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Sakai K. (ed.) — Terahertz Optoelectronics
Sakai K. (ed.) — Terahertz Optoelectronics

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Название: Terahertz Optoelectronics

Автор: Sakai K. (ed.)

Аннотация:

This book presents recent and important developments in the field of terahertz radiation, with a particular focus on pulsed terahertz radiation. Situated in the gap between electronics and optics, the terahertz frequency range of the electro-magnetic spectrum has long been neglected by scientists and engineers due to a lack of efficient and affordable terahertz sources and detectors. The advent of femtosecond lasers in the 1980s and photoconductive switches in 1984 have made the terahertz gap accessible, while at the same time advances in electronics and optics have made it narrower. Research activities in terahertz frequencies have intensified dramatically since that time, funding has increased by a factor of 100 in the last decade. The reviews by leading experts are of interest to researchers and engineers as well as advanced students.


Язык: en

Рубрика: Физика/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Год издания: 2005

Количество страниц: 387

Добавлена в каталог: 16.11.2009

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID
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Предметный указатель
$\delta$-function      41
Absorption coefficient      206 207
Acceleration      100 117 119 122
Acetone      247
Amino acid      234
Amplifier      335
Anisotropic      217
Anticrossing      140 226
Astronomical observation      194
Attenuated total reflection (ATR)      242
Autocorrelation-type interferometer      21 129
Bacteriorhodopsin      229 241 242
Bandwidth      165 180 187
Barium borate (BBO)      37
Biotin      231
Birefringence      31
Bismuth titanate $\mathrm{Bi}_4\mathrm{Ti}_4\mathrm{O}_{12}$ (BIT)      213
Bloch oscillation      125
Bloch oscillator      126 132
Bolometer      102
Boltzmann transport      134
Bovine serum albumin      237
Bow-tie PC antenna      23
Brewster angle      248
Broadband self-complementary antenna      164
Built-in potential      147
Cadmium telluride (CdTe)      37 81 84
Calf thymus DNA      237
Carrier accumulation      151
Carrier concentration      355 362
Carrier density      206 207 209 211
Carrier lifetime      41 59 170
Cavity-mode      140
Cavity-polariton      139
CCD camera      336
Cherenkov radiation      4
Coherent LO phonon      15 77—78
Coherent-control experiments      39
Collagen      236 237
Colossal magnetoresistance (CMR)      271—274 291 292 303
Complex (electrical) conductivity      205 207—209 211
Complex dielectric constant      205 206 208 212 215—217
Complex refractive index      205 206 212 213 248 249 357
Conductivity      134 271 298 303 304 307—309 316—318
Continuous-wave (CW)      157
Copper oxide      271
Critical-state model      366
Cross-correlation      261
Cryostat      210
Cytochrome c      238—241
D-Galactose      234
D-Glucose      233 234
DC conductivity      208 259
Deceleration      117 119
Delay stage      334
Dephasing      144
Depletion field      101
Depletion layer      13
dielectric constant      205 206 208 212 213 215—218 221 223
Dielectric parameter      221
Difference frequency mixing (DFM)      64 67
Difference-frequency generation      36
Dispersion curve      140
dispersion relation      215 218 223 225
Display mode      339—341 345
Distributed Bragg reflector (DBR)      142
DNA      231 232 237
Doping level      257
Double-coupled quantum well (DCQW)      13
Double-layer model      357
Dove prism      243
Drude model      9 52 206 207 209 211 247 248 258 356
DTGS      112 113
Dual-dipole antenna      165
Effective carrier mass      209
Efficiency      186
electric field      99 100 108 271 278 286 290—292 297 299 307 321
Electrical property      209
Electro-optic (EO) effect      31
Ellipsometric angle      247
Ellipsometry      247
EO crystal      5 22 31
EO sampling      18 31 336
Exciton      128 140
Extinction coefficient      340 347 349 356
Fabry — Perot interference      224
Far-infrared      206
Ferroelectric crystal      212
Fiber laser      111—114 207
Filling factor      223
Four-point contact method      208
Fourier transform spectroscopy (FTS)      204
Free carrier      206 207 209 257—259
Free-space coupled device      175
Frequency stability      168
Frequency-stabilized photomixer      191
Gallium arsenide (GaAs)      37 65 70 89 90 102 103 120
Gallium phosphide (GAP)      32 37 102—104 113
Geometrical response function      52
Granular materials      343
Group velocity mismatch      32
Hall effect      355
Hertzian dipole      3 8
High-$\mathrm{T}_\mathrm{c}$ superconducting bridge      12 15
High-resistivity silicon (Si)      55
Hole transport      124
Humidity      350
hydration      237
Hyperhemispherical lens      21
Impulsive-stimulated Raman scattering      79
Incidence angle      104 106 108—109 248
Indium antimonide (InSb)      64—67 69—71 73—76 91—92 110
Indium arsenide (InAs)      63—67 69—71 73—76 247
Indium phosphide (InP)      37 65—66 69—73
Infinitesimal dipole      3
Infrared (IR)-absorption      216
Infrared (IR)-active      214 217
Integrating detector      42
Interference patterns      342
Intrinsic phase shift      211—213 218
Inversion symmetry      141
Kramers — Kronig analysis      204 212
Kurosawa formula      219
Large-aperture PC antenna      4 10 11 25 337
Laser source      167 333
Lead telluride (PbTe)      80—85 88
