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fdtd_3D_xyzPML_Lorentz_MPI_OpenMP
- 三维FDTD,,C++编,计算Lorentz模型
fdtd_2D_TE_PML_Lorentz_period
- 2Dfdtd算法,用来计算周期的Lorentz模型
topology_identification_of_complex_networks
- 复杂网络的拓扑辨识,通过复杂网络中节点的状态可以辨识出复杂网络的连接结构(洛仑兹系统)-topology identification of complex networks. According to the node state of complex network, we can know the topology of this complex networks(Lorentz system)
LD
- 此Matlab代码实现了Drude-Lorentz和Debye-Lorentz算法(LD模型),用于计算金属的介电常数。当然Drude-Lorentz方法也可以用来计算纯水的。-This Matlab code implements the Drude-Lorentz and Debye-Lorentz algorithm (LD model), used to calculate the dielectric constant of metal. Of course, Drude-Lorent
stringnotes
- this ebook contains the topi introduction to string theory which includes strings in qcd,classical strings.open & closed strings, quantizations,Lorentz invariance,Interactions and vertex operators,BRST quantization,T-DualityFermions in strings and va
05
- 利用蒙特卡罗方法,用洛伦兹分布对高斯分布进行舍选抽样。-Using the Monte Carlo method, using Lorentz distribution on the Gaussian distribution is rounded selection sampling.
meep-metals
- meep中,定义金属的德鲁得洛伦兹模型,用于定义金属的介电常数的源代码-meep, define metal Drew Lorentz model was used to define the dielectric constant of the metal
epsilon-for-Drude-Lorentz
- 基于matlab计算洛伦兹-朱德模型的matlab源代码,只需运行程序代码选择金属名称和模型类型即可自动输出不同频率下的介电常数值,非常方便-Based on the calculation of the Lorentz matlab- Zhu model matlab source code, simply run the program code to select the name and model type of metal can be automatically output di
LorenzSystem
- 给出了洛伦兹系统的模型以及仿真程序,可以得出分岔图和根轨迹图-Gives the Lorentz system model and simulation program, we can draw the bifurcation diagram and root locus
hundunzhibiao
- Chaotic system to achieve a variety of codes to Lorentz system, for example, given a variety of indicators of the code
radio
- 这是用于国土资源调查时,计算洛仑兹曲线的MATLAB程序,欢迎试用(This is used for land and resources survey, the calculation of lorentz curve MATLAB program, welcome to try)
Dispersive FDTD
- Lorentz model for FDTD
新建 Microsoft Office Word 文档 (2)
- 主要是在出现不稳定极限环时应该如何处理。 不稳定极限环在时间演化曲线中自然是不能直接得到的,这里如果想找到他就要利用不稳定极限环作为态空间分界面的性质。在极限环内部,最终趋于稳定点,例如(0,0),而极限环外,很有可能就发散了,或者到了远处的某稳定点或者某稳定极限环。 于是,画分岔图非常不爽地需要两重循环,第一重是初值的循环,利用的是二分法,逐渐逼近分界面;第二重自然是参数。 在做数值计算的时候,很重要的一个问题是,通常在有限的时间内(我们自然不可能算到无穷久以后,时间的设定可以先跑几次看一看,
LE
- 求解洛伦兹系统李雅普诺夫指数,非常好用,可以改成常微分系统(Solve for the lyapunov exponent of the lorentz system)