1) intrachannel cross-phase modulation
信道内交叉相位调制
1.
Theintrachannel cross-phase modulation (IXPM) and intrachannel four-wave mixing (IFWM) in dispersion managed quasi-linear systems is researched, and the role of the timing jitter induced by IXPM and the amplitude jitter and the ghost pulse induced by IFWM change with distance and dispersion map strength are analyzed theoretically.
研究了高速色散控制准线性传输系统中的信道内交叉相位调制和信道内四波混频等非线性相互作用,分析了信道内交叉相位调制导致定时抖动和信道内四波混频导致振幅抖动随距离和色散分布强度变化的规律,然后运用快速傅里叶变换法分析了信道内交叉相位调制导致的 25 -1 的伪随机码流的定时抖动和振幅抖动及寄生脉冲的产生,证实了理论分析。
2) IXPM
带内交叉相位调制
1.
The relationships between impulse power and error bit of the traditional dispersion-compensated systems: pre: post-and hybrid-compensation in the presence of SPM, IXPM and IFWM were investigated.
比较了不同的色散管理系统下,由带内交叉相位调制和带内四波混频引起的定时抖动与寄生脉冲对系统的影响。
3) intra-channel cross-phase modulation(IXPM)
带内交叉相位调制(IXPM)
4) cross-phase modulation
交叉相位调制
1.
Phase shift induced by cross-phase modulation in multi-periods dispersion management system;
多周期色散管理系统中交叉相位调制产生的相移研究
2.
Theoretical study of frequency chirping of wavelength-converted signal by cross-phase modulation using linear optical amplifier;
基于线性光放大器的交叉相位调制波长转换啁啾特性研究
3.
Suppression of pulse impairments due to cross-phase modulation by frequency domain phase conjugation;
基于频域相位共轭技术的交叉相位调制所致失真的复原
5) XPM
交叉相位调制
1.
On the basis of Cross-Phase Modulation(XPM) and Er-doped fiber Nonlinear Amplifying Loop Mirror(NALM),a novel design scheme is presented for the compression of unchirped Gaussian pulses with low peak power.
文章利用脉冲对的交叉相位调制(XPM)效应和非线性掺铒光纤放大环镜(ED-NALM)的整形放大作用,提出了一种对无啁啾高斯脉冲进行脉冲压缩的设计方案。
2.
Noise characteristics of cross phase modulation (XPM) wavelength converters were studied,and how to achieve the best wavelength conversion performance by choosing parameters such as injecting currents was discussed.
研究了交叉相位调制(XPM)型波长转换器的噪声特性,讨论了如何选择XPM型波长转换器的注入电流等参量使系统处于最佳工作状态。
3.
Cross-phase modulation (XPM) is introduced in this paper.
介绍了交叉相位调制(XPM)效应的概念,数值分析了其对波分复用(WDM)系统中一阶偏振模色散(PMD)补偿性能的影响。
6) cross phase modulation
交叉相位调制
1.
There are four kinds of interaction of two beams of light: cross gain modulation, cross phase modulation, cross state of polarization modulation, and four wave mixing.
有4种光-光互作用,即交叉增益调制、交叉相位调制、交叉偏振调制和四波混频,可以灵活地组成各种光信号处理器件,如波长变换器、全光触发器、全光逻辑、全光时钟恢复、全光缓存器,正成为整个光信号处理的基础。
2.
Nonlinear phase shift of signal laser is induced by control pulse because of cross phase modulation.
该全光脉冲整形器利用波分复用器将控制光脉冲引入光纤环形镜中,控制光脉冲由于交叉相位调制在信号光上产生了非线性附加相移。
3.
A new asymmetrical pulse pair method is proposed which can be used to suppress the pulse walk_off effect during the process of pulse compression by the cross phase modulation of pulse pair.
提出一种新的抑制离散效应的方法———非对称脉冲对法 ,并对采用该方法和采用非同步耦合法在基于脉冲对交叉相位调制对脉冲进行压缩过程中 ,对离散效应影响的抑制效果进行了研究 。
补充资料：三十一祖道信大医禅师《八十八祖道影传赞》
【三十一祖道信大医禅师《八十八祖道影传赞》】
四祖道信大师者。姓司马氏。世居河内。后徙于蕲州广济县。生而超异。幼慕空宗诸解脱门。宛如宿习。既见三祖嗣法。摄心无寐。胁不至席者。盖六十年。隋大业十三载。领徒众抵吉州。值群盗围城。七旬不解。万众惶怖。祖愍之。教念摩诃般若。时贼众望雉堞间。若有神兵。乃相谓曰。城中必有异人。不可攻矣。稍稍引退。唐武德甲申岁。师却返蕲。春住破头山。学侣云臻。一日往黄梅县。路逢女子。携一小儿。骨相奇秀。异乎常童。祖问曰。子何姓。答曰。姓即有不是常姓。祖曰。是何姓。答曰。是佛性。祖曰。汝无姓耶。答曰。性空故无。祖默识其法器。即俾侍者。至其母所。乞令出家。母以夙缘故。殊无难色。遂舍为弟子。以至传法付衣。偈曰。华种有生性。因地华生生。大缘与性合。当生生不生。遂以学徒委之。是为此土四祖。赞曰。少年出家利根捷疾 六十余年胁不至席 学侣云臻何待小儿 以有夙约观者不知
四祖道信大师者。姓司马氏。世居河内。后徙于蕲州广济县。生而超异。幼慕空宗诸解脱门。宛如宿习。既见三祖嗣法。摄心无寐。胁不至席者。盖六十年。隋大业十三载。领徒众抵吉州。值群盗围城。七旬不解。万众惶怖。祖愍之。教念摩诃般若。时贼众望雉堞间。若有神兵。乃相谓曰。城中必有异人。不可攻矣。稍稍引退。唐武德甲申岁。师却返蕲。春住破头山。学侣云臻。一日往黄梅县。路逢女子。携一小儿。骨相奇秀。异乎常童。祖问曰。子何姓。答曰。姓即有不是常姓。祖曰。是何姓。答曰。是佛性。祖曰。汝无姓耶。答曰。性空故无。祖默识其法器。即俾侍者。至其母所。乞令出家。母以夙缘故。殊无难色。遂舍为弟子。以至传法付衣。偈曰。华种有生性。因地华生生。大缘与性合。当生生不生。遂以学徒委之。是为此土四祖。赞曰。少年出家利根捷疾 六十余年胁不至席 学侣云臻何待小儿 以有夙约观者不知
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