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- 差分方法求解波动方程的MATLAB程序代码-Difference Method for the Wave Equation MATLAB program
Nonlinear_Fiber_Optics_Chinese_edition
- 光纤是20世纪的重大发明之一,其导光性能臻于完美,很难想像还会有更好的替代者。本书是光学、光子学和光通信领域的重要译著,分原理篇和应用篇两部分。原理篇包括光传输方程、群速度色散、自相位调制、调制不稳定性和光孤子、偏振效应、交叉相位调制、受激散射和光参量过程等内容,科学归纳为非线性光纤光学,侧重于基本概念和原理。应用篇内容包括光纤光栅、光纤耦合器,各种光纤干涉仪、光纤放大器和光纤激光器,光脉冲压缩技术,以及有关光纤通信系统和孤子波系统中的传输问题,体现了非线性光纤光学在光波技术、光通信领域的应用。
zhangyong_jun-shi-duan-bo-tong-xi-kang-gan-rao-xin
- 摘 要:建立了几个军事短波通信系统仿真模型,并简要叙述了军事短波通信系统中跳频、扩频的干扰方程。文章给出了仿真物理结构图以及功能模块图,也给出了军事短波通信抗干扰性能仿真评估的指标,提出了利用云模型及云不确定性推理对仿真结果进行评估,并给出了干扰和无干扰条件下军事短波通信的抗干扰性能评估结果。-Abstract: A number of military HF communications system simulation model, and a brief descr iption of
code
- 求解二维波动方程,包括论文,公式依据和程序源代码-Solving two-dimensional wave equation, including papers, formulas and procedures based on source code
Gibbs-to-matlab
- 在Matlab中利用傅里叶变换求解波动方程,快速简便-Fourier transform to solve the wave equation in Matlab, quick and easy
wave-equation
- 波动方程的简谐平面波解,在建立了波动方程之后,我们来讨论其解的形式及其特性-Simple harmonic plane wave solutions of wave equation, wave equation, we discuss its solution in the form of its characteristics
Theoretical-study-of-coaxial-fibers
- applied optics上的一篇关于coaxial fiber的文章,在解析法求解光纤时,对光纤建立模型有帮助。-A mathematical solution of the wave equation for coaxial fibers having four different refractive-index profiles is presented.
Partial_Differential_Equations_in_Matlab
- In this document has been introduced how to solve different partial differential equations in Matlab programming language.Everbody can solve Heat Conduction Equation, Helmholtz Equation, Laplace Equation and Wave Equation for different initial and bo
MACCORMACK
- cfd-MACCORMACK for solving Wave equation MACCORMACK Method ,is a two-step procedure
UPWIND
- cfd-UPWIND for solving Wave equation UPWIND Method is an Upstream of the first order
oned_wave
- 1-D Finite difference wave equation
Morision
- 基于Matlab的Morision方程计算波浪力-Based on the matlab morision equation wave force calculation
基于矩量法的二维金属体散射(内含matlab程序)
- 介绍了基于矩量法的二维导体散射问题,给出了问题分析过程,相关程序,以及仿真结果;包含TM波和TE波的电场积分方程和磁场积分方程。(Is introduced based on the method of moments of two-dimensional conductor scattering problem, problem analysis process is given, and the relevant procedures, and the simulation results;
2.第二章--波函数和薛定谔方程
- 薛定谔方程(Schrödinger equation)又称薛定谔波动方程(Schrodinger wave equation),是由奥地利物理学家薛定谔提出的量子力学中的一个基本方程,也是量子力学的一个基本假定,其正确性只能靠实验来检验。