Optics of Nanomaterials

摘要: Fabrication and Classification of Nanomaterials A Brief Overview Basic Techniques Based on Pure Carbon Metallic Metal-Based Nanoparticles Semiconductor Assembled Nanostructures Nanocomposites Nanostructured Nanocomposite Polymers Biological Basics Optics Electrons in a Quantum Well under One-Dimensional Confinement Particle Spherically Symmetric Potential Description the Electromagnetic Field Media Semiclassical Theory Linear Optical Response Nonlinear from First Principles Effect Local Classical Nanoscale Plasma Excitations Plasmon Resonance Spherical Effective Medium Approximations Enhancement Plasmons Hollow Negative-Index Materials Near-Field Absorption Fluorescence Alloys Nanowires Excitons Confined Systems Bulk Two-Dimensional Surfaces Interfaces Wires Analysis Dots within Mass Approximation beyond Experimental Studies Multiexcitons Raman Spectroscopy Scattering Light Mechanisms Exciton Effects Spectra Surface-Enhanced Mechanism SERS ChemicalMechanism Toward Microscopic Understanding Coherent Interaction Quantized with Atomic System Rabi Oscillations Dressed Electronic States Field: Strong Weak Coupling Conditions Photonic Crystals Photoluminescence Nanocrystals Second Harmonic Generation Electro-Optical Modulation Metamaterials Organic Molecules Molecular Aggregates Inorganic-Organic Conjugated Polymer-Based Labeling Fluorescent for Single-Molecule as Biolabels Raman-Active Labels Tissue Surface Biosensing Appendix A: Thomas--Fermi Density Functional B: Evaluation Functions Perturbation C: Solids D: Hamiltonian Quantization Representation E: Polaritons