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| Авторизация |
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| Ehrenreich H., Spaepen F. — Solid State Physics. Volume 49 |
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| Предметный указатель |
Karl, N. 145
Kartheuser, E. 332
Kaski, K. 306
Kastner, M.A. 296
Kato, E. 253
Kawai, T. 30
Kawakami, Y. 218 220(37) 225 270
Kawakani, Y. 215
Kearwell, A. 32
Kearwell, G.M. 33
Keldysh matrix, description 405
Keldysh matrix, Green's functions as products of two carriers 431
Keldysh, L.V. 321 405(200)
Kelkar, P. 223 224(47) 248 249(90) 266 276 278
Keller, F. 272
Keller, Joachim see "Fulde P."
Keller, P., and Liebert, L.: Liquid-Crystal Synthesis for Physicists 19 see
Kelly, M.J.: Applications of the Recursion Method to the Electronic Structure from an Atomic Point of View 25 296
Kelton, K.F.: Crystal Nucleation in Liquids and Glasses 45 75
Kelvin vibrating capacitor method 63
Kenkre, V.M. 51
Kerkhoven, T. 287 302 312
Kern, D.P. 285
Kern, R. see "Busch G.A."
Kersting, R. 53
Kesler, M.P. 278 279(125)
Kessener, Y.A.R.R. 83 84(246 247 248) 120(246 247) 122 123
Keyes, Robert W.: Electronic Effects in the Elastic Properties of Semiconductors 20 37
Keyes, Robert W.: The Effects of Elastic Deformation on the Electrical Conductivity of Semiconductors 11 149
Khan, F.S. 288 419
Kido, J. 120 123
Kikharev, K.K. 308 399(137)
Kim, H. 142
Kim, K.W. 302
Kinetic transport functions, Kubo formula and correlation functions 327—331
Kinetic transport functions, relaxation/scattering versus streaming terms 331
Kirkner, D.J. 303
Kirkpatrick, S. 440
Kirkwood, J.G. 289 346
Kirova, N.N. 37 45(126)
Kittel, C., and Galt, J.K.: Ferromagnetic Domain Theory 3 439
Kittel, C.: Indirect Exchange Interactions in Metals 22 1
Kivelon, S. 35
Kivelson, S. 41 42(134)
Klavetter, F. 131 142
Kleinert, H. 293 337(49)
Klemens, P.G.: Thermal Conductivity and Lattice Vibrational Modes 7 1
Klick, Clifford C., and Schulman, James H.: Luminescence in Solids 5 97
Klimeck, G. 438 446
Klingshirn, C. 272
Kluksdahl, N.C. 380 385 386(320) 387 388 390 392(328) 396 398
Kluksdahl, N.V. 291 382(45) 383(45) 384(45)
Knight, P.L. 166
Knight, W.D. see "de Heer Walt
Knight, W.D.: Electron Paramagnetism and Nuclear Magnetic Resonance in Metals 2 93
Knoevenagel condensation polymerization 21
Knoll, K. 16
Knox, R.S. 51 see
Knox, Robert S.: Bibliography of Atomic Wave Functions 4 413
Knox, W.H. 429
Kobayashi, E. 287
Kobayashi, H. 116
Kobayashi, M. 30 115 208 218 234 244(11) 247 248(87) 251
Koch, S.W. 429 430
Koehler, J.S. see "Seitz F."
Koezuka, H. 8 11 14(17) 88(27) 107(17) 108(27) 111(17)
Kofman, A.G. 168
Kohda, M. 120 123
Kohler, A. 61
Kohmoto, M. 170
Kohn — Luttinger functions, EMR representation expansion 180—181
Kohn — Luttinger functions, photonic band-gap theory 176—179
Kohn, W. 176 316
Kohn, W.: Shallow Impurity States in Silicone and Germanium 5 258
Koishi, M. 140
Kojima, T. 26
Kolodziejski, L. 207 214
Kolodziejski, L.A. 226 228 229 234 236 239(53) 250
Kondo, J.: Theory of Dilute Magnetic Alloys 23 184
Konoda, Y. 73 128(225)
Konstadininis, K. 31
Koremer, H. 8
Koshida, N. 115
Koster — Slater impurity model 170
Koster, G.F. 184 185(74)
Koster, G.F.: Space Groups and Their Representations 5 174
Kothari, L.S., and Singwi, K.S.: Interaction of Thermal Neutrons with Solids 8 110
Kouki, F. 129
Kouwenhouven, L.P. 300
Koyama, H. 115
Kozlov, V. 223 224(47) 256 257(104) 258(104) 265(104) 266 276 277(104)
Kraabel, B. 120 122 148
Kraft, A. 17 18 24 30 52 54(104) 72 117 118(223) 119 120 122 123 124(78) 128 130(223) 131(223 302) 137 138
Kraft, A.M. 139
Kramer, B. 309 329 330 440 447 448
Krebs, J.J. 216
Kreskovsky, J.P. 342 357 364(292)
Krieger, J.B. 347 370(279) 374(279)
Kriman, A. 285
Kriman, A.M. 291 337 382(45) 383 384(45) 385 386(320) 388 392(328) 396 420 423(371) 435 448
