"Metamaterial" ed. by Xun-Ya Jiang

This book contains chapters on Physics, Performance and Applications of Metamaterials

Contents
Section 1 The Physics of Metamaterials
1 Novel Electromagnetic Phenomena in Graphene and Subsequent Microwave Devices Enabled by Multi-Scale Metamaterials
2 Electrodynamical Analysis of Open Lossy Metamaterial Waveguide and Scattering Structures
3 The Group Velocity Picture of Metamaterial Systems
4 Formation of Coherent Multi-Element Resonance States in Metamaterials
5 Space Coordinate Transformation and Applications
6 Effective Medium Theories and Symmetry Properties of Elastic Metamaterials
Section 2 The Performance of Metamaterials
7 Resonant Negative Refractive Index Metamaterials
8 Nonlinear Left-Handed Metamaterials
9 Non-Unitv Permeability in InP-Based Photonic Device Combined with Metamaterial
10 Electromagnetic Response and Broadband Utilities of Planar Metamaterials
11 Design and Characterization of Metamaterials for Optical and Radio Communications
12 Characterization of Metamaterial Transmission Lines with Coupled Resonators Through Parameter Extraction
13 Synthesis of Planar EBG Structures Based on Genetic Programming
14 Magnonic Metamaterials
Section 3 The Applications of Metamaterials
15 Investigation of Dipole Antenna Loaded with DPS and DNG Materials
16 Antenna Designs with Electromagnetic Band Gap Structures
17 Designs of True-Time-Delay Lines and Phase Shifters Based on CRLH TL Unit Cells
18 Perfect Metamaterial Absorbers in Microwave and Terahertz Bands
19 Metamaterial-Based Compact Filter Design
20 Metasurfaces for High Directivity Antenna Applications
21 Magnetically Tunable Unidirectional Electromagnetic Devices Based on Magnetic Surface Plasmon
22 Applications of Artificial Magnetic Conductors in Monopole and Dipole Antennas
23 Compact Coplanar Waveguide Metamaterial-lnspired Lines and Its Use in Highly Selective and Tunable Bandpass Filters