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【Algorithm】 fdtd2de DL : 0: Finite-Difference Time-Domain integration of TMz scattering
Update : 2024-05-20 Size : 3072 Publisher : numerical
【Other】 BondMie DL : 0: 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
Update : 2024-05-20 Size : 13312 Publisher : kenny
【Other】 ncinclus DL : 0: 非同心圓的奈米粒子之Mie電磁波散射,可計算金屬,介電質等,並可修改成殼狀包覆的非同心圓的奈米粒子-Non-concentric circles of the nano-particle Mie scattering of electromagnetic waves, calculation of metal, dielectric, etc., can be modified into a shell-like concentric circles of non-coated nanoparticles
Update : 2024-05-20 Size : 15360 Publisher : kenny
【Other】 0750677295 DL : 6: In this communication we review some recent advances in aggregate-functions approaches, that are based on the construction of efficient MoM basis functions by suitably grouping standard (e.g. Rao-Wilton-Glisson, RWG) functions. The application domains, objectives and related means of achieving them can be significantly different for the various embodiments of the aggregate-functions concept. Compressive approaches can reduce the degrees of freedom of the problem up to allowing a direct, iteration-free solution non-compressive multiscale approaches can act as effective pre-conditioners for iterative methods. For this reason aggregate-functions are well suited to solve antenna, EMC and scattering problems involving large and complex objects.-In this communication we review some recent advances in aggregate-functions approaches, that are based on the construction of efficient MoM basis functions by suitably grouping standard (e.g. Rao-Wilton-Glisson, RWG) functions. The application domains, objectives and related means of achieving them can be significantly different for the various embodiments of the aggregate-functions concept. Compressive approaches can reduce the degrees of freedom of the problem up to allowing a direct, iteration-free solution non-compressive multiscale approaches can act as effective pre-conditioners for iterative methods. For this reason aggregate-functions are well suited to solve antenna, EMC and scattering problems involving large and complex objects.
Update : 2024-05-20 Size : 6068224 Publisher : Duc Long
【matlab】 PBGBand DL : 0: 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，修改输入文件可用于光子晶体的建模和计算，比较好用-FDTD calculation using two-dimensional photonic crystal scattering and transmission of the executable program small piece of software, modify the input file can be used for modeling and calculation of photonic crystals, compare easy to use
Update : 2024-05-20 Size : 3072 Publisher : 吴静
【OpenGL program】 demo DL : 0: 精确的大气散射现象模拟程序 opengl代码-Accurate atmospheric scattering phenomena simulation program opengl code
Update : 2024-05-20 Size : 203776 Publisher : 王泽
【Windows Develop】 WirelessSensorNetworkSimulator1 DL : 0: This application is a simulation of a wireless sensor network. Such a network is used to detect and report certain events across an expanse of a remote area - e.g., a battlefield sensor network that detects and reports troop movements. The idea behind this network is that it can be deployed simply by scattering sensor units across the area, e.g. by dropping them out of an airplane the sensors should automatically activate, self-configure as a wireless network with a mesh topology, and determine how to send communications packets toward a data collector (e.g., a satellite uplink.) Thus, one important feature of such a network is that collected data packets are always traveling toward the data collector, and the network can therefore be modeled as a directed graph (and every two connected nodes can be identified as "upstream" and "downstream.") -This application is a simulation of a wireless sensor network. Such a network is used to detect and report certain events across an expanse of a remote area- e.g., a battlefield sensor network that detects and reports troop movements. The idea behind this network is that it can be deployed simply by scattering sensor units across the area, e.g. by dropping them out of an airplane the sensors should automatically activate, self-configure as a wireless network with a mesh topology, and determine how to send communications packets toward a data collector (e.g., a satellite uplink.) Thus, one important feature of such a network is that collected data packets are always traveling toward the data collector, and the network can therefore be modeled as a directed graph (and every two connected nodes can be identified as "upstream" and "downstream.")
Update : 2024-05-20 Size : 438272 Publisher : Imran
【OpenGL program】 colormat DL : 0: 一个交互式程序，它使用glColorMaterial()更改材料属性，通过鼠标控制鼠标按钮更改散射属性的颜色-An interactive program, which uses glColorMaterial () change the material properties, through the mouse control the mouse buttons to change the color of scattering properties
Update : 2024-05-20 Size : 1024 Publisher : wulijia
【Algorithm】 source DL : 0: 利用C语言编写的三维FDTD程序，计算电磁散射-The use of C language procedures for the three-dimensional FDTD calculation of electromagnetic scattering
Update : 2024-05-20 Size : 4096 Publisher : 艾夏
【VC/MFC】 mie_c_src.tar DL : 2: Mie散射的c语言程序，里面有好多子函数，转自互联网，仅供学习参考，请勿商用，否则由于版权所引起的纠纷自行解决，本人概不负责。-Mie scattering of the c language program, which has a lot of sub function, carried over the Internet, only to learn information, please do not commercially available, or because of copyright disputes resolve themselves, I shall not be liable.
