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| Авторизация |
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| Ehrenreich H., Spaepen F. — Solid State Physics. Volume 49 |
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| Предметный указатель |
Stewart, H. 225 270
Stoeckmann, F. see "Heiland G."
Stoelzel, F. 145
Stolka, M. 74 76(232) 133 146
Stolz, W. 431 433(394)
Stone, A.D. 296 330(69) 383 440
Stopa, M.P. 306 308
Stovneng, J.A. 304 305 310(119) 442 444 445
Stpcka, V. 444
Streda, P. 301
Street, G.B. 46
Streklas, A. 318
Strickler, S.J. 81
Strohriegl, P. 126
Strong, H.M. see "Bundy F.P."
Stroscio, M.A. 289 302 342 353 374 378
Stroud, D. 192 see N.W."
Stroud, David see "Bergman David
Strukelj, M. 132
Stubb, H. 31 107 108
Stucky, G. 148
Sturge, M.D.: The Jahn-Teller Effect in Solids 20 92
Su, W.-P. 34 35 39(118 119)
Su, W.P. 47 49(161)
Sublimed molecular films 27—28
Substrates for II-IV heterostructures, choice of 213—214
Substrates, flexible, transparent LED 142
Suemune, I. 215 223
Sugano, T. 308
Sugimoto, R. 22 74
Sulfonium polyelectrolyte precusor route to PPV 16—17
Sullivan, K.G. 168
Sum, U. 45 46(144 145)
Sumetskii, M. 305 307 308 310(120)
Sundberg, M. 88
Sungki, O. 216
Supercell method 193—194
Superconductivity in charge-transfer salts 3—4
Superconductivity, PBG materials, theoretical calculations for 192
Superlattices, development of 207
Superlattices, electronic structure 217—225
Superlattices, quantum dot arrays 308
Superlattices, Stark ladder effects 290
Surface-emitting lasers 264—267
Sutherland, B. 170
Suzuki, M. 236
Suzuki, N. 41 42(133)
Svensson, C. 10 88 107(23)
Swanson, L.S. 57 123 136 137 138
Swatos, W.J. 20
Swenberg, C.E. 3 32(2) 47(2) 50(2) 51(2) 52(2) 82(2)
Swenberg, J.F. 250
Swenson, C.A.: Physics at High Pressure 11 41
Swock, E.W. 49
Synthesis of conjugated polymers, conducting, polyaniline 26—27
Synthesis of conjugated polymers, conducting, polypyrrole (PPy) 25—26
Synthesis of conjugated polymers, PPV precursor routes 16—18
Synthesis of conjugated polymers, semiconducting, description 12—15
Synthesis of conjugated polymers, semiconducting, Durham precursor route to poly-acetylene 15—16
Synthesis of conjugated polymers, semiconducting, poly(3-alkylthiophene)s 22—23
Synthesis of conjugated polymers, semiconducting, poly(p-phenylene)s 23—25
Synthesis of conjugated polymers, semiconducting, soluble PPV derivatives 18—22
Szafer, A. 383
Sze, S.M. 10 64(22) 65(22) 69(22) 71(22) 72(22) 86(22) 91(22)
Taguchi, T. 215
Taka, T. 31
Takada, N. 116 141
Takagaki, Y. 311 312 345
Takagi, Yutaka see "Muto T."
Takailin, H. 129
Takayama, H. 37 40(125)
Takebayashi, K. 223
Takeda, E. 308
Takeda, S. 22
Takiguchi, T. 74
Taliani, C. 72
Tanaka, R. 60
Tanaka, S. 22
Tang, C.W. 28 116 130(94) 144 148(383)
Tani, J. 141
Tani, T. 8
Taniguchi, K. 287
Tanimoto, H. 287
Tannewald, P.E. 305
Tardieu, Annette see "Charvolin Jean"
Tashiro, K. 30
Taskar, N.R. 236
Tasker, P.J. 285
Tasumi, M. 57 107(185)
Tauc, J. 41 42(135 136)
Taylor, D.M. 14 107(34)
Taylor, P.C. 170
Taylor, R.P. 306 307
Taylor, S.C. 24
TE see "Tellurium isoelectronic centers" "Transverse
Tellurium isoelectronic centers in ZnSe and exciton-phonon interactions 225—229
Tellurium isoelectronic centers, blue-green LEDs 249—250
TEM see "Transmission electron microscopy"
Temperature, ballistic electron studies and 301
Temperature, dark conductivity versus 58—59
Temperature, field emission and 71
Temperature, hopping mobilities in disordered materials 74—75
Temperature, low, excitonic processes in optically pumped lasers 269—277
Temperature, low, quantum distribution function 290
Temperature, oscillatory behavior in matrices and 349—350
Temperature, p-ZnSe hole concentration and 237 239
Temperature, QW photoluminescence efficiency and 224
Tenhoeve, W. 83 84(247) 120(247) 123
Tennant, D.M. 296
Terai, A. 42 98(141)
Tetrahydrothiophene precursor 16—18
Tetrathiafulvalene tetracyanoquinodimethane compound 3
Themans, B. 46
Thermionic emission across Schottky barriers in PPV LEDs 126 127
Thermionic emission in charge injection processes 69—71
Thim, H.W. 342
Thin films of polymers soluble in final form 18
Thin films, EL devices, from anthracene 116—117
Thin films, EL devices, from PPV 117—118
Thin films, photoconductive and photovoltaic devices 144—145
Thin films, producing from conjugated polymers 14
Thin films, thiophene oligomer devices 111
Thin-film electroluminescence (EL) of conjugated polymers 11—12
Thin-film electroluminescence (EL) of molecular organic materials 27—29
Thiophene oligomer field-effect devices 111—113
Thomas, D.G. 216 217(1)
Thomas, E.L. 29 30(101)
Thomas, G.A. see "Hensel J.C."
