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Busch K., Lolkes S., Wehrspohn R.B. — Photonic Crystals. Advances in Design, Fabrication, and Characterization
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Название: Photonic Crystals. Advances in Design, Fabrication, and CharacterizationАвторы: Busch K., Lolkes S., Wehrspohn R.B.Аннотация: The majority of the contributions in this topically edited book stems from the priority SP1113 Photonische Kristalle program run by the Deutsche Forschungsgemeinschaft (DFG), resulting in a survey of the current state of photonic crystal research in Germany. The first part of the book describes methods for the theoretical analysis of their optical properties as well as the results. The main part is dedicated to the fabrication, characterization and modeling of two- and three-dimensional photonic crystals, while the final section presents a wide spectrum of applications: gas sensors, micro-lasers, and photonic crystal fibers.
Язык: Рубрика: Технология /Статус предметного указателя: Готов указатель с номерами страниц ed2k: ed2k stats Год издания: 2004Количество страниц: 354Добавлена в каталог: 15.07.2006Операции: Положить на полку |
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Предметный указатель
1D, 2D, 3D photonic crystal see "Photonic crystal" Absorbing crystal 27 AlGaAs, etching 318 Alumina, porous 63 67 78 Alumina, porous, 10%-porosity rule 67 Anchoring of liquid crystals 178 179 183 194 Angle-resolved transmission 245 Angular dispersion 141 143 144 Anisotropy, dielectric 178 Anisotropy, magnetic 178 Anisotropy, optical see "Birefringence" Arrayed Waveguide Grating 290 Autocorrelation 101 Backtracking 312 Ball lens 326 Band diagram, 2D infinite-height PhC 211 Band diagram, strip waveguide 204 Band gap, dispersion 147 Band gap, width for moderate index slab materials 291 Band gap, width for semiconductor slab materials 291 Band structure 2 Band structure, iso-frequency contours 322 Band structure, Niobiumpentoxide PhC slab 292 296 297 Band structure, polymer PhC slab 292 293 Basis element 156 Beam propagation method (BPM) 313 Binary superimposed grating (BSG) 320 Birefringence 177 178 180 183 192 Bleaching 56 Bloch taper 321 Blue phases 179—182 blue shift 56 Bragg diffraction gap 134 141 144-146 150 151 Cavity 16 Chemically assisted ion beam (CAIBE) etching 316 Cholesteric phase 179—181 Cobweb fiber 266 Colloidal crystal 174 180 183 192 Colloids with different surface charges 115 Core shell structures 115 Coulomb interaction 46 49 Coupling prism 160 Crosslinked colloids 114 Crystallization into opaline structures 120 Crystallization on a fluid matrix 122 Defect mode 28 Defect, lasing 181 Defect, structures 12 Density of states 4 Density-dependent absorption 56 Dephasing 58 Dephasing time 101 DFB laser 103 Dielectric anisotropy 178 181 dielectric constant see "Microwave material" Dielectric constant, complex 199 Dipole emission 24 29 33 Disordered crystal 27 dispersion 89 91 93 282 Dispersion relation, strip waveguide 204 Dispersion, chromatic 323 Dispersion, compensator 323 Dispersion, slope 323 Dispersion, W1-waveguide (SOI) 324 Distributed feedback resonators 254 DOS, anisotropic model 26 DOS, band edge singularities 26 DOS, projected LDOS 24 Effective 2D model 260 Effective Hamiltonian 99 Effective mass approximation 26 Effective nonlinearity 7 Effective parameters 256 Elastic properties of liquid crystals 178 Electrochemical deposition 171 Electron beam lithography 187—189 Electron cyclotron resonance (ECR) enhanced etching 316 Electron population 51 54 electron-beam lithography 125 EM field continuity 134 144 Emission spectra 105 Empty-lattice approximation 89 Equations, Maxwell — Bloch 256 Etching 186 188 189 Etching depth 291—293 298—300 302 305 Etching, AlGaAs 318 Etching, chemically assisted ion beam (CAIBE) 316 Etching, electrochemical 63 Etching, electron cyclotron resonance (ECR) enhanced 316 Etching, inductively coupled plasma (ICP) 316 Etching, large area 65 Etching, SOI 318 319 Exciton 44 53 Exciton, binding energy 47 Extinction 91 Fabry — Perot-resonances 74 140 142 FDTD see "Finite-difference-time-domain calculation" Ferroelectric liquid crystals 194 Fiber technology 275 Fiber-to-chip coupling 325 Field computation, boundary elements 34 Field computation, frequency domain 33 Filling factor 157 160 Filter PL 136 145—147 Finite difference time domain 142—144 273 Finite element method 267 Finite element solvers 312 Finite-difference-time-domain calculation 36 310 Finite-difference-time-domain calculation, out-of-plane losses 292 300 305 Finite-difference-time-domain calculation, PhC slab waveguide transmission 299 300 Finite-difference-time-domain calculation, PhC waveguide bend 296 297 Finite-height PhC see "Photonic crystal" Fluorescent dyes 114 Focal point 150 Form factor 157 Frequency domain propagation 313 Full band gap 109 127 Functional colloids 114 GaAs, porous 64 68 81 Gain 56 Gas sensor 238 Generalized Coulomb potential 46 Gold nanodisks 87 94 104 Grating, binary superimposed (BSG) 