Krische, B. 22
Kroeger, F.A., and Vink, H.J.: Relations between the Concentrations of Imperfections in Crystalline Solids 3 310
Kroemer, H. 118 376
Kroll, N. 162
Kronenberg, W. 26
Kroubni, M. 8
Kubo formula see also "Green — Kubo formula"
Kubo formula, correlation functions and 327—331
Kubo formula, resonant-tunneling diodes and 443—445
Kubo, R. 327 329
Kubo, Ryogo, Miyake, Satoru J., and Hashitsume, Natsuki: Quantum Theory of Galvanomagnetic Effect at Extremely Strong Magnetic Fields 17 270
Kucera, J. 301
Kucharska, A.I. 278 279(125)
Kudoh, Y. 26
Kuhn, H.H. 26
Kuhn, T. 330 335 430 431 433(252 388 394) 434
Kuhn, W. 230
Kuhn-Heinrich, B. 213
Kuivalainen, P. 107 108
Kukharenko, Yu.A. 431 435(392)
Kukomoto, H. 244
Kumar, V. 380
Kunz, R.E. 140
Kuo, L.H. 260
Kurizki, G. 168
Kuroda, T. 223
Kuroda, Y. 215
Kurokawa, T. 8
Kurz, H. 53
Kusumoto, T. 129
Kuwabara, M. 122 133
Kuzmany, H. 99
Kuznetsov, A.V. 431
Kwock, E.W. 141
Kwok, Phillip C.K.: Green's Function Method in Lattice Dynamics 20 214
Laakso, J. 31
LaBlanc, A.R. 284
Lachinov, A.N. 123
Ladan, F.R. 190
Lafarge, P. 308
Laflere, W.H. 140
Lagally, M.G. see "Webb M.B."
Laibowitz, R.B. 295 296
Lake, R. 440 446
Lake, R.K. 438 439
Laks, D.B. 236
Lampert, M.A. 76 79 80(237)
Landauer equation, ballistic transport and 299
Landauer equation, conductance through regions with localized scatters 294—295
Landauer equation, quantized conductance experiments and 300—301
| Landauer, M. 300 394(95)
Landauer, R. 288 294 295 296 297 309(55) 310(74) 448
Landheer, D. 307
Landwehr, G. 213
Lane, P.A. 57 136(180)
Lang, M. 215
Lang, Norton D.: The Density-Functional Formalism and the Electronic Structure of Metal Surfaces 28 225
Langevin equations 327 331—334
Langmuir — Blodgett films 27—28
Lanzari, Y. 242
Large-area thin-film electronics 2
Larkin, A.I. 405
Lary, J. 311 312
Laser diodes, photon-number-state squeezing, enhancing 165
Laser diodes, single-mode cavities and 167
Lasers see also "Blue-green diode lasers"
Lasers, femtosecond excitation of 429—435
Lasers, optically pumped, excitonic processes 269—277
Lasers, optically pumped, room-temperature multiple-QW 207 269
Lasers, quantum well, multiple 211
Lasers, quantum well, separate confinement heterostructure 211
Lasers, quantum well, ZnSe-based 206
Lasher, G. 281
Lattice mismatch strain, design constraints 212—213
Lattice mismatch strain, in band offset calculations 210
Lattice mismatch strain, ZnCdSe/ZnSe quantum wells 220
Lattices, reduced density matrices and 324—325
Lattices, self-trapping excitons in deformable 226—227
Laudise, R.A., and Nielsen, J.W.: Hydrothermal Crystal Growth 12 149
Launois, H. 285
Laux, S.E. 286 287
Lawandy, N.M. 191 192
Lawrence, R.A. 98 99 108
Lax — Wendroff explicit time differencing method 385—386
Lax, Benjamin, and Mavroides, John G.: Cyclotron Resonance 11 261
Lax, M. 310 333 335 362 380 446 447
Lazarroni, R. 73 128(225)
Lazarus, David: Diffusion in Metals 10 71
Lazzaroni, R. 62 72
Le, H. 260
Leclerc, M. 22
Leditzky, G. 25 120 123 124(77) 131(77)
Lee, C.H. 60 148
Lee, D. 215 228 229 239(53) 250
Lee, J.K. 120 123
Lee, M.W. 192
Lee, P.A. 286 295(15) 296 299 309(15) 330(69 80) 435(15) 440(80) 447
Lee, T.-K. 41 42(134)
Lee, W.M. 199 203
Lee, Y. 407 438 439
Lee, Y.R. 215 216
Leggett, A.J. 304 362 364(298)
Lei, X.L. 287 333 334 335 347 407
Leiderer, E. 230
Leisching, P. 431 433(394)
Leising, G. 16 25 29 30(100) 63 120 123 124(77 80) 131(77)
Leitenstorfer, A. 431 433(394)
Lemmer, U. 53 82(171) 83(171) 141
Lennard-Jones, J.F. 5
Lenstra, D. 306
Lent, C.S. 307
Lenz, R.W. 17 19 21
Leo, K. 53
Less-than function, density matrices and 322
Less-than function, Green's functions for modeling devices 413—417 425—429
Leung, K.M. 153 154 157(20) 160(33) 183 184(73) 187(19) 188(20) 189(33) 196 197(97)
Levi, A.J.F. 294
Levine, J.D. see "Davison S.G."
