（双泵浦、自泵浦相位共轭、四波混频）；

The phase conjugation of the multi beam coupling in Ce ∶ Fe ∶ LiNbO 3 crystal ( double phase conjugation , self phase conjugation and four wave mixing ) are reported in this paper .

导出了RHM-RHM非线性Bragg腔中三阶非线性介质产生的相位共轭波增强因子的解析表达式；

The analytical expression is also obtained for the gains factor of phase - conjugation wave arisen from the third order nonlinear medium in the RHM-RHM nonlinear Bragg cavity .

Bragg微腔中的三阶NLM产生的相位共轭波相对于该介质裸露时产生的相位共轭波具有明显增强，这主要是Bragg微腔对入射泵浦光产生了较大的共轭增强作用。

Because of stronger resonance enhancement to incident pump beam given by the Bragg microcavity , the enhancement effect of the phase conjugation wave produced by Bragg microcavity was more outstanding than that caused by naked third order NLM .

研究了由一维光子晶体构成的Bragg微腔（AB）N（D）2（BA）N中三阶非线性光学介质（NLM）产生的相位共轭波的增强效应。

The enhancement effect of the phase conjugation wave was studied , which was produced by a third order nonlinear optical medium ( NLM ) in a ( AB ) ~ N ( D ) ~ 2 ( BA ) ~ N Bragg microcavity made of one-dimensional photonic crystals .

采用数值计算和理论分析相结合的研究方法，分别对RHM-RHM和RHM-LHM一维光子晶体及（非线性）Bragg腔的光子带隙、光子局域、偏振特性、光学双稳态和相位共轭波进行了研究。

Combining methods of numerical calculation and theoretical analysis , the properties of RHM-RHM and RHM-LHM 1D photonic crystals , respectively , and ( nonlinear ) Bragg cavity have been investigated , such as photonic band-gap , photonic localization , polarization characteristic , optical bistability and phase-conjugation wave .

关于后向受激散射产生相位共轭波的新解释

New physical explanation of producing phase-conjugate wave in backward stimulated scattering

66全像摄影术-穿透与反射全像摄影，储存媒体，相位共轭波。

Holography - Transmission and reflection holography , recording media , phase-conjugate waves .

相位共轭波与简并四波混频的探析

Study on Phase Conjugation Wave and Degeneracy Four-wave Mixing

一维光子晶体的光子带隙、光学双稳态和相位共轭波

The Photonic Bandgap , Optical Bistability and Phase-conjugation Wave in One Dimensional Photonic Crystals

掺铁铌酸锂晶体高阶非线性效应产生双频相位共轭波

Dual phase conjugation waves generation via high-order nonlinear effect in photorefractive fe : linbo_3

利用相位共轭波的新型干涉仪

A New Interferometer Using Phase Conjugate Mirror

声光双稳态和相位共轭波耦合映象格子模型时空混沌的研究

The Study of Spatiotemporal Chaos in Coupled Acousto-Optical Bistable and Phase Conjugation Map Lattices Models

为了解决非均匀介质中的光传输问题，利用光学相位共轭波的时间反演特性，实现了对克斯林衍射积分公式的改进。

In order to study laser propagation in inhomogeneous medium , Collins formula was improved by using time inversion characteristic of optic phase conjugation wave .

研究了角反射器阵列形成赝相位共轭波的能力，计算了其对泽尼克多项式表示的各阶像差的保真度；

The ability of the retroreflector array to provide psedophase conjugate wave of the input wave is investigated and the calculated results of different Zernike polynomials aberrations are presented .

介绍耦合单峰映象格子模型、耦合声光双稳映象格子模型及耦合相位共轭波映象格子模型中时空混沌的控制与同步的研究进展。

The recent achievements of control and synchronization of STC are described on coupled logistic map lattices ( CLML ) models , coupled acousto-optic bistable map lattices ( CAOBML ) models and coupled phase conjugation waves map lattices ( CPCWML ) models .

本文使用耦合映象格子模型研究声光双稳态和相位共轭波时空混沌的控制与同步，并对其在保密通信中的应用进行了实验研究，同时对其时空复杂行为进行了有益的探讨。

The dissertation mainly investigates the control and the synchronization of spatiotemporal chaos ( STC ) in acousto-optic bistable systems and phase conjugation resonators by using coupled map lattices ( CML ) models . The application in secure communication and the spatiotemporal complex behaviors of the models are helpfully discussed .

光学相位共轭与四波混频

Optical Phase Conjugation and Four - Wave Mixing

回顾并论述了光学相位共轭及四波混频技术的发展过程，介绍了四波混频相位共轭的原理、相关的介质材料、应用前景及技术发展趋势。

The principle and history of optical phase conjugation and four-wave mixing are expounded ; the concepts , materials and applications about the technology are introduced as well .

另外，本文分别对相位共轭简并四波混频（PCDFWM）和前向简并四波混频（FDFWM）光谱的特点进行了分析和比较。

In addition , the phase conjugate degenerate four-wave mixing ( PCDFWM ) and forward degenerate four-wave mixing ( FDFWM ) in their own characteristics were analyzed and compared .

它的四波混频相位共轭反射率高达900%以上，且具有相位共轭波温度增强效应。

The phase conjugate reflectivity of four-wave mixing was measured to be higher than 900 % ; The temperature enhancement of phase conjugation was studied .