Retrieval of uniaxial permittivity and permeability for the study of near-field radiative transport between metallic nanowire arrays

Engineering & Materials Science

• Radiative transfer 86%
• Nanowires 74%
• Metamaterials 71%
• Magnetic permeability 65%
• Permittivity 60%
• Multilayers 29%
• Surface plasmons 24%
• Phonons 23%
• Wave interference 22%
• Electrodynamics 19%
• Heat radiation 17%
• Electromagnetic waves 16%
• Magnetic resonance 15%
• Optics 15%
• Poles 13%
• Natural frequencies 12%
• Capacitors 11%
• Heat transfer 10%
• Hot Temperature 7%

Chemical Compounds

• Magnetic Permeability 100%
• Permittivity 67%
• Wave 56%
• Nanowire 52%
• Permeability 48%
• Radiative Heat Transfer 38%
• Multilayer 35%
• Polariton 32%
• Electrodynamics 30%
• Evanescent Wave 28%
• Surface Plasmon 23%
• Phonon 22%
• Magnetic Resonance 21%
• Heat 14%
• Simulation 12%
• Application 6%

Physics & Astronomy

• retrieval 63%
• permeability 53%
• near fields 51%
• nanowires 48%
• permittivity 41%
• magnetic permeability 33%
• radiative heat transfer 18%
• inductors 17%
• evanescent waves 17%
• thermal radiation 16%
• radiative transfer 15%
• electrodynamics 15%
• polaritons 14%
• magnetic resonance 13%
• far fields 13%
• resonant frequencies 13%
• poles 13%
• capacitors 13%
• plasmons 12%
• gratings 10%
• optics 10%
• interference 10%
• phonons 10%
• heat 9%
• augmentation 9%
• simulation 5%