搜索资源列表
C_N_test
- 求解非线性薛定谔传输方程——分布傅立叶算法程序-Nonlinear Schrodinger equation transmission- distribution Fourier algorithm
SSNLS
- 用split-step方法求解非线性薛定谔(NLS)方程的例子-This code solves the NLS equation with the split-step method
NLS
- 计算光纤里的非线性光束传播，解薛定谔方程，包含了二阶色散、损耗等，功能很强大-Calculation of the nonlinear beam propagation in the fiber, solving the Schrodinger equation, including second-order dispersion, loss, very powerful
super-continuous-spectrum
- 超连续谱,分布傅里叶方法,激光，非线性光学，傅里叶光学。薛定谔方程求解-Super continuous spectrum, distribution of Fourier method, laser, nonlinear optics and Fourier optics. The schrodinger equation
ssprop-MATLB
- 在非线性光纤光学的必须仿真方程，包括spm，xpm以及损耗的薛定谔方程。其中有10多个小仿真程序，以及其中用到的函数。-Must the simulation equation in nonlinear fiber optics, including the SPM, XPM and depletion of the schrodinger equation.There are more than 10 small simulation program, and the use of the f
Schrdgr2D
- 利用Kansas方法求解二维薛定谔方程，时间方向利用有限差分方法，其中对非线性项进行了线性处理(This program solves Optoelectronic eq. with MultiQuadric ( MQ(r) = sqrt(r^2 + c^2) where r is the Euclidean distance of nodes) Radial Basis Function (RBF) and Theta method)
NLSE
- 计算NLSE 非线性薛定谔方程 光子元件 模拟(Calculation of NLSE nonlinear Schrodinger equation photon element simulation)
Desktop
- 非线性光学书后程序，分布求解，参考作用研究问题不同，方程不同(Nonlinear Optics Post-book Procedure)
光纤非线性效应
- 用快速傅里叶算法求解薛定谔方程，考虑自相位调制和群速度色散效应
NLSE
- 利用分布傅里叶方法进行数值仿真，包含损耗、色散、SPM效应。 可以观察脉冲展宽与压缩，光孤子演化。(The distributed Fourier method is used for numerical simulation, including loss, dispersion and SPM effect. We can observe the pulse broadening and compression, and the evolution of optical soliton
迭代
- 差分迭代法和虚时间法求解薛定谔方程；克尔非线性方程光孤子解；(Solution of schrodinger equation by difference iteration method and virtual time method;Kerr nonlinear equation optical soliton solution;)
超连续谱，SC,GNSLE
- 依据《SUPERCONTINUUM GENERATION IN OPTICAL FIBERS》而来，SPM,XPM,FWM,拉曼效应，利用分步傅里叶法和龙格库塔方法来求解广义非线性薛定谔方程
超连续谱
- matlab程序，超连续谱的产生，GNLSE广义非线性薛定谔方程