Levinson, I.B. 381 400(314)
Levy, Peter M.: Giant Magnetoresistance in Magnetic Layered and Granular Materials 47 367
Lewenstein, m. 167
Lewis, H.W.: Wave Packets and Transport of Electrons in Metals 7 353
Lewis, J. 61
Lewis, J.T. 332
Li, D. 216
Li, H. 244 252 255(85) 256(85) 264 276 278
Li, Q. 440
Li, Y. 347 370(279) 380
Licini, J.C. 296
Lieber, Charles, M., and Chen, Chia-Chun: Preparation of Fullerenes and Fullerene-Based Materials 48 109 349
Liebert, L. see "Keller P."
Liebfried, G., and Ludwig, W.: Theory of Anharmonic Effects in Crystals 12 276
Liedberg, B. 67
Light-emitting diodes, blue-green see "Blue-green light emitters"
Light-emitting diodes, color, control of 118—124
Light-emitting diodes, cyano group substitution 21—22
Light-emitting diodes, device structures, novel 142—143
Light-emitting diodes, doping levels of conjugated polymers for 67
Light-emitting diodes, electroluminescence, conjugated polymer 117—118
Light-emitting diodes, electroluminescence, generating in 115—117
Light-emitting diodes, electron-hole capture in polymer 77—80
Light-emitting diodes, energy barriers at electrodes in polymer 63
Light-emitting diodes, excited states in, probing 134—137
Light-emitting diodes, high-Q single-mode PBG microcavities and 167
Light-emitting diodes, interfacial barriers in PPV 72
Light-emitting diodes, molecular materials in 28
Light-emitting diodes, multilayer 130—134
Light-emitting diodes, optical properties 137—142
Light-emitting diodes, SCL current in polymer 77
Light-emitting diodes, single-layer, electrical characteristics of 124—130
Light-emitting diodes, technological issues 143—144
Lin-Liu, Y.R. 37 40(125) 41 42(134)
Lindberg, M. 429 430
Linde, Ronald K. see "Doran D.G."
Liouville equation, density matrices and 316—317 318
Liouville equation, differential capacitance 376
Liouville equation, dissipation and current flow calculations 364—365
Lipavsky, P. 288 305 310(119) 418 419 437(359) 440 442(119) 444
Lippman — Schwinger equation 383—384
Lischka, K. 215 223
Littlejohn, M.A. 302
Littlewood, P.B. 276 280(123)
Litz, T. 213
Liu, M. 347
Liu, S.H.: Fractals and Their Applications in Condensed Matter Physics 39 207
Liu, X.C. 216
Liu, Y.F. 153 157(20) 187(19) 188(20)
Lobb, C.J. see "Tinkham M."
Localization threshold, conjugated polymer 53
Loegdlund, M. 62 72
Logan, R.A. 278 279(124) 280(124)
Logue, F.P. 223
Lohner, A. 431 433(394)
Lomascolo, M. 219 272
Longuet-Higgins, H.C. 5 32(8) 36(8)
Loponen, M. 31
Losch, R. 302
Louis, E.J. 4 5(6)
Louisell, W.H. 380
Lous, E.J. 88
Lovergine, N. 272
Low, W., and Offenbacher, E.L.: Electron Spin Resonance of Magnetic Ions in Complex Oxides, Review of ESR Results in Rutile, Perovskites, Spinel, and Garnet Structures 17 136
Low, William see "Supplement 2 - Paramagnetic Resonance in Solids"
Low-field systems, homogeneous, description 406—408
Low-field systems, homogeneous, less-than function 413—417
Low-field systems, homogeneous, retarded Green's function 408—413
Lowe, D. 288
Lowe, R.D. 23 30
Lowisch, M. 272
Lu, F. 123
Lu, K. 214
Lu, X. 107
Lu, X.J. 333 444
Ludwig, G.W., and Woodbury, H.H.: Electron Spin Resonance in Semiconductors 13 223
Ludwig, W. see "Leibfried G."
Lugli, P. 332 408 418 419
Luk, K.H. 172 197(66 67) 203
Lukosz, W. 140
Luminescence 46 see
LUMO levels see "Ionization potential conjugated
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