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01-species0
- 用蒙特卡洛算法模拟原子的弹性散射，从而计算势阱中蒸发冷却的效率-Monte Carlo algorithm for simulation of elastic scattering of atoms, to calculate the efficiency of the evaporative cooling
xp-mie-2-3-3.zip
- Scott prahls s ANSI C code for mie scattering,能方便你用此进行米氏散射计算,Scott prahls s ANSI C code for mie scattering, can facilitate you use the Mie scattering calculation
MOM_RCS_matlab
- 基于矩量法的，计算二维金属圆柱和椭圆柱的散射-MoM RCS
Boundary-conditions
- fdtd 2种边界条件的算法及算法案例，有效地解决吸收和散射问题、-the case of the algorithm and the algorithm fdtd boundary conditions, and effective solution to the absorption and scattering problems
The-ball-particles-Mie-scattering
- 球粒子Mie散射（含蒙特卡洛仿真）The ball particles Mie scattering-The ball particles Mie scattering (including Monte Carlo simulation)
Prony
- 基于HRRP的Prony算法，可用于实现目标散射中心个数的估计及识别-Based on the HRRP the Prony algorithm, can be used to achieve a number of estimates and identification of target scattering centers
mie-s
- 在以往计算M ie 散射计算的基础上提出一种新的算法。本算法区别于传统的递推算法, 精度 高、计算范围广。-Proposed a new algorithm based on the previous calculation of M ie scattering calculations. This algorithm differs from the traditional recursive algorithm, high precision, wide range of calcula
CN_fdtd_3d_pml
- 介绍一种结合CN-FDTD方法和UPML的新算法，它能以较高的精度解决3维电磁散射问题。-this code contains a new algorithm that combines CN-FDTD and UPML which can result in low computing dispersion in solving EM problems.
EM-and-antenna-field
- 该文件解决了电磁场和天线问题计算当中的近远场转换的问题，它也可以应用在一般散射问题的求解中。-this file contains an algorithm that could solve problems within the EM and antenna near to far field questions. Also, it could be used in general scattering problems.
n_n_opt
- 编程应用粒子群优化算法来优化天线，降低散射场，使天线得到优化-The programming using particle swarm optimization algorithm to optimize the antenna, reducing the scattered field, so that the antenna has been optimized
rs1dg
- 高斯粗糙表面的散射系数，输入参数含波长，需要regeng.m产生高斯粗糙表面。-rs1dg computes the bistatic scattering coefficient for Gaussian rough surfaces with Gaussian spectrum.
dimats
- 二色散射模型去雾算法，以及深度图的获取，效果较好-Dichroic scattering model to fog algorithms, as well as the acquisition of the depth map, the better
haze
- matlab代码实现的基于大气散射模型的去雾处理，有参考图片-processing matlab code based on the atmospheric scattering model to fog, the reference picture
2DPCA
- 用2DPCA算法通过识别东海海藻散射光谱数据来鉴别海藻藻种类别。-2DPCA algorithm by identifying the East China Sea seaweed scattering spectroscopy data to identify the algae algae species category.
Onwards-continued-fraction-algorithm
- 提出了一种新的Mie散射算法。针对Mie散射系数计算中直接递推所存在的数据溢出问题, 对散射系数的递推公式进行改进, 以连分式形式进行计算,将两个关键函数分别向前递推, 避免了直接计算时贝塞尔函数值超出计算机最大数据限而造成的数据溢出问题。利用Matlab编程,分别计算了不同粒径参数和不同折射率情况下的散射光强分布,并对两种算法的模拟结果进行了分析比较。结果表明,在两种算法都有效的范围内这两种算法的计算结果完全相 符, 而改进的向前递推连分式算法用一个变量循环叠代就能完成连分式的计算, 展宽
Improved-algorithm
- 提出一种新的计算 MIE 散射系数的算法。该算法使用了改进的后向递推公式，可对 MIE 系数中的消光系数 Kext 和散射系数 K sca 进行精确计算。由于新算法能显著地减少计算循环次数， 因此明显缩短了计算时间。对广泛运用的递推法和连分式法进行了比较详细的讨论。并且把新算 法的计算结果和已有的成果进行了比较。结果表明：(1)计算的循环次数与粒子的复折射率基本没 有关系；(2)连分式得到的结果通常最准确；(3)新算法在尺度系数较大时(>1000)，计算时间仅为 连分式
Chahine-inverse
- 光散射法粒度测试涉及到粒度反演技术. 随着反演粒级数的增加, 通常的粒度反演法将 出现严重的振荡. 文章将Chahine迭代算法与平滑滤波技术相结合解决了高反演粒级数下数值解 的振荡, 在不改变激光粒度仪的原有结构情况下, 就可明显提高仪器的精度和分辨能力.-Light scattering particle size test relates to the granularity inversion technique. With increased the inversion gra
Faran
- Faran散射模型，能够计算液体中球形物体的散射声压-The Faran scattering model, able to calculate the scattering of spherical objects in the liquid sound pressure
fdtd2djiezheyuanzhu
- 运用fdtd算法研究2维介质圆柱散射的程序-The use of the fdtd Algorithm for 2-D dielectric cylinder scattering process
KAphase--cPP
- 基于基尔霍夫近似的后向散射系数计算。计算不同入射角赌侠的后向散射系数-Kirchhoff approximation based on backscatter coefficients. Conman different incident angles calculated backscattering coefficient