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NRW
- NRW方法提取超材料的电磁参数，并包含两篇相关文献-NRW super electromagnetic parameters extracted material and the literature contains two
NRW
- 根据NRW方法推导出计算超材料等效参数的方法，由CST仿出S11,S21并导出S11,S21的复数形式，利用matlab调用，就可以算了介电常数和磁导率-By S11, S21 calculate dielectric constant and magnetic conductivity
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
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 equivalent permeability of th
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.)
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.)
NRW9988
- NRW算法，以s参数提取超材料结构的等效介电常数(Programming in NRW algorithm to extract the effective permittivity is obtained by S parameter)
NRW
- 通过导入仿真结果中的S参数反演材料的介电常数和磁导率(S parameter inversion)
NRW
- 采用DRSmith的方法，通过s参数进行超材料结构等效电磁参数的计算并进行图形绘制。可以用作参考代码，针对自己获取的数据进行改编。(NRW, DRSmith, Matlab, Calculation, HFSS)