超短光脉冲

基于EDFA的超短光脉冲放大技术及其进展

EDFA-based ultrashort optical pulse amplification and its developments

高速半导体激光器超短光脉冲产生及脉宽测试

Highspeed ultrashort optical pulse generation by semiconductor laser and its width measurement

SOA双折射效应对超短光脉冲光谱特性的影响

Effects of Birefringence in SOA on Spectral Characteristics of Ultrashort Optical Pulses

色散缓变光纤能有效抑制超短光脉冲的Raman孤子自频移吗？（英文）

Can Raman soliton self-frequency shift of ultrashort pulses be suppressed in the dispersion-decreasing fiber ?

用于光纤CDMA的超短光脉冲源特性分析

Ultrashort Optical Pulse Source for Fiber Optic CDMA Using Gain - Switched Semiconductor Laser

产生1.3μm超短光脉冲的增益开关LD实验系统

Generation of 1.3 μ m Ultrashort Optic Pulses Using Gain-Switched Diode Laser

利用CCD技术和计算机控制技术可以实现对超短光脉冲进行空间光强分布的实时测量。

A computer system , used for getting the spatial distribution of laser pulse , is described .

超短光脉冲通过着色LiF晶体的特性研究

Characteristic investigation of a ultrashort light pulse passage through the coloured LiF crystals

用SHG方法测量半导体激光器超短光脉冲

The Measurement of Ultrashort Optical Pulses from Semiconductor Laser Diodes by SHG

用Fabry-Perot标准具或光栅测量超短光脉冲的光谱带宽

Measurement of spectral bandwidth of ultrashort light pulses with a Fabry-Perot etalon or grating

近年来，基于SOA的主动锁模激光器由于能够产生高重复频率的近变换极限超短光脉冲，而倍受人们的广泛关注。

Recently , actively mode-locked ring lasers taking SOA as the gain medium have attracted much attention for generating high repetition rate , ultra-short and transform-limited optical pulses .

研究了双折射对基于SOA干涉型器件的性能影响以及对超短光脉冲光谱展宽的影响；

The negative impact of birefringence on performances of SOA-based interferometer devices and the effect of birefringence on the spectrum broadening of ultrashort optical pulse in SOA are studied .

本文将F-PLD与环形光纤激光器结合起来，以LD作为调制器，得到高稳定单波长超短光脉冲序列。

High stable single wavelength pulse train was generated in a fiber ring laser by using a F P semiconductor laser diode as a modulator .

本文第五章对电吸收调制器（EAM）和级联电吸收调制器（TandemEAM）产生超短光脉冲进行了模拟。

In the fifth chapter we simulated the ultra-short pulses generation based on the single EAM and the tandem EAM .

数值模拟了基于电吸收调制晶体（EAM）的超短光脉冲源的输出脉冲宽度及消光比与外加反向偏压、射频信号幅度之间的变化关系。

The characteristics of an ultrashort optic pulse source based on electroabsorption modulators are investigated by means of numerical simulations .

利用DCF，DSF和ED-NALM获得无基座超短光脉冲的设计方案

A designed model for pedestal-free ultra-short pulse generation using DCF , DSF and ED-NALM

chirped光纤光栅在光纤色散补偿、超短光脉冲放大、掺铒光纤放大器、光纤滤波器以及光纤传感器中具有较广泛的应用。

Its application is extensive in compensation of fiber dispersion , amplification of ultrashort light pulse , Er doped fiber amplifier , fiber filter and fiber sensor .

介绍了电吸收调制激光器（EML）产生超短光脉冲的原理，对输出脉冲进行了数值模拟和实验研究。

Charateristics of ultrashort optical pulses based on electroabsorption modulation lasers were investigated by numerical simulations and experiments .

提出并建立了利用F-P滤波器入射端面的反射作为输出的自注入锁定基本实验系统，以生成波长可调谐超短光脉冲；

Establishing and presenting a basic self-seeding experimental system using the reflection at incidence face of F-P optical filter as output for producing wavelength-tunable optical short pulses ;

因此，基于EAM的超短光脉冲源可以满足20Gb/s的光时分复用（OTDM）系统的需求，也适合于超长距离的光孤子通信系统。

As it can meet the requirement of 20 Gb / s OTDM system , it is also suitable for long-haul optic soliton communications .

通过数值模拟分析了不同波长的探测光在增益峰值处的泵浦超短光脉冲入射SOA时的增益和SOA载流子温度的超快动态特性。

The ultrafast dynamics of the gain of the probe light with different wavelengths and the carrier temperature in the SOA are estimated while the pump light emitted near the gain peak composed of ultrashort pulses is incident into the SOA .

1GHz，11ps超短光脉冲的波长变换实验

The Wavelength Conversion Experiment for 1 GHz , 11 ps Ultra-short Optical Pulses

实验研究了这种光电探测器在532nm波长、30ps超短光脉冲作用下的光电响应信号。

The photodetector ′ s response to 532 nm wavelength , 30 ps ultrashort laser pulse is studied experimentally .

高重复率超短光脉冲的产生是高速光时分复用（OTDM）系统的关键技术之一。

The generation of ultra-short optical pulse with high repetition rate is one of the key techniques in the high-speed optical time-division multiplexing ( OTDM ) system .

5ps紫外超短光脉冲产生技术

Generation of a 5 ps Ultrashort UV Laser Pulse

5GHz的16.2ps超短光脉冲的产生

Generation of 5 GHz 16.2 ps Ultrashort Optical Pulse

提出了一种基于单端半导体光放大器（SOA）的注入型主动锁模光纤激光器产生超短光脉冲的方案，建立了该方案的理论模型。

In this paper , a wavelength and repetition rato tunable actively mode-locked fiber ring laser based on cross-gain modulation in a reflective Semiconductor Optical Amplifier ( SOA ) is demonstrated . Theoretical model for this scheme is also established and output characteristics are calculated .

对商用法布里&珀罗（F-P）型激光二极管实施增益开关调制、并进行自注入锁定是产生波长可调谐超短光脉冲的简单、可靠方法，该方法属自注入增益开关技术。

Simply and reliably generating wavelength tunable optical short pulse is by means of self-seeding while gain-switching of the commercially available Fabry-Perot ( F-P ) laser diode , which is called self-seeding gain-switching technology .

采用琼斯矩阵与随机耦合的波片模型（Monte-Carlo）方法相结合研究了在偏振模色散（PMD）和偏振相关损耗（PDL）共同作用下，超短光脉冲经光纤传输后脉冲被展宽的统计特性。

Using the Jones Matrix and Monte-Carlo method , we study the statistical broadening characteristic of ultra-short optical pulse induced by polarization mode dispersion ( PMD ) and polarization dependent loss in single mode fibers .

密集波分复用（DWDM）和光时分复用（OTDM）是实现光纤通信系统升级扩容的有效途径，而多波长信号及高重复频率的超短光脉冲的产生则是与其相对应的两种关键技术。

DWDM and OTDM are effective approaches to realize the expansion of optical telecommunication system , and the generations of multi-wavelength signal and highly repeated frequency super-short-pulse are the two corresponding key technologies .