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| Ehrenreich H., Spaepen F. — Solid State Physics. Volume 49 |
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| Ïðåäìåòíûé óêàçàòåëü |
Nelson, D.R., and Spaepen, Frans: Polytetrahedral Order in Condensed Matter 42 1
Neofotistos, G. 439 446
Neukirch, U. 272 274(119)
Neumann, D.A. see "Axe J.D."
Neumark, G.F. 236
Newbury, P. 216
Newman, E. 285
Newman, R., and Tyler, W.W.: Photoconductivity in Germanium 8 50
Ng, K.M. 185
Ni, Z. 20
Nichols, D.K., and van Lint, V.A.J.: Energy Loss and Range of Energetic Neutral Atoms in Solids 18 1
Nickel, H. 302
Nielsen, J.W. see "Laudise R.A."
Nier, F. 386
Niez, J.J. 332 334
Nilsson, J.O. 67
Nilsson, P.O.: Optical Properties of Metals and Alloys 29 139
Nishinaga, T. 347
Nitrogen, ZnSe p-doping and 235—236 239—240
Noguchi, T. 19 20 122 133
Nondegenerate ground states, conjugated polymer 42—45
Nonideal contacts 72—73
Nonlocality in quantum systems 291—293
Nonluminescent dark defects 259—263
Nonradiative decay of photogenerated excitons in poly-diacetylenes 61
Nonradiative decay, exciton decay and 80
Nonradiative decay, Fermi's golden rule 166
Nonradiative decay, inducing in conjugated polymers 46
Nonradiative surface modes in PBG materials 163
Noolandi, J. 60
Nordholm, K.S.J. 331
Normalization of Green's functions 404—405
Norris, D.J. 232
North, A.M. 33
Noteborn, H.J.M.F. 306
Nothe, A. 217
Nourtier, A. 322
Novey, Theodore B. see "Heer E."
Numerical discretization and solutions 384—388
Nurmikko, A.V. 207 208 215 216 218 219(38) 218 221(39) 223 224 225(49) 228 229 230 231(57) 233 234 238 239 240(77) 241 242(79) 243(79) 244 244(11) 247 248 249 250 251 255(85) 256 256(85) 257(104) 258(104) 260 261(108) 263(108) 264 265(104) 266 269 270 271(114 116) 273(116) 275(116) 276 277(104) 278
Nurmikko, A.V., and Gunshor, R.L.: Physics and Device Science in II-VI Semiconductor Visible Light Emitters 49 205
Nussbaum, Allen: Crystal Symmetry, Group Theory, and Band Structure Calculations 18 165
O'Connell, R.F. 302 314 332 334
O'Regan, B. 145
Oberski, J. 20 122 129(59)
Oberski, J.M. 57 107(187)
Obrzut, J. 74 106
Obrzut, M.J. 74
Ochse, A. 141
Oesterholm, J.-E. 31
Off-diagonal disorder, field mobilities and 75
Offenbacher, E.L. see "Low W."
Ogawa, M. 391 398 402 404
Ogino, E. 141
Ogura, M. 215
Ohata, T. 253
Ohguro, T. 285
Ohkawa, K. 208 215 233 235(9)
Ohmic contacts, definition 65
Ohmic contacts, depletion region width versus applied bias voltage 66
Ohmic contacts, p-ZnSe low resistance 241—244
Ohmori, Y. 119 120 123 129 130(337)
Ohnishi, T. 19 20 122 133
Ojeda-Castaneda, J. 380
Okamoto, Y. 123
Okano, K. see "Saito N."
