A hybridizable discontinuous Galerkin method for computing nonlocal electromagnetic effects in three-dimensional metallic nanostructures

Mathematics

• Nanostructures 94%
• Discontinuous Galerkin Method 71%
• Electron 67%
• Three-dimensional 46%
• Hydrodynamic Model 44%
• Simulation 41%
• Computing 40%
• Conduction 40%
• Metals 36%
• Maxwell's equations 34%
• Excitation 33%
• Surface Plasmons 33%
• Plasmon 31%
• Plasmonics 29%
• Nanowires 28%
• Nonlocal Interactions 23%
• Modeling 21%
• Near-field 21%
• Gold 20%
• Length Scale 20%
• Post-processing 19%
• Enhancement 19%
• Extremes 14%
• Numerical Methods 12%
• Interaction 11%
• Demonstrate 9%
• Model 5%

Engineering & Materials Science

• Magnetoelectric effects 100%
• Nanostructures 80%
• Galerkin methods 73%
• Electrons 65%
• Conduction bands 55%
• Maxwell equations 41%
• Plasmons 28%
• Hydrodynamics 28%
• Surface plasmons 26%
• Plasmonics 24%
• Precious metals 21%
• Nanowires 20%
• Gold 17%
• Numerical methods 14%
• Metals 10%

Physics & Astronomy

• Galerkin method 76%
• electromagnetism 47%
• Maxwell equation 32%
• conduction bands 28%
• electrons 27%
• plasmons 26%
• simulation 25%
• hydrodynamics 24%
• noble metals 18%
• metal surfaces 16%
• excitation 15%
• near fields 13%
• nanowires 13%
• interactions 13%
• gold 12%
• augmentation 9%