320 Gratings, surface relief 247 Group velocity 5 239 Group velocity, dispersion 5 Heterojunction 132 134 135 142—144 149 151 Heterostructures 125 High-delta fiber 266 Hole population 51 54 Holey fiber 266 Holographic lithography 154 ICP etching system 316 III-V semiconductors, porous 63 68 78 Impedance matching 326 Inductively coupled plasma (ICP) etching 316 Infinite-height PhC see "Photonic crystal" InGaAsP, W1-waveguide 311 InGaAsP/InP, superprism 320 Inhomogeneous carrier populations 54 Inorganic colloids 110 InP, porous 64 68 78 Interband polarization 49 51 Interconnectivity conditions 158 Interface gap 132 141 143 Interface minimum 141—144 Interference lithography 247 Interference pattern 155 Inverted opal 37 176 183 185 Isophote 163 Ito 86 kp perturbation theory 5 Laser 39 Laser, direct writing 161 Laser, multi-segment 318 Laser, semiclassical theory 256 Laser, widely tunable 318 Lateral patterning 125 Lattice, bcc 156 Lattice, Bravais 156 Lattice, fcc 156 158 Lattice, hexagonal 66 67 79 Lattice, Honeycomb 67 Lattice, real space 156 Lattice, reciprocal 156 Lattice, simple cubic 76 Lattice, square 67 Layer-by-layer, deposition 138 151 Layer-by-layer, structure 165 LDOS 24 35 38 Leaky modes 268 Light cone 93 Light-matter interaction 44 49 Linear absorption 47 53 Local density of states 5 Localized functions 267 loss 280 see Loss, factor 199 Loss, measurement 209 Loss, per medium wavelength 199 Loss, scattering 209 Losses, W1-waveguide 309 Low loss materials 289 290 305 Macroporous silicon 228 241 Markov approximation 30 Matching, phase, spot, impedance 326 material see "Microwave material" "Dielectric Maxwell's equations 199 Maxwell's equations, scaling the dielectric constant 200 Maxwell's equations, scaling the structure 198 200 Metallo-dielectric, grating 10 Metallo-dielectric, photonic crystal 85 Microcavity 75 176 190 193 Microreplication 247 Microresonators and fabrication quality 230 Microresonators and SNOM 228 233 microwave 198 Microwave, coaxial feeder 205 Microwave, equipment 203 Microwave, material 201 Microwave, measurement 203 204 207 210 211 Microwave, vector network analyser 203 Mirror, scattering matrix 208 Mode field 281 Moving meniscus 123 Multi-photon, absorption 163 Multi-photon, polymerization 162 Multi-scale, analysis 256 Multi-scale, approach 7 Multipole expansion 267 Nanoimprinting 67 Nanoparticle arrays 87 94 Nanowire arrays 90 97 Nematic phase 179 187 Niobiumpentoxide, 291-293 304 305 Non-silica 278 Nonlinear absorption 56 Nonlinear polarization 6 Nonlinear Schroedinger equation 7 Numerical aperture 280 Numerical modeling 135 Numerics, FDTD 202 Numerics, FE 202 Opal, artificial 109 Particle plasmon 86 Patterned substrates 125 PDLC see "Polymer-dispersed liquid crystals" Perfectly matched layer (PML) 272 310 Permittivity see "Microwave material" "Dielectric Phase matching 326 Photobleaching 298 302 303 305 Photoinitiator 155 Photonic band gap fiber 266 Photonic band gap, complete 76 77 Photonic crystal 189 190 241 Photonic crystal fiber 266 Photonic crystal, 1D 26 78 Photonic crystal, 2D 69 70 78 79 Photonic crystal, 2D crystal 33 Photonic crystal, 2D finite-height, line-defect waveguide 210 Photonic crystal, 2D finite-height, line-defect waveguide loss 212 Photonic crystal, 2D finite-height, measurement 212 Photonic crystal, 2D finite-height, microwave model 210 Photonic crystal, 2D inifinite-height, band diagram 211 Photonic crystal, 2D inifinite-height, measurement 211 Photonic crystal, 2D inifinite-height, microwave model 211 Photonic crystal, 2D inifinite-height, transmission 211 Photonic crystal, 3D 75 81 Photonic crystal, bulk 70 Photonic crystal, circuit 19 Photonic crystal, finite 72 Photoresist (SU-8) 155 PL intensity ratio 146 149 Planar defect 133 134 Planar photonic crystals 187 193 Plane wave expansion 267 Plane wave method 3 Plano-convex lens (Si) 326 Plasma enhanced chemical vapor deposition (PECVD) 317 Polariton splitting 96 97 Polyelectrolyte multilayers 117 Polymer 297—299 301 302 Polymer colloids 111 Polymer-dispersed liquid crystals 185 Polymerization, cationic 155 Polymerization, radical 155 Polymers, conjugated 247 Pore, crystallographical 79 Pore, currrentline 79 Pore, diameter modulation 75 81 Post-exposure bake 158 Preform 275 Propagation constant 268 Propagation loss of slab waveguides 289 Quantum cascade lasers 245 Quantum electrodynamics (QED) 24 29 Quantum optics 23 Quantum optics, multiphoton states 32 Quantum optics, strong coupling 28 Quantum optics, weak coupling 24 Quantum well 47 53 quantum wire 55 Radiated power 148 Radiation losses 290 305 Rayleigh, anomalies 87 Rayleigh, scattering 289 Reflection 11 Reflection spectrum 167 Refractive index 112 Refractive index, high 289 Refractive index, moderate to low 289 290 297 299 302 304 305 Refractive index, negative 314 Refractive index, tuning of 297 305 Replica 127 Resonance fluorescence 28 32 Resonant condition 133 Resonator 290 301—303 Rotating wave approximation 29 Saturation threshold 132 147—149
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