Okawara, M. 16
Okhawa, K. 115
Okuyama, H. 213 223 244 251 252 253 265(484a)
Okuyama, K. 120 123
Olego, D.J. 215 216 218
Oligomers as molecular materials 29
Oligomers, field-effect devices of thiophene 111—113
Oligomers, photoinduced absorption and 57
Ono, K. 30
Ono, M. 285
Ono, Y. 42 42(140 141) 98(141)
Onsager relations, ballistic transport and 300
Onsager relations, Langevin equation, and retarded 331—334
Onsager, L. 331
Onsger, L. 60
Open systems 297—298 see "Contacts"
Opila, R. 31
Optical absorption in conjugated polymers 51—54
Optical confinement of wide band-gap II-VI heterostructures 210—217
Optical emission, conjugated polymer 51—54
Optical properties, conjugated polymer and molecule 32—35
Optical properties, conjugated polymer and molecule, absorption and emission 51—54
Optical properties, conjugated polymer and molecule, dark conductivity and photoconductivity 58—61
Optical properties, conjugated polymer and molecule, experimental results, ionization potentials 61—63
Optical properties, conjugated polymer and molecule, experimental results, photoinduced absorption 54—57
Optical properties, conjugated polymer and molecule, experimental results, polyacetylene MIS diodes 95—96
Optical properties, conjugated polymer and molecule, experimental results, PPV and PT MIS diodes 104—107
Optical properties, field effect and 87
Optical properties, field-effect devices, MIS diodes 90
Optical properties, field-effect devices, thiophene oligomer 111—113
Optical properties, LED 137—141
Optical properties, PBG single-defect crystal with nonlinear 185—186
Optical properties, regioregular versus regiorandom polymers 23
Optical properties, transitions, Coulomb interactions and bipolarons 45
Optical properties, transitions, solitons and 40 41—42
Optical properties, transitions, subgap, in presence of polarons and bipolarons 44
Optical pumping of MQW lasers 207 269
Optical resonances in ZnSe-based QW lasers 268—269
Optical spectroscopy 217
Optically detected magnetic resonance 136
Optically pumped lasers, excitonic processes 269—277
Optically pumped lasers, room-temperature multiple-QW 207 269
Orenstein, J. 54 96(177)
Orfila, P.F. 308
Organic light-emitting devices 137—139
Organic molecules, absorption and emission from 32—34
Organic semiconductors see also "Conjugated polymers" "Polymers" "Semiconductors"
Organic semiconductors, description 7—12
Organic semiconductors, high electronic conductivities of 3
Organic semiconductors, molecular 27—29
Organic systems, exciton diffusion on 51 52
Osman, M.A. 380 390(312)
Ossau, W. 213
Otsuka, N. 215 216 228 239(53) 244 249 252 253 254(102) 255(85) 256(85) 260 261(108) 263(108)
Ovchinnikov, Yu.N. 405
Oxidation in polyaniline synthesis 26—27
Oxidation potentials, conjugated polymer 62
Ozaki, M. 41 42(133)
Ozawa, M. 242 244 252 253 254(84a)
Ozbay, E. 163 164(46) 192(46)
p-type semiconductors 85—86 see "Semiconductors"
P3AT see "Poly(3-alkylthiophene)"
PA see "Polyaniline" "trans-Polyacetylene"
Paar, C. 25
Paasch, G. 129
Padjen, R. 190
Pai, D.M. 28
Pakbaz, K. 20 54 119 120 122 128 147
Pake, G.E.: Nuclear Magnetic Resonance 2 1
Paloheimo, J. 107 108
Pankratov, O. 223
Pannetier, B. 295
Pantelides, S.T. 236
Paoli, T.L. 250 251(105)
Papadimitrakopoulos, F. 31 81 83(242) 132 143(242) 148
Paramenter, R.H. 79
Paranjape, V.V. 342
Pariser — Parr — Pople methods 49
Park, D.H. 74
Park, K.T. 73 126(228)
Park, R.M. 208 235(8)
Park, Y.W. 6
Parker, C.D. 169 305
Parker, D. 16
| Parker, I.D. 72 88 108(250) 115(250) 120 123 126(224) 131 142
Parker, R.L.: Crystal Grown Mechanisms: Energetics, Kinetics, and Transport 25 152
Partial differential equations, boundary conditions in density matrices 353
Partial differential equations, multiple barriers and single-particle density matrix 358—361
Particles, current and dissipation calculations with free 366
Particles, projection of density matrices as single 346
Patil, M.B. 287
Patterson, W. 208 244(11)
Pautmeier, L. 75
PBD see "(2-(4-Biphenylyl)-5(4-tert-butylphenyl)-1 3 4-oxadiazole)"
Pearson, C.E. 385
Peck, D.O. 305
Peercy, P.S. see "Samara G.A."
