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comp-eps
- Ｍit Ｐhotonic Ｂand源文件，用于计算复杂介电常数光子晶体的程序
myFDTD01CylPW
- Dennis M. Sullivan书中程序3.3.c，可以直接运行，计算步数、计算空间、圆柱体大小，位置，相对介电常数需要直接在程序里修改
LD
- 利用Drude-Lorentz 模型设定金属的介电常数和利用Debye-Lorentz设定纯水的介电常数-Drude-Lorentz model for the dielectric constant of metals and Debye-Lorentz model for the dielectric constant of pure water
one_dimensional_RCWA_scattering
- 利用散射矩阵编写的严格耦合波理论，可以用来计算多层光栅结构的光散射情况。其中，金属的介电常数用拟合方法得到。-The use of rigorous coupled-wave theory scattering matrix prepared, can be used to calculate the light scattering multilayer grating structure. Among them, the dielectric constant of the metal is
Computation-of-PhC-by--PWE-Method
- 可根据不同材料的介电常数，及结构，通过平面波展开法计算光子晶体禁带图。-According to the dielectric constant of different materials, and structure, by the plane wave expansion method to calculate the band gap photonic crystals.
RelDielConst_PureIce
- 《微波遥感》ulaby中海冰介电常数的计算方法，计算结果为相对介电常数-This code computes the real and imaginary parts of the relative dielectric constant of pure ice at any temperature-40C<T<0C and frequency 1<f<1000GHz
RelDielConst_SalineWater
- 用来计算海水相对介电常数的matlab程序，计算方法源自微波雷达遥感-computes the real and imaginary parts of the relative dielectric constant of water at any temperature 0<t<30, Salinity 0<S<40 0/00, and frequency 0<f<1000GHz
RelDielConst_Vegetation
- 玉米叶片等植被微波相对介电常数的计算程序-computes the real and imaginary parts of the relative dielectric constant of vegetation material, such as corn leaves, in the microwave region.
The-dielectric-OF-soil
- 土壤的介电常数模型，可以计算不同的湿度，砂砾、黏土、壤土比例，以及运用到微波遥感中-The dielectric constant of the soil model, can calculate different humidity, gravel, clay, loam, and used in microwave remote sensing
calc_RL
- 根据电磁参数,介电常数实部和虚部，磁导率的实部和虚部，计算反射损耗。(calculating the reflection loss from the electromagnetic parameters)