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0429194
- 半导体激光器混沌保密通信的完全同步!!1()
dianguangfeedback
- 该程序计算光电反馈混沌激光器的同步动力学，用dde23计算延时为非方程(This program calculates the synchronization dynamics of the optoelectronic feedback chaotic laser , and uses dde23 to calculate the time delay as a non - equation .)
exam5
- 参考各种文献以及实验条件，得到微晶片激光器的各物理参数，在matlab中编程求解该微晶片激光器对应的速率方程组。(Referring to various literatures and experimental conditions, we get the physical parameters of the microchip laser, and solve the rate equations of the microchip laser in MATLAB.)
Response_function
- 利用小信号近似方法对单量子阱激光器的响应函数进行的仿真(Simulation of the response function of a single quantum well laser by small signal approximation)
beam radium caculation V-type resonator
- 固体激光器三镜腔（V型腔）光斑半径计算。(beam radium caculation in V-type resonator)
KUZXOGE
- 基于半导体激光器的混沌特性和同步原理及其在保密通信中应用的论文()
CSTUHS
- 半导体激光器混沌保密通信的完全同步!!1()
anrxdqp
- 本微波光子发生器仿真软件实现了对一种基于两个光纤光栅的新光子微波发生器的仿真分析,仿真方案有连续波激光器,分光器,两个中心()
6844225
- 本微波光子发生器仿真软件实现了对一种基于两个光纤光栅的新光子微波发生器的仿真分析,仿真方案有连续波激光器,分光器,两个中心()
matlab程序
- 激光器方面的腔型设计和激光晶体及BK7玻璃的色散计算(Laser cavity design and laser crystal and BK7 glass dispersion calculation)
fiberlaser_Multi6
- 多点侧面抽运高功率双包层光纤激光器的数值模拟(Numerical Simulation of Multipoint Side Pumping High Power Double Clad Fiber)
NTC_cal
- 这个小软件实现的功能是将激光器ETC的控制温度转换成控制电流，从而设定电流输入大小。(The function of this small software is to convert the control temperature of the laser ETC into the control current, thus setting the current input size.)
YLR中文说明书
- 该文档问IPG激光器的中文说明书，可查看RS232串口指令(This document for the Chinese instructions for the IPG laser)
zsacqe
- 半导体激光器混沌保密通信的完全同步!!1()
bsmialization
- 基于半导体激光器的混沌特性和同步原理及其在保密通信中应用的论文()
modelocked
- 基于锁模光纤激光器的仿真，各器件已经模块化，可直接使用(Simulation of mode-locked fiber laser)
pinpu
- 将激光器输出的时间序列转化成频谱序列，以更好的分析频谱特性(The time series of laser output is converted into frequency series to better analyze the spectrum characteristics.)
Leo_DFB-laser-master
- DFB激光器的仿真模拟,通过数值计算，可以仿真阈值等特性(DFB laser simulation)
simulation
- 超快光纤激光器模拟 锁模方式为NALM(simulation of ultrafast fiber laser)
Qswitch (2)
- 用matlab通过速率方程解决调Q模拟，主要模拟了可饱和吸收体被动调q的过程。(Matlab is used to solve the Q-switching simulation through the rate equation. The process of passive Q-switching of saturable absorber is mainly simulated.)