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| Ehrenreich H., Spaepen F. — Solid State Physics. Volume 49 |
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| Предметный указатель |
Brennan, R.M. 165
Brenner, K.H. 380
Brill, R.: Determination of Electron Distribution in Crystals by Means of X-Rays 20 1
Brillouin zone, Bragg scattering at boundary of 151
Brillouin zone, full photonic band-gap 153 188 202
Brito-Cruz, C.H. 429
Broems, P. 46 72(150)
Brommer, K.D. 154 160(31 32) 161 162 163 164 190 191 192(86) 193 194
Brown, A.R. 11 12(31) 68 72 88 109 110 117 118 119 120 122 123 124(312) 128 130(223) 131(223 302) 134 135 137 138
Brown, C.S. 29 30(99) 60(99)
Brown, E.: Aspects of Group Theory in Electron Dynamics 22 313
Brown, E.R. 169
Brown, Frederick C.: Ultraviolet Spectroscopy of Solids with the Use of Synchrotron Radiation 29 1
Bruder, C. 448
Brum, J.A. see "Bastard G."
Brunetti, R. 316 347 361(180)
Brunthaler, G. 215 223
Bube, Richard H.: Imperfection Ionization Energies in CdS-Type Materials by Photoelectronic Techniques 11 223
Buchwald, E. 126
Buettiker, M. 295 296 299 300 301 302 310(84) 448
Buettner, H. 45 46(144 145)
Bullet, D.W.: The Renaissance and Quantitative Development of the Tight-Binding Method 35 129
Bullock, D.L. 168
Bulovic, V. 143
Bundy, F.P., and Strong, H.M.: Behavior of Metals at High Temperatures and Pressures 13 81
Buot, F.A. 386 387
Buried gate devices 10 11
Burn, P.L. 11 12(31) 17 18 29 30 31(102) 51 52 53 54(104) 56 68 72 82 83(170 245) 104 105(219) 106 117 118 119 120 122 123 125 128 130(223) 131(223 302) 136(178) 137 138 139
Burnett, G.M. 33
Burns, S.E. 140
Burroughes, J.H. 8 9 10 11 12(31) 72 85 87(18 19) 88(18) 92(18 19) 93 94 95 97 98 99 100(18) 101(18 19) 102 103(18 19) 117(31) 118 119 122 128 130(223) 131(223)
Burrows, P.E. 143
Burshtein, Z. 116
Busch, G., and Guentherodt, H.-J.: Electronic Properties of Liquid Metals and Alloys 29 235
Busch, G.A., and Kern, R.: Semiconducting Properties of Gray Tin 11 1
Cacialli, F. 24 73 123 124(78) 144(226)
Cahay, M. 310
Cai, J. 334
Cai, W. 310 333 335 362 446 447
Calcagnile, L. 219 220(41) 272
Caldeira, A.O. 304 362 364(298)
Callagher, D. 233
Callaway, J. 151 152(2) 154(2) 157(2) 158(2) 170(2) 171(2) 179(2) 184(2) 185(2) 186(2)
Callaway, J., and March, N.H.: Density Functional Methods: Theory and Applications 38 136
Callaway, Joseph: Electron Bands in Solids 7 100
Calvert, P.D. 29 30(99) 31 60(99)
Cammack, D.A. 216
Campbell, D.K. 37 39 41 42(130 137) 43 44(142) 45 46(130) 49(142) 104(123)
Campbell, I.H. 139
Canham, L.T. 115
Cantwell, G. 214
Cao, Y. 26 31 142
Capacitance versus voltage in Schottky-barrier diodes 8—9
Capacitance, differential 375—378
Capacitive coupling, quantum dot effects and 307—308
Capture, electron-hole, blue LED 245
Capture, electron-hole, PPV LEDs 128
Capture, electron-hole, two-carrier currents 77—80
Carcenac, F. 285
Cardon, F. 140
Cardona, Manuel see "Supplement 11 - Optical Modulation Spectroscopy of Solids"