Update : 2024-05-20 Size : 12288 Publisher : shayu
【Algorithm】 infraredsimulationofrainandfog DL : 1: 有关雨雾红外仿真的一篇不错的文章，里面用到Mie散射和MonterCaro模型，大家可以参考思路。-A good article of infrared simulation of rain and fog, which used Mie scattering and MonterCaro model, we can refer to ideas.
Update : 2024-05-20 Size : 443392 Publisher : shayu
【source in ebook】 mie_w_src.tar DL : 0: Mie散射程序（.w后缀），内含相关函数，主要计算粒子的电磁散射，可用于光流场、电磁波的计算。-Mie scattering program (. W suffix), containing correlation function, the main calculation of electromagnetic scattering particles can be used for optical flow field, electromagnetic calculations.
Update : 2024-05-20 Size : 24576 Publisher : shayu
【Special Effects】 stripmapSAR DL : 2: 合成孔径雷达(SAR)的点目标仿真,五．点目标SAR的成像处理算法仿真 SAR的回波数据不具有直观性，不经处理人无法理解它，如图5.1。从原理上讲，SAR成像处理的过程是从回波数据中提取目标区域散射系数的二维分布，-Synthetic aperture radar (SAR) of the point target simulation, 5. Point-target simulation of SAR imaging processing algorithms SAR echo data do not have the intuitive, non-treated people can not understand it, shown in Figure 5.1. From the principle of speaking, SAR image processing is the process to extract the data from the echo target area scattering coefficient of two-dimensional distribution of
Update : 2024-05-20 Size : 2048 Publisher : zhangsheng
【Algorithm】 MFIE DL : 0: 本程序用于磁场积分方程求解圆柱的电磁散射问题。-This procedure for the cylindrical magnetic field integral equations of electromagnetic scattering problems.
Update : 2024-05-20 Size : 1024 Publisher : 陈民
【matlab】 nsphere DL : 0: 用matlab模拟球形微粒的散射特性-Simulate the scattering properties of spherical particles
Update : 2024-05-20 Size : 14336 Publisher : lito
【Algorithm】 3d-fdtd DL : 1: 关于时域差分法计算电磁散射的三维Fortran程序-Calculated on the difference time-domain electromagnetic scattering from three-dimensional Fortran program
Update : 2024-05-20 Size : 4096 Publisher : 颜颜
【Algorithm】 SusanC.Hagness3D-FDTD-matlab DL : 1: Susan C. Hagness关于时域差分法计算电磁散射的三维matlab程序-Susan C. Hagness on the time-domain difference method matlab procedures for three-dimensional electromagnetic scattering
Update : 2024-05-20 Size : 6144 Publisher : 颜颜
【Energy industry】 scsmtm1 DL : 0: 计算粒子散射的T矩阵方法，可以计算任意粒子位置的粒子散射特性。-Calculate particle scattering T-matrix method, we can calculate the location of any particle scattering properties of particles.
Update : 2024-05-20 Size : 732160 Publisher : 殷佳惠
【Windows Develop】 scatmech DL : 0: 光学器件模型C++代码可以仿真光学散射折射衍射-SCATMECH is an object-oriented C++ class library developed to distribute models for light scattering applications. Included in the library are models for diffuse surface scattering that predict the bidirectional reflectance distribution function (BRDF), codes for calculating scattering by isolated particles, and codes for reflection, transmission, and diffraction from gratings. Emphasis has been given to those diffuse scatter models which are physics-based and which predict the polarization properties of the scattered light. The library also includes a number of classes that may be useful for working with polarized light or the optics of thin films. The library is constructed to enable expansion of new models.
Update : 2024-05-20 Size : 859136 Publisher : wulin
【ICQ-IM-Chat】 smith1 DL : 0: Smith Chart: The Smith chart, invented by Phillip H. Smith (1905-1987),is a graphical aid or nomogram designed for electrical and electronics engineers specializing in radio frequency (RF) engineering to assist in solving problems with transmission lines and matching circuits.Use of the Smith chart utility has grown steadily over the years and it is still widely used today, not only as a problem solving aid, but as a graphical demonstrator of how many RF parameters behave at one or more frequencies, an alternative to using tabular information. The Smith chart can be used to represent many parameters including impedances, admittances, reflection coefficients, scattering parameters, noise figure circles, constant gain contours and regions for unconditional stability. The Smith chart is most frequently used at or within the unity radius region. However, the remainder is still mathematically relevant, being used, for example, in oscillator design and stability analysis.-Smith Chart: The Smith chart, invented by Phillip H. Smith (1905-1987),is a graphical aid or nomogram designed for electrical and electronics engineers specializing in radio frequency (RF) engineering to assist in solving problems with transmission lines and matching circuits.Use of the Smith chart utility has grown steadily over the years and it is still widely used today, not only as a problem solving aid, but as a graphical demonstrator of how many RF parameters behave at one or more frequencies, an alternative to using tabular information. The Smith chart can be used to represent many parameters including impedances, admittances, reflection coefficients, scattering parameters, noise figure circles, constant gain contours and regions for unconditional stability. The Smith chart is most frequently used at or within the unity radius region. However, the remainder is still mathematically relevant, being used, for example, in oscillator design and stability analysis.
Update : 2024-05-20 Size : 59392 Publisher : cindy

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