Plasmon coupling in nanorod assemblies: Optical absorption, discrete dipole approximation simulation, and exciton-coupling model

Physics & Astronomy

• absorption spectra 3%
• analogs 3%
• anisotropy 2%
• approximation 29%
• aspect ratio 11%
• assemblies 58%
• assembly 10%
• blue shift 4%
• broken symmetry 3%
• characterization 2%
• chromophores 4%
• dimers 7%
• dipole moments 3%
• dipoles 41%
• electromagnetism 2%
• energy 2%
• excitation 1%
• excitons 44%
• gold 6%
• linkages 9%
• molecular orbitals 4%
• molecules 2%
• nanoparticles 2%
• nanorods 55%
• optical absorption 48%
• optical spectrum 11%
• plasmons 46%
• propagation 2%
• red shift 8%
• shift 7%
• simulation 21%
• surface plasmon resonance 4%

Engineering & Materials Science

• Absorption spectra 5%
• Agglomeration 3%
• Anisotropy 4%
• Aspect ratio 11%
• Assays 4%
• Chromophores 6%
• Excitons 99%
• Experiments 1%
• Gold 4%
• Gold Nanorods 8%
• Molecules 3%
• Nanoparticles 4%
• Nanorods 84%
• Nanospheres 6%
• Nanostructures 4%
• Photoexcitation 7%
• Plasmons 100%
• Surface plasmon resonance 6%

Chemical Compounds

• Absorption Spectrum 2%
• Absorptivity 54%
• Anisotropy 3%
• Chromophore 3%
• Dipole 56%
• Dipole Moment 3%
• Exciton 4%
• Molecular Orbital 3%
• Nanomaterial 2%
• Nanosphere 3%
• Organic Molecule 3%
• Shape 2%
• Simulation 35%
• Strength 5%