Cargill, G.S., III: Structure of Metallic Alloy Glasses 30 227
Carlsson, A.E.: Beyond Pair Potentials in Elemental Transition and Semiconductors 43 1
Carrier, G.F. 385
Carroll, C.W. 380
Carruthers, P. 320 382(197)
Cavenett, B.C. 136 225 270
Cavity quantum electrodynamics 166 202
CCR see "Crystal coordinate representation"
Cerdeira, H.A. 286 435(14)
Cervini, R. 132
Chadi, D.J. 236
Chan, C.T. 153 154 164 187(30) 188 189 192 193(21) 195
Chance, R.R. 46 60 140
Chandrasekhar, V. 295 298
Chandross, E.A. 31
Chandross, M. 49
Chang, A.M. 301
Chang, L.L. 304
Chang, S.-K. 216
Chaplik, A.V. 306
Charge carriers, Boltzmann transport equation versus quantum transport of 289—297
Charge carriers, field effect and 85—86 87—88
Charge carriers, injected under nonequilibrium conditions 70
Charge carriers, photogeneration in conjugated polymers 146—148
Charge carriers, temperature-dependence of polyacetylene 59
Charge carriers, transport of see also "Quantum transport modeling"
Charge carriers, transport of, single-carrier currents 73—77
Charge carriers, transport of, two-carrier currents 77—80
Charge injection in ITO/PPV/CA LEDs 124—125
Charge injection into n-type ZnSe 241
Charge injection of holes, polyacetylene devices 92
Charge injection onto polymer chains with solitons 41
Charge injection, field emission 71
Charge injection, mechanisms for, in presence of barriers 64
Charge injection, metal-semiconductor and metal-insulator contacts 64—68
Charge injection, MIS diodes 90
Charge injection, nonideal contacts 72—73
Charge injection, thermionic emission 69—70
Charge stability on polymer chains 7
Charge storage, MISFETs 41
Charge storage, polyacetylene devices PA 87
Charge storage, polyacetylene devices PA, soliton or mid-gap states 91—92
Charge-transfer complexes, donor and acceptor structures 4
Charge-transfer complexes, doped conducting polymers 25
Charge-transfer complexes, electrons from metallic calcium to PPV 72
Charge-transfer complexes, low-temperature ground states 3—4
Charvolin, Jean, and Tardieu, Annette: Lyotropic Liquid Crystals: Structures and Molecular Motions 209 see
Chaussy, J. 295
Chemla, D.S. 429 430
Chen, Chia-Chun see "Lieber Charles M."
Chen, J. 22
Chen, M. 303
Chen, T.A. 23
Cheng, H. 208 241 244(10 78) 251(78) 256 259 260
Chester, G.V. 288
Chevy, A. 429
Chiang, C.K. 4 5(6) 6
Chien, W. 376
Choi, H.-Y. 45
Choi, K.K. 296
Chou, M.Y. see "de Heer Walt
Chou, W.C. 216
Chu, D.Y. 168
Chu, X. 215
Chung, T.-C. 22
Churchill, L. 247
Cingolani, R. 219 220(41) 272
Clarisse, C. 111
Clarke, T.C. 8
Cleaver, J.R.A. 308
Clemenson, P.I. 14 107(34)
Clendenen, R.L. see "Drickamer H.G."
CMR see "Crystal momentum representation"
CN-PPV see "Dihexyloxy-poly(p-phenylene-vinylene) cyano-substituted derivative"
Cnossen, G. 81 140(243)
Coelle, M. 126
Cohen, Jerome B.: The Internal Structure of Guinier-Preston Zones in Alloys 39 131
Cohen, M.H. 347
Cohen, M.H., and Reif, F.: Quadrupole Effects in Nuclear Magnetic Resonance Studies of Solids 5 322
Cohen, Marvin L. see "de Heer Walt "Joannopoulos J.D."
