Metamaterials
portes grátis
Metamaterials
Technology and Applications
Choudhury, Pankaj K.
Taylor & Francis Ltd
11/2021
388
Dura
Inglês
9780367505080
15 a 20 dias
784
Descrição não disponível.
1. Progress in metamaterial and metasurface technology and applications. 2. Review of effective medium theory and parametric retrieval techniques of metamaterials. 3. Engineered metamaterials through the material-by-design approach. 4. Tunable metamaterials. 5. Metamaterials-based near-perfect absorbers in the visible and infrared range. 6. Advances in metamaterials in conventional low-frequency perfect absorbers: a brief review. 7. Photonic metamaterials. 8. Active hyperbolic metamaterials and their applications: from visible to terahertz frequencies. 9. Graphene supported nanoengineered metamaterials - a mini review. 10. Asymmetric split-H based metasurfaces for identification of organic molecules. 11. Acoustic spoof surface waves control in corrugated surfaces and their applications. 12. The principle of miniaturization of microwave patch antennas. 13. Review of metamaterial-assisted vacuum electron devices.
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
MTM Absorber;SRRs;Metamaterial Unit Cells;CSRR;Equivalent Circuit;Hyperbolic Dispersion;Effective Relative Permittivity;Magnetic Plasma Frequency;Simulation Reflectance Spectra;AIP Publishing;Dispersion Relation;TM Mode;Graphene Layer;Beam Wave Interaction;Active Reflection Coefficient;Spp Mode;Rectangular Patch Antenna;CST Microwave Studio;FDTD Simulation;Effective Plasma Frequency;Acoustic Surface Waves;Fused Silica;Tunable Metamaterials;Reststrahlen Band;Non-local Response
1. Progress in metamaterial and metasurface technology and applications. 2. Review of effective medium theory and parametric retrieval techniques of metamaterials. 3. Engineered metamaterials through the material-by-design approach. 4. Tunable metamaterials. 5. Metamaterials-based near-perfect absorbers in the visible and infrared range. 6. Advances in metamaterials in conventional low-frequency perfect absorbers: a brief review. 7. Photonic metamaterials. 8. Active hyperbolic metamaterials and their applications: from visible to terahertz frequencies. 9. Graphene supported nanoengineered metamaterials - a mini review. 10. Asymmetric split-H based metasurfaces for identification of organic molecules. 11. Acoustic spoof surface waves control in corrugated surfaces and their applications. 12. The principle of miniaturization of microwave patch antennas. 13. Review of metamaterial-assisted vacuum electron devices.
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
MTM Absorber;SRRs;Metamaterial Unit Cells;CSRR;Equivalent Circuit;Hyperbolic Dispersion;Effective Relative Permittivity;Magnetic Plasma Frequency;Simulation Reflectance Spectra;AIP Publishing;Dispersion Relation;TM Mode;Graphene Layer;Beam Wave Interaction;Active Reflection Coefficient;Spp Mode;Rectangular Patch Antenna;CST Microwave Studio;FDTD Simulation;Effective Plasma Frequency;Acoustic Surface Waves;Fused Silica;Tunable Metamaterials;Reststrahlen Band;Non-local Response
