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retrieval_effective_eps_mu_asymmetry
- 材料等效介电常数，磁导率参数提取。用在电磁波领域的微纳结构计算中。-Material equivalent permittivity, permeability parameter extraction. Electromagnetic fields used in the calculation of micro-nano structure.
NRW
- 编程实现以NRW算法通过S参数提取超材料结构的等效介电常数和等效磁导率-Programming in NRW algorithm to extract the effective permittivity and effective permeability metamaterial structure is obtained by S parameter
UP
- 从HFSS中提取S21，S11参数，获取相对磁导率和介电常数-Extraction S21, S11 parameters HFSS, gets relative permeability and permittivity
freespace1
- 用于提取CST中材料仿真结果的相对介电常数、相对磁导率、阻抗、以及综合参数-Relative dielectric constant, relative permeability, impedance, and comprehensive parameters, etc. of the material simulation results in CST
参数提取
- matlab编程实现通过NRW算法将S参数提取人工电磁材料的结构参数--等效介电常数和等效磁导率(Matlab programming is used to extract the structural parameters of the artificial electromagnetic materials through the NRW algorithm - the equivalent permittivity and the
retrieve
- 能够恢复出各个方向的电磁参数，比如果x y z方向的磁导率以及介电常数(Electromagnetic parameters that can be recovered in all directions)
Smith参数提取
- 由s11和s21的arg值与mag值提取得到相对介电常数和相对磁导率和折射率(The relative permittivity and relative permeability and refractive index are extracted from the Arg values and MAG values of S11 and S21.)
等效介质理论参数提取代码（原始）
- 根据S参数反演根据MATLAB来提取有效介电常数，磁导率和折射率。(Extraction of refractive index based on S parameters)
retrieve
- 用于仿真得到超材料的S参数后，利用S参数矩阵提取等效介电常数和磁导率(fter simulating the S-parameters of the metamaterial, the equivalent dielectric constant and permeability are extracted using the S-parameter matrix.)
Desktop
- 用于计算超材料s参数提取折射率，介电常数，磁导率(S parameters to extract refractive index, dielectric constant and permeability)
NRWW
- 据S参数反演提取磁导率以及介电常数折射率(S parameters to extract permeability and dielectric constant)
NRW
- 根据超材料的S参数提取等效介电常数和等效磁导率，折射率和阻抗(Equivalent permittivity and permeability, refractive index and impedance are extracted from S parameters of metamaterials.)
cal_epsilon_miu_lyra
- 从cst中导出snp格式文件，读取到matlab中，提取S参数，运算得到单元结构的等效介电常数和磁导率。(matlab, cst, calculation, snp, original, no error correction)