Cohen, Marvin L., and Heine, Volker: The Fitting of Pseudopotentials to Experimental Data and Their Subsequent Application 24 38
Coherent microwave transient spectroscopy 162—163
Colaneri, N. 131 142
Colaneri, N.F. 56 108 136(178)
Coleridge, P.T. 306 307
Collins, D.A. 215
Collins, R.P. 115
Collins, T.C. 47
Collisional-broadening, equilibrium form of Green's function 413
| Collisional-broadening, homogenous, high-field systems 417
Collisions, Green's function and field effects on 419
Color, controlling polymer EL emission 118—124 141
COMITS see "Coherent microwave transient spectroscopy"
Commes da Costa, P. 39 42(131) 46(131)
Compton, W. Dale, and Rabin, Herbert: F-Aggregate Centers in Alkali Halide Crystals 16 121
Conductance of ballistic structures 300
Conductance of localized tunneling/scattering barriers 297—298
Conductance, Green — Kubo formula and ac 436—437
Conductance, phase interference and 294—297
Conductance, universal fluctuations of 419—420 435
Conducting conjugated polymers, description 2—7
Conducting conjugated polymers, doping, description 25—27
Conducting conjugated polymers, doping, films of intrinsically 14
Conductivity see also "Photoconductivity" "superconductivity"
Conductivity, dark 58—61
Conductivity, dissipation from scattering processes and electric field 329—330
Conductivity, molecular semiconductor 3—4
Conductivity, PBG materials, theoretical calculations for 192
Conductivity, polyaniline 26
Conductivity, PPV and PT-based FET 108—110
Configuration coordinates of conjugated molecule energies 32—34
confinement see "Electronic confinement" "Optical
Conjugated molecules see also "Conjugated polymers"
Conjugated molecules,  orbitals and ground states of 38
Conjugated molecules, aromatic/heteroaromatic unit coupling 37—38
Conjugated molecules, Coulomb interactions 37
Conjugated molecules, electronic structure 32—34
Conjugated molecules, Frenkel excitons and 47
Conjugated molecules, SSH Hamiltonian 36—37
Conjugated polymers see also "Conjugated molecules"
Conjugated polymers, conducting description 2—7
Conjugated polymers, conducting doping 25—27
Conjugated polymers, conducting films of intrinsically 14
Conjugated polymers, device processes 63—84
Conjugated polymers, device processes, carrier transport 73—80
Conjugated polymers, device processes, charge injection 64—73
Conjugated polymers, device processes, exciton decay 80—84
Conjugated polymers, electroluminescence, used for 121—123t
Conjugated polymers, field effect in 84—89
Conjugated polymers, materials, doped conducting polymers 25—27
Conjugated polymers, materials, molecular semiconductors and 27—29
Conjugated polymers, materials, physical properties 29—31
Conjugated polymers, materials, synthesis of semiconducting 12—15
Conjugated polymers, optical and electronic properties 32—63
Conjugated polymers, photoconductive and photovoltaic devices 144—148
Conjugated polymers, semiconducting, chemical structures of common 12—14
Conjugated polymers, semiconducting, description 2—7
Conjugated polymers, semiconducting, organic 7—12
Conjugated polymers, semiconducting, synthesis of 12—25
Conjugation-breaking defects 15
Conner, M. 380
Conrads, N. 144
contacts see also "Boundaries" "Electrodes" "Open
Contacts, ballistic transport and 298—301
Contacts, boundaries and 301—303 378
Contacts, metal-semiconductor and metal-insulator 64—68
Contacts, nonideal 72—73
Contacts, numerical discretization and 389—391
Contacts, open systems and 297—298
Contacts, p-ZnSe low-resistance 241—244
Contellec, M.L. 111
Conticello, V.P. 24
Continuum models, FBC 43—45
Continuum models, SSH, modeling of polyacetylene in excited states 37
Continuum models, SSH, solitons on polyacetelene chains 39—41
Conwell, E.M. 39 42(131) 46 48
Conwell, Esther M. see "Supplement 9 - High Field Transport in Semiconductors"
Cook, J.W. 247
Cook, J.W., Jr. 242 249
Cooper, Bernard R.: Magnetic Properties of Rare Earth Metals 21 393
Corbett, J.W. see "Supplement 7 - Electron Radiation Damage in Semiconductors and Metals"
Corciovei, A., Costache, G., and Vamanu, D.: Ferromagnetic Thin Films 27 237
Corneliassen, H. 216
Cornil, J. 46 49 72(150) 113
Coronado, C.A. 214
Costache, G. see "Corciovei A."
