搜索资源列表
multem2
- 一个由希腊的物理学家开发的基于平面波展开法和多重散射法的程序，用于计算光子晶体的带隙结构和不同方向的反射，透射率。内有pdf进行详细的说明。-A new version of the program for transmission and band-structure calculations of photonic crystals
SAR
- 基于极化熵，极化散射角，以及反熵的whishart聚类，还提供了freeman分解的代码-Based on the polarization entropy, polarization scattering angle, as well as anti-entropy whishart clustering, it also provides a freeman decomposition code
Taur_computer
- 瑞利散射光学厚度计算，瑞利散射光学厚度计算-rayleigh scatter computation，rayleigh scatter computation
TM_FDTD
- 利用C语言仿真模拟了FDTD的TM波的外推及散射-The use of C language of the FDTD simulation of the TM wave and scattering extrapolation
BondMie
- 奈米柆子電磁散射,可計算單一的奈米粒子及殼形奈米粒子,可計算不同粒子的大小,金屬,介電質均可-柆sub-nanometer electromagnetic scattering, calculate a single shell-shaped nano-particles and nano-particles, calculate the size of different particles, metal, dielectric can be
MATLAB_Rainfall_radar_echo_model_for_measuring_rai
- 本程序为星载降水雷达卫星测量地面降雨时，回波的归一化雷达散射截面图。 主程序为FiSAR，其他两个程序为嵌套的函数。-This procedure for the spaceborne precipitation radar satellite measurements of rainfall on the ground, the echoes of the normalized radar cross section diagram. The main program for the Fi
mie
- 用mie理论算的单个小球的散射和消光，吸收-Mie theory, a single operator using a small ball scattering and absorbing light, absorption
MicroStp
- 微带天线的散射场的计算，用户可自己设置参数-cauculation the scattering fiele of the microstrip antenna ,user can set the parameter free
sphmie
- 利用MATLAB进行米散射计算，计算大气粒子对于太阳不同波长的辐射损失-M scattering calculations carried out using MATLAB to calculate atmospheric particles of different wavelengths for the solar radiation loss
zhufneliang
- 目标的雷达散射截面(RCS)包含了丰富的目标类别信息,如何有效利用目标RCS特征对空间目标的雷 达识别具有重要意义. 文中提取中心矩作为特征向量,采用主分量分析( PCA)进一步进行特征压缩,利用支撑矢 量-Target radar cross section (RCS) contains a wealth of objective categories of information, how the effective use of target RCS characteristi
Discrete-multipath-fading-channels
- 通信系统离散信道仿真，散射、离散多径信道衰落模型mfiles-Communication system discrete channel simulation, scattering/discrete multipath fading channel matlab mfiles
F2P_V0.8
- 采用FDTD计算2维光子晶体的散射和透射的可执行程序小软件-Calculated using FDTD 2-D photonic crystal scattering and transmission of the executable program small software
exam4-10
- 12个球体，其中每个球体的材料参数各不相同。第一列球体的材料散射颜色为蓝色，但没有镜面属性。第二列添加了具有较小光泽度指数的白色镜面反射。第三列使用了很大的光泽度指数第四列使用了蓝色的散射颜色。-12 spheres, each sphere of the material parameters vary. The first column of the material sphere scattering color is blue, but there is no mirror proper
pilotbasedchannelestimatininOFDMsystems
- 频域不同导频密度的信道估计在被研究，并且在高低时延信道其信道估计被固定了导频分配时域。频域信道估计是基于插补，多项式的广义线性模型（或最小二乘法）和维纳滤波（或线性最小均方误差法）的方法。时域的信道估计是用线性插补完成的。我们通过测量在基于克拉克散射模型的瑞利衰落信道上并带有QPSK调制的粗误码率，已经比较了所有这些方案的结果。-Different pilot density in frequency domain channel estimate to research, and its hi
1009-3486(2005)05-0026-04
- Mie理论并非是Gustav Mie个人的研究成果，但最主要是由G．Mie对金属微粒的散射进行研究时建立的。该理论最初用于物理化学，是研究胶体和大分子的重要理论。但在航空中遇到了越来越多的能见度问题，这促使去研究云和雾滴的总散射问题，使Mie散射理论得到发展。军事上在海战中对烟幕的研究，促使Mie理论的成熟。-Gustav Mie Mie theory is not a personal research, but mainly by the G. Mie scattering of parti
photonic-crystal-bandgap
- 平面波方法计算声子晶体能带结构的源程序（复式格子圆柱体按正方形排列,水、四氯化碳为散射体,水银为基体）-Plane wave method phononic crystal band structure of the source (double-cylinder square array grid, water, carbon tetrachloride, the scattering body, mercury as a matrix)
FORTRAN-code
- 用T矩阵计算多颗粒体系的散射和电场。可以计算出该体系的电场分布。-A multiple sphere T-matrix FORTRAN code for use on parallel computer clusters
mstm-manual-2011-v2.1
- 介绍如何用T矩阵来计算多颗粒的散射问题以及电场分布。有程序代码。-This is the instruction manual for the MSTM Fortran–90 code. The code was originally released in January 2011. Code elements will be revised in response to bug fi xes, user suggestions, and modifi cations/
parallel-light
- 演示平行光通过凸透镜的散射效果分布图，可以设定折射率、直径等参数-Demonstrates the parallel light by the scattering effect of the convex distribution map, you can set the parameters of the refractive index, and diameter
mom_erweifield_tuoyuan_TM
- 矩量法实现二维平面入射电磁波在椭圆柱上的散射-Method of moments to achieve the two-dimensional scattering of incident electromagnetic wave in the oval column