Linewidth      164 191
Liquid      247
Lithium heptagermanate $\mathrm{Li}_2\mathrm{Ge}_7\mathrm{O}_{15}$ (LGO)      215
Lithium niobate $\mathrm{LiNbO}_3$ (LN)      216
Lithium tantalate $\left(\mathrm{LiTaO}_3\right)$      37
LO phonon      219
LO phonon-plasmon mode      79 91
Local oscillator (LO)      193
Longitudinal mode      243
Low temperature GaAs (LT-GaAs)      3 7—9 41 159 161 168 195
Magnetic field      99—114
Manganite      271—274 291—293 299 301 303 309 313 315 316 318 319 323
Martin — Puplett (M-P) type Fourier transform interferometer      19 106 206 255
Matching circuit      182
Methanol      247
MgO      243
MgO lens      364
Microcavity      139
Millimeter wave      206
Miniband      126
MLDobased time-domain spectroscopy (MLD-TDS)      261
Mobility      206 211 355
Molecular beam epitaxy      127 148
Momentum relaxation      41 59
Momentum relaxation time      134 209
Monte Carlo calculation      119
Multimode laser diode (MLD)      250
Multiple reflection      248 357
Noise of photomixer      187
Noncontact characterization      209
Nonlinear (NL) polarization      11
Nonlinear transmission line (NLTL)      5 12 16
Nonstationary carrier transport      119
Normal mode oscillation (NMO)      140
Nucleic acid base      233
Nucleobase      231 232
Nucleoside      231 232
Opaque sample      247
Optical beat      250
Optical constant      206 209 247
Optical density of state      225
Optical heterodyne-detected Raman-induced Kerr-effect spectroscopy      242
Optical phonon mode      214
Optical rectification      11 12 31 36 37 64 66 68—69 141
Optical window      210
Optical-pump      212
Oscillator strength      140
Output power      167 174 183
Overshoot      119 122
Parabolic mirror      334
Parametric frequency conversion      38
PC dipole antenna      23
PC sampling      18 41
PC stripline      23
PC switching      1
Permanent magnet      111
Perovskite structure      271 291 322
Pharmaceutical compound      235
Phase control      271 272 292
Phase retardation      32
Phase shift      211—213 218 224 244
Phase-matched optical rectification      38
Phonon-polariton      215 216 218
Photo-Dember effect      64 70—74 76
Photo-Dember field      13 15 101
Photoconductive (PC) antenna      6 32 40 207 333 334
Photocurrent density      9
Photoexcitation      212
Photomixer      158 159 161 164
Photomixing      157 159 162
Photonic bandgap      222
Photonic crystal      222
Plasma frequency      209 356
Plasma oscillation      99—102 355
Plasmon      78—80 88—90
Plasmon frequency      89
Pockels effect      18
Polar liquid      242
Polariton      139 212 215
Polarization      247 248
Polarizer      247 369
Poly-L-alanine      238 239
Polyglycine      238 239
Polypeptide      234 238
Powder sample      242 342—352
Power transmittance      205 212 213
Principal      248
Protein      234
Protein suspension in organic solvent      242
Purine      233
Quantum beat      14
Quantum efficiency      170
Quantum well (QW)      118 139
Quantum-confined Stark effect (QCSE)      142
Quasi-optical      184
Rabi frequency      140
Radiation-damaged Si-on-sapphire (RD-SOS)      1 7 8 42
Raman      216 217
Real-time THz imaging      336—339 372—374
Receiver      3 16
Reference measurement      247
Reference mirror      247
Reference waveform      207
Reflection measurement      206 209 247
Refractive index      340 346—352 355 356
Relaxation time      134 356
Repulsion      226
Resistance      271 291 292 310 319
resistivity      207 248
Resolution      334 335 341
Resonant antenna      164
Retinal      229
Saccharide      233
Sampling detector      41
Saturation behavior      24
Scattering      122 123 132 344
Scattering time      211
screening      151
Semiconductor      206 209 355
Shaker modulation      54
Shielding supercurrent      366
Shot-noise limit      34
Signal-to-noise ratios (SNR)      53
Silicon (Si)      206 209 243 248 257 355—362
Silicon lens      334
Single quantum well (SQW)      13
Soft optic mode      212 214
Spectroscopy      189
Standing wave      225
Static dielectric constant      221
Steady-state velocity      124
Step function      42
Strong coupling      140
Strongly correlated electron system (SCES)      271—274 292
Superconducting magnet      104 108 109
Superconductivity      271 278 285 303 305 307—309 318
Supercurrent distribution      363
Superlattice (SL)      118
Surface electric field      12
Surface plasmon-polariton      243
Surge current      12 13 64 70
Symmetry      225
Teflon      243
Tellurium (Te)      65 80—82
Terahertz time-domain spectroscopy (THz-TDS)      3 18 22 203 223
thermal conductivity      168
Thermal failure      168 172
Thin film      212
Thin-layer model      358
Thymine      231
THz circular dichroism      242
THz gain      125
THz imaging      331—377
THz spectroscopic imaging      374
Time-delay stage      334
Time-domain THz imaging      374
Time-domain THz-ATR      246
Time-resolved measurement      240
Time-resolved picosecond FIR pump-probe technique      242
TO phonon      219
TO-mode      218
Transient carrier transport      119
Transient reflectance measurement      44
Transmission intensity spectrum      224
Transmission measurement      206 247
Transmission spectroscopy      204
Transmittance      207 211 357
Transmitter      3 16
Transverse electric      243
Transverse magnetic      243
Traveling-wave photomixer      173
Tryptophan      230
Two-source THz optoelectronic interferometer      20
Ultrafast carrier dynamic      212
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