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Control-of-Light-Pulse
- 光子晶体中光脉冲的动态调控和色散关系研究-Control of Light Pulse and Dispersion
Fishbone_diagram
- The Fishbone Diagram(G) is a tool for analyzing process dispersion. It is also referred to as the "Ishikawa diagram," because Kaoru Ishikawa developed it, and the "fishbone diagram," because the complete diagram resembles a fish skeleton. The diagram
Dispersion-Tolerant
- 一个较新颖超宽带和色高容忍的全双工传输系统。-Full duplex transmission system of a novel ultra-wideband and high tolerance.
Virtual-desktop
- 能够在原系统内，分散四个虚拟桌面 可以切换四个桌面，原桌面的窗口看不见！！ 只要切换回来才可以看见-In the original system, dispersion of four virtual desktopYou can switch four desktop, the desktop window invisible!!As long as the switch back to see!!!
MATLAB
- 由于多径效应和移动台运动等影响因素，使得移动信道对传输信号在时间、频率和角度上造成了色散，即时间色散、频率色散、角度色散等等，因此多径信道的特性对通信质量有着重要的影响，而多径信道的包络统计特性则是我们研究的焦点。根据不同无线环境，接收信号包络一般服从几种典型分布，如瑞利分布、莱斯分布等。在此专门针对服从瑞利分布的多径信道进行模拟仿真，进一步加深对多径信道特性的了解。-Due to multipath effects and the mobile station sports and other
ftdt
- On the right hand side of latter equations just the z-component is non-zero. Hence just the last line will contain ! and can be used for the calculation of the dispersion relation. After writing out the di erential operators for equations (6a) an
chirp-pulse-and-dispersion
- 对啁啾和色散概念的理解，通过MATLAB编程实现可视化-matlab code for chirp and dispersion
Dispersion2
- matlab小程序，色散参量D和群速度色散参量beta2转化-Matlab small program, dispersion parameter D and group velocity dispersion parameter beta2 transformation
sellmeier_equation
- 利用sellmeier方程计算材料的折射率及色散-The refractive index and dispersion of materials are calculated by using Sellmeier equation.
OPTICAL-waveguidehomework1UESTC
- 根据以下的平板光波导在波长为1550 nm时的折射率数据 1.作 出 不 同 波 导 芯 厚 度 d (0<d<15 m)对应的TE模式 与TM模式的色散图； 2.给出满足单模与双模传输的 波导厚度范围。 3.确定包层所需的最小厚度a 与b的值-The refractive index of the optical waveguide data at a wavelength of 1550 nm according to the foll
OPTICAL-waveguidehomework2neffuestc
- 根据条形光波导折射率数据，分别针对宽高比a:b为1:1与 2:1两种情形，设计分析 ： 1. 满足单模与双模传输的 波导尺寸范围。（需要 给出色散曲线） 2. 针对两种情形，选取你 认为最佳的波导尺寸， 计算对应的模折射率。 （计算时假设上、下包 层均很厚）-According to the refractive index of the optical waveguide stripe of data, respectively, for an aspect
28
- Seismic signal is usually nonlinear and non-stationary because of the pr ent existence of multi-reflection, stratum absorbing, dispersion, etc., and its time–frequency analysis has played an important role in seismic exploration.
fiber
- 利用OptiSystem仿真软件对光纤色散进行仿真和分析。通过对初始时的脉冲波形、经过20km非线性色散光纤或的脉冲波形，理解光信号在传输过程中的色散问题。-Use OptiSystem simulation software simulation and analysis of optical fiber dispersion.Through the initial pulse waveform, after 20 km nonlinear dispersion fiber, or pulse