搜索资源列表
c_elc2
- Ansoft HFSS环境。metamaterials基本结构。
Drude_model
- effecient EM parameters for metamaterial with Drude model
Metamaterials-with-multibandAMCandEBGproperties.ra
- Metamaterials with multiband AMC and EBG properties
NegativeRefractiveIndexMaterials
- Negative Refractive Index Metamaterials Supporting 2-D Waves
Left-Handed_Metamaterials_for_Microwave_Engineeri
- Left-Handed Metamaterials for Microwave Engineering Applications
Electromagnetic-Metamaterials-Transmission-Line-T
- Electromagnetic Metamaterials Transmission Line Theory and Microwave Applications
FDTD_Modeling
- fdtd meling of metamaterials ebook
Complex_conductivity_of_graphene
- 石墨烯因其出色的电学、力学、热学、光学特性引起了全球研究热潮。作为超材料和变换光学平台，我们有必要计算它的电导率。-Because of Graphene s excellent electrical, mechanical, thermal and optical properties,it caused the global research boom. As the platform of metamaterials and transformation optics , we need
cwp
- Transfer matrix method for metamaterials
Metamaterial-Parameters
- 超材料的参数提取程序，给出了参考的文献。matlab编程，测试可使用-Parameter extraction procedure metamaterials given reference literature. matlab programming, testing can be used
Code
- 超常介质中自陡效应影响分析,基于matlab仿真实现，有很好参考意义-Self metamaterials matlab simulation analysis steep Effect
Desktop
- 等效介质，等效折射率，超材料，左手材料，等效介电常数(Equivalent medium, equivalent index of refraction, metamaterials)
Asymmetric transmission
- 可以通过CST得到透射系数计算超材料的不对称传输系数(The transmission coefficient can be obtained by CST to calculate the asymmetric transmission coefficient of metamaterials.)
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.)
get_S_Parameter
- M文件，可以直接使用，联合cst软件对超材料仿真(M file, which can be used directly, can be used to simulate metamaterials with CST software)