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Software-Designed-by-American
- 粗糙表面重构的软件，通过界面输入重构参数，获得具有给定微观形貌的粗糙表面-Rough surface reconstruction
Rough-surface-generation-a-analysis
- 产生1D或者2D高斯分布的粗糙表面的matlab程序-generation rough surface
ka_zhuliu_sita
- 利用基尔霍夫（KA）驻留相位近似求解粗糙面散射系数-Use the Kirchhoff (KA) stationary phase approximation solution of rough surface scattering coefficient
roughsurfacescattering
- 一维随机粗糙面散射计算的程序，包括粗糙面的生成和数值计算-One-dimensional random rough surface scattering calculations, including generating and numerical calculation rough surface
generate_surface
- 根据功率谱密度生成2维随机表面轮廓，可用于声称粗糙轮廓- Generates a 2-D random rough surface with a power-law spectrum and low-frequency roll-off
Measuring-rough-optical-surfaces
- 面形测量主要针对透镜中面形的粗糙度的测量-Shape measurement mainly for surface roughness measurement of shape
emirs
- EMIRS computes the emissivity 2-D Gaussian dielectric rough using small perturbation method (SPM) -EMIRS computes the emissivity 2-D surface using small perturbation method (SPM)
ky
- pm谱海面模拟，基于不通风速度的pm谱海浪模拟结果-we establish the model of rough sea by using the PM spectrum，and it can be used to describe the fluctuation pattern of the sea surface accurately
MoM
- 使用矩量法求解了垂直极化下的粗糙面散射系数(The scattering coefficient of rough surface under vertical polarization is solved by the method of moments)
程序
- 分形曲面在自然界是大量存在的, 如山脉、地形、岩石、云团、材料断口的粗糙表面等, 都是分形曲面的 实例[1～3] 。近年来, 很多文献介绍了分形曲面的研究方法——随机生成法和分形曲面的插值。在实际工作中, 往往已知分形曲面上的部分信息( 例如, 材料断口的某条迹线、断面上的某些特征) , 需要通过这些部分信息 和特征, 拟合出分形曲面的整体形态, 从而对分形体的整体进行研究[4, 5] 。这就需要用到分形插值曲面的理论 和方法(Fractal surfaces are abundan
SPM
- 代码用来计算粗糙面的后向散射，同极化 VV, HH。平面波入射。用的SPM方法，适用于RMS height比较小的粗糙面。(rough surface scattering for small RMS height)
IEMM
- 输入粗糙面的粗糙度参数，用矩量法得出散射系数(The roughness coefficient of rough surface is input, and the scattering coefficient is obtained by the moment method)