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Busch K., Lolkes S., Wehrspohn R.B. — Photonic Crystals. Advances in Design, Fabrication, and Characterization
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 Characterization

Авторы: 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.
Illustrated in full color, this book is not only of interest to advanced students and researchers in physics, electrical engineering, and material science, but also to company R&D departments involved in photonic crystal-related technological developments.


Язык: en

Рубрика: Технология/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Год издания: 2004

Количество страниц: 354

Добавлена в каталог: 15.07.2006

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID
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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, $Nb_{2}O_{5}$      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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