Cotal, H.L. 220
Coulomb blockage regime, definition 307
Coulomb blockage regime, density matrix simulation of 361
Coulomb interactions, bipolarons and optical transitions 45
Coulomb interactions, blue-green diode laser gain spectroscopy 279—281
Coulomb interactions, conjugated molecule properties 37
Coulomb interactions, dissipation in Wigner models and 402
Coulomb interactions, exciton description 49
Coulomb interactions, III-V versus II-VI QW lasers 268—269
Coulomb interactions, quantum well quasi-2D electronic confinement 217—218
Coulomb interactions, UV absorption spectrum of PPV 49
Coulomb interactions, ZnSe-based QW lasers 267—268
Courtis, A. 24
Craig, R.A. 321
Cramail, H. 16 30
Crawford, O.A. 140
Cruz, H. 309
Crystal coordinate representation,  theory vector analog 170
Crystal coordinate representation, defect modes, photonic band-gap 181—186
Crystal coordinate representation, Green's functions 184—185
Crystal momentum representation, theory vector analog 170
Crystal momentum representation, Bloch functions 173
Crystal momentum representation, defect modes, photonic band-gap 180
Crystal, B. 82 83(245)
Crystall, B. 53 83(170)
Crystallinity of conjugated polymers 29—31
Crystals, electroluminescent 116
Crystals, Franz — Keldysh shift in bulk 290
Crystals, molecular conductor, fragility of 4
Crystals, PGB versus electronic 154—155
Crystals, photonic see "Photonic band-gap materials"
Cui, H.L. 335 408 418
Currat, R., and Janssen, T.: Excitations in Incommensurate Crystal Phases 41 202
Current flow in density matrices 361—370
Current versus bias voltage for Schottky-barrier diodes 8 9
Current versus bias voltage, blue-green LED 246—247
Czycholl, G. 440
Dai, N. 216
Dalby, R. 216
Dalichaouch, R. 162 169
Dalven, Richard: Electronic Structure of PbS, PbSe, and PbTe 28 179
Dandrea, R.G. 39 42(131) 46(131)
Danielewicz, P. 431
Danielson, P.L. 46
Dannetun, P. 46 72 73 128(225)
Dark spot defects 260—263
Das Sarma, S. 309 310 314 335 362 440 444
Das, T.P., and Hahn, E.L. see "Supplement 1 - Nuclear Quadrupole Resonance Spectroscopy"
Datta, S. 154 187(30) 192 310 407 438 439 440 446
Davies, J.H. 306 308 419 444 446
Davies, M. 307
Davison, S.G., and Levine, J.D.: Surface States 25 1
DBRTD see "Double-barrier resonant-tunneling diodes"
DDQ see "2 3-Dichloro-5 6-dicyano-1 4-benzoquinone"
de Fontaine, D.: Configurational Thermodynamics of Solid Solutions 34 74
de Gennes, P.G.: Macromolecules and Liquid Crystals: Reflections on Certain Lines of Research 1 see
de Heer, Walt A., Knight, W.D., Chou, M.Y., and Cohen, Marvin L.: Electronic Shell Structure and Metal Clusters 40 94
de Jeu, W.H.: The Dielectric Permittivity of Liquid Crystals 109 see
de Jong, M.J.M. 301
de Launay, Jules: The Theory of Specific Heats and Lattice Vibrations 2 220
de Leeuw, D.M. 88 109 110
De Martini, F. 168
de Wit, Roland: The Continuum Theory of Stationary Dislocations 10 249
Dederichs, P.H.: Dynamical Diffraction Theory by Optical Potential Methods 27 136
Deen, M.J. 107
Defect modes, 3D PBG materials 160—162
Defect modes, losses in photonic gap 167
Defect modes, photonic band-gap formalism 181—186
Defect modes, single-mode cavities and 166—167
defects see also "Impurities"
Defects at metal-polymer interface 72
Defects, bleaching Ramon spectrum for polyacety-line MIS diodes 98
Defects, blue-green light emitters 259—264 281—282
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