Peeters, F. 47 334
Peeters, F.M. 333 335
Peeters, F.M., and Devreese, J.T.: Theory of Polaron Mobility 38 82
Pei, Q. 120 123 131(320)
Pei, Q.-B. 131
Peierls electron-phonon coupling model 36—37
Peierls, R. 36
Pelekanos, N. 216 218 219(38)
Pelekanos, N.T. 218 221(39)
Pendry, J. 154 194(23) 195(23) 196
Peng, X. 111
Peng, X.H. 11 111(24)
Peng, X.Z. 29 111(98)
Perez-Albuerne, E.A. see "Drickamer H.G."
Periodic systems, wave propagation in 151—152
Permogorov, S. 227
Perturbation series, density matrices and 321—322
Perturbations of density matrix diagonal elements 372—373
Perturbations of equilibrium density operator 374—375
Perturbations, CCR equation for slowly varying 182—183
Perturbations, dissipation and current flow, calculating 362—365
Perturbations, response of electron-phonon system to time-dependent 327—331
Peschel, I. 41 42(134)
Petermann, J.H. 29 30(101)
Peterson, N.L.: Diffusion in Metals 22 409
Petrich, G.S. 214 234 236
Petrou, A. 216
Petruzzelo, J. 252
Pettifor, D.G.: A Quantum-Mechanical Critique of the Miedema Rules for Alloy Formation 40 43
Pevzner, V. 442
Peyghambarian, N. 429
Pfaff, W. 448
Pfann, W.G.: Techniques of Zone Melting and Crystal Growing 4 424
Phase coherence, breaking 309
Phase interference, quantum 294—297
Phase kinks see "Solitons"
Phase-space Wigner distribution 318—320
Phil, M. 199
Phillips, J.C.: Spectroscopic and Morphological Structure of Tetrahedral Oxide Glasses 37 93
Phillips, J.C.: The Fundamental Optical Spectra of Solids 18 55
Phillips, M.C. 215 250
Phillips, R.T. 83 84(248)
Phillips, S. 8
Phillips, S.D. 8
Phillips, T.G. see "Hensel J.C."
Phonon Green's function for nonpolar optical scattering 422—423
Phonon scattering, small system quantization and 293
phosphors 206
Photocarrier mobility, determining polyacetylene 59
Photocarrier mobility, PPV, photoconductivity experiment results 61
Photoconductive devices, molecular 144—145
Photoconductivity in  -doped ZnSe 238—239
Photoconductivity in conjugated polymers 58—61
Photoconductors, molecular materials as 3
Photocurrent spectrscopy 219
Photoemission spectroscopy, internal 127—128
Photoemission spectroscopy, ultraviolet 61—62 72—73
Photoemission spectroscopy, X-ray 72—73
Photoexcitation, charge generation through 3
Photoinduced absorption, conjugated polymers 54—57
Photoinduced absorption, LEDs 134—136
Photoinduced absorption, PPV and PT MIS diode 106—107
photoluminescence 107 see
Photoluminescence efficiency in PPV LEDs 120
Photoluminescence efficiency, nonradiative decay and 81 82
Photoluminescence efficiency, quantum well 224
Photoluminescence efficiency, quantum well wire geometries 230—231
Photoluminescence-detected magnetic resonance 136—137
Photon-number-state squeezing 165
Photonic band structure versus electronic 156
Photonic band structure, 2D and 3D PBG crystals 156
Photonic band structure, definition 152
Photonic band structure, equations for calculating, in PBG materials 172
Photonic band structure, ETBM method and 199
Photonic band-gap materials, applications 165—170
Photonic band-gap materials, applications for disordered 169—170
Photonic band-gap materials, applications, proposed 155
Photonic band-gap materials, applications, recombination, suppression of electron-hole 165—166
Photonic band-gap materials, applications, single-mode cavities 166—167
Photonic band-gap materials, calculations and results, theoretical 186—199