Thomas, H. 300 310(84)
Thomas, J.E. 214
Thompson, M.E. 143
Thomson, Robb: Physics of Fracture 39 1
Thornber, K.K. 288
Thornton, T.J. 308
Thouless, D.J. 309 440
Tiberio, R.C. 285
Tight-binding models, conjugated polymer 35—38
Tight-binding models, Frenkel excitons in molecular organic crystals 50
Tight-binding models, photonic-band structures 199
Tikhodeev, S.G. 431 435(392)
Time variables, Green's functions 404
Time-ordered Green's function 322—323
Ting, C.S. 333 334 347 407
Tinkham, M., and Lobb, C.J.: Physical Properties of the New Superconductors 42 91
TM see "Transverse magnetic polarization"
TMTSF, superconductivity of 3—4
Tojyo, T. 244
Tokito, S. 17 19(47) 28 31 60 108 116 116(96) 130(96)
Tokura, Y. 306
Tomiya, S. 253
| Tomozawa, H. 8
Toombs, G.W. 306 396(122)
Tosi, M.P. see "Singwi K.S."
Tosi, Mario P.: Cohesion of Ionic Solids in the Born Modek 16 1
Tourillon, G. 22 145
Townsend, P.D. 46 49(151) 55 56(151) 58 59 96 97(258)
Toyozawa, Y. 226 227(51)
TPD see "N N'-Diphenyl-N N'[3-methyl-phenyl]-1 1'-methynl-4 4'-diamine"
Tran Thoai, D.B. 335 430 431(251) 433(383)
trans-Polyacetylene, bond alternation, senses of 35
trans-Polyacetylene, charge storage and field effect 87
trans-Polyacetylene, formula and energy gap 13
trans-Polyacetylene, infinite one-dimensional chain model 34
trans-Polyacetylene, photoinduced absorption studies of 54—56
trans-Polyacetylene, tight-binding models 35—37
Transient behavior of double-barrier, resonant-tunneling diodes 396
Transient response, polymer LED 129—130
transistors see also "Field-effect devices transistors" "Metal-insulator-semiconductor field
Transistors, bipolar 165
Transistors, high-electron mobility 287 303—304
Transmission electron microscocopy 260—263
Transport, transition from quantum to classical 335—336
Transverse electric polarization,  method and 199 200f
Transverse electric polarization, 2D PBG system eigenmodes 190—192
Transverse electric polarization, wave versus scalar equations 172
Transverse magnetic polarization, method and 197—199 201f
Transverse magnetic polarization, 2D PBG system eigenmodes 190—192
Transverse magnetic polarization, wave versus scalar equations 172
Trap-free intrinsic semiconductors/insulators, charge injection and 65—66
Trap-free intrinsic semiconductors/insulators, space-charge-limited current 76
Trapping sites, band-bending versus number of 67
Trapping sites, PPV 67
Trapping sites, trap-filled limit (TFL) 76—77
Treacy, G.M. 26 142
Tripathi, V.K. 311 312
Triplet excitons, photoinduced absorption and PPV 56—57
Triplet excitons, radiative lifetime 81
Tristram-Nagle, S. 30
Troffer, M.B. 208 235(8)
Truncation errors, plane-wave 187
Tsironis, G.P. 185
Tso, H.C. 402 418 430
Tsu, R. 304
Tsuchiya, H. 391 398 402 403 404
Tsumara, A. 8 11 14(17) 88(27) 107(17) 108(27) 111(17)
Tsutsui, T. 17 19(47) 28 60 108 116 130(96) 140 141
TTF-TCNQ see "Tetrathiafulvalene tetracyanoquinodimethane compound"
Tunneling see also "Field emission"
Tunneling barriers, description 304
Tunneling barriers, modeling single 342—343
Tunneling in high-electron mobility transistors 303—304
Tunneling time in double-barrier resonant-diodes 398—399 446—447
Tunneling time, definition 304
Tunneling, Frenkel exciton 51
Tunneling, PPV LEDs 126
Tunneling, single-electron 307—308
Turnbull, David: Phase Changes 3 226
Tuttle, G. 163 164(46) 192(46)
Two-carrier currents 77—80
Tyler, W.W. see "Newman R."