Photonic band-gap materials, conclusions and future directions 199—202
Photonic band-gap materials, designing,  method for 197—199
Photonic band-gap materials, experimental systems and results 157—165
Photonic band-gap materials, fabrication techniques, microwave frequency range 159—160
Photonic band-gap materials, formalism, theoretical 170—176
Photonic band-gap materials, heterostructures 202
Photonic band-gap materials, multidimensional, attempts to design 154
Photonic band-gap materials, PBG crystals versus electronic crystals 154—155
Photonic band-gap materials, PBG crystals, defect with nonlinear optical properties 185—186
Photonic band-gap materials, PBG crystals, pseudo-gaps in 169—170
Photonic band-gap materials, PBG crystals, theoretical calculations for 2D and 3D 156—157 186—192
Photonic band-gap materials, photonic properties, calculating 186—199
Photonic band-gap materials, survey 151—157
Photonic band-gap theory, calculations and results 186—199
Photonic band-gap theory, defects 179—186
Photonic band-gap theory, defects, crystal coordinate representation 181—186
Photonic band-gap theory, defects, effective mass representation 180—181
Photonic band-gap theory, representation theory, theory vector analog to 170 176—179 202
Photonic band-gap theory, representation theory, Bloch functions 173
Photonic band-gap theory, representation theory, Kohn — Luttinger functions 176—179
Photonic band-gap theory, representation theory, plane-wave expansion 173—175
Photonic band-gap theory, representation theory, Wannier functions 175—176
Photonic band-gap theory, wave equations 171—172
Photonic band-gaps, defect modes 179—186
Photonic band-gaps, definition 152
Photonic band-gaps, full, 2D hcp lattice structure 190—192
Photonic band-gaps, full, 3D diamond-shaped structure 188—190
Photonic band-gaps, full, experimental challenges 202
Photonic band-gaps, full, fabricating 2D and 3D materials with 157—158
Photonic band-gaps, full, strong-field resonance fluorescence sideband suppression 167—168
Photonic crystals see "Photonic band-gap materials PBG
Photonic dispersion 162
Photonic multiple-scattering theory 196—197
Photons in disordered PBG materials 169
Photons, simple model prediction for energy emitted 46
Photovoltaic devices, molecular 144—145
Photoxidation, PPV 31
Physical properties of conjugated polymers 29
Physical properties, ZnSe and alloys 209
Piche, M. 152 154 169(8) 174(8) 175(8) 187(8) 190(39)
Pichler, K. 16 30 51 52 54(104) 56(169) 68 107 108 117 131(302) 134 135
Pickett, Warren, E.: Electrons and Photons in C60-Based Materials 48 225
Pieranski, P. see "Dubois-Violette E."
Pine, D.J. 82
Pines, David: Electron Interaction in Metals 1 368
Pinhas, S. 296
Piper, W.W., and Williams, F.E.: Electroluminescence 6 96
PL efficiency see "Photoluminescence efficiency"
Planar antennas, PBG materials 169
Plane waves, infinite set of 186—187
Plane-wave expansion method, defects, calculating properties of PBG 193—194 202
Plane-wave expansion method, experimental results and numerical 201
Plane-wave expansion method, photonic band-gap representations 173—175
Plane-wave expansion method, scalar and vector wave equation solutions 186—187
Platzman, P.M. 153 162 169
Platzman, P.M., and Wolff, P.A. see "Supplement 13 - Waves and Interactions in Solid State Plasmas"
PLDMR see "Photoluminescence-detected magnetic resonance"
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