Uchida, M. 119 120 123 129 130(337)
Ueno, H. 74
Uenoyama, T. 236
Uichlein, C. 217
Ullrich, B. 120 123
Ultraviolet photoemission spectroscopy, conjugated polymer ionization potentials 61—62
Ultraviolet photoemission spectroscopy, polymer-metal interaction studies 72—73
Umbach, C. 295
Umbach, C.P. 295 296
Underhill, A.E. 14 107(34)
Uneno, A. 115
Universal conductance fluctuations in homogeneous systems 419—420
Universal conductance fluctuations, femtosecond laser excitation 435
UPS see "Ultraviolet photoemission spectroscopy"
Urbina, C. 308
UV absorption spectrum, PPV 49
Valat, P. 129
Valeeva, I.L. 123
Valence effective Hamiltonian method, conjugated polymers and 38
Valence effective Hamiltonian method, PPV ionization potential 61
Valtchinov, V. 447
Vamanu, D. see "Corciovei A."
Van de Walle, C.G. 210 215
van der Marel, D. 300
van Houten, H. 300 see C.W.J."
Van Lint, V.A.J. see "Nichols D.K."
Van Meirhaeghe, R.L. 140
Van Slyke, S.A. 28 116 130(94)
van Wees, B.J. 300
van Welzenis, R.G. 335
Vancetti, L. 219 220(41)
Vande Walle, C.G. 236
Vanzetti, L. 219 272
Varani, L. 330
Vardeny, Z. 41 42 54 96(177)
Vardeny, Z.V. 49 57 147
Vasanelli, L. 219
Vaubel, G. 116
Vawter, G.A. 165
Vector wave equations, 2D PBG crystals 172
Vector wave equations, plane-wave expansion of position-dependent fields 186—187
VEH see "Valence effective Hamiltonian method"
Velicky, B. 288 329 418 437(359)
Venhuiozen, T.H.J. 83 84(247) 120(247) 123
Venhuizen, A.H.J. 83 84(246) 120(246) 122
Verbing, S. 227
Veresegyhazy, R.K. 287
Vertex correction 417
Vestweber, H. 20 120 122 125(313) 129(59 313) 130(313)
Vibrationally excited states in conjugated molecules 33—34
Vibrationally excited states, PPV 51—52
Vickers, M.E. 29 30(99) 60(99)
Villeneuve, P.R. 152 154 169(8) 174(8) 175(8) 187(8) 190(39)
Vincett, P.S. 27 116(92 93)
Vink, H.J. see "Kroeger F.A."
Virtual cathode point 65
Vlachos, K. 318
Vogl, P. 39 42(130) 46(130)
von Klitzing, K. 302
von Seggern, H. 120 122
Voss, K.F. 20 54(56)
Vuorimaa, E. 107
Waag, A. 213
Wada, Y. 42 53 82(171) 83(171) 98(141)
Wagner, H.P. 230
Wagner, M. 305 306 308 322 405(203) 439
Wakimoto, T. 116
Walecki, W. 216
Walker, C.T. 241 244(78) 27(78)
Walker, J. 236 239 240(77)
Wallace, Duane C.: Thermoelastic Theory of Stressed Crystals and Higher-Order Elastic Constants 25 302
Wallace, Philip R.: Positron Annihilation in Solids and Liquids 10 1
Walsh, C. 148
Walsh, J.M. see "Rice M.H."
Wang, J. 169
Wang, M.W. 250
Wang, S.Y. 225
Wannier functions, CCR representation expansion 181—183
Wannier functions, density matrices and nonuniform fields 373—374
Wannier functions, photonic band-gap theory 175—176
Waragai, K. 111
Warmenbol, P. 334 335
Warnock, J. 216
Washburn, S. 295 296
Watanabe, M. 140
Watt, E.J. 14
Watt, M. 230
Wave equations for ordered PBG materials 180
Wave equations for photonic band-gap theory 171—172
Wave packets, DBRTD potential and Gaussian 387—389
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