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Unknown A. — Solid State Physics

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Название: Solid State Physics

Автор: Unknown A.

Аннотация:

A volume in a series devoted to solid state physics, this part deals with crystal nucleation in liquids and gases, structural ordering in colloidal suspensions and glass transition and the relaxation of disordered structures. Related titles in the series are volumes 42, 43 and 44.

Язык:

Рубрика: Физика/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Год издания: 1989

Количество страниц: 460

Добавлена в каталог: 29.01.2014

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID

Предметный указатель

Orthorhombic structure      139—141
Orthorhombic-to-tetragonal phase transition, $YBa_{2}Cu_{3}O_{7-\delta}$       143 146—150
Orthorhombic-to-tetragonal phase transition, $YBa_{2}Cu_{3}O_{7-\delta}$ , open-system order-disorder model      155
Orthorhombic-to-tetragonal phase transition, $YBa_{2}Cu_{3}O_{7-\delta}$ , substitution      178—179
Orthorhombic-to-tetragonal phase transition, $YBa_{2}Cu_{3}O_{7-\delta}$ , transition element substituted      190
Orthorhombic-to-tetragonal phase transition, $YBa_{2}Cu_{3}O_{7-\delta}$ , twins      163—164
Ortolani, F.      390(198) 391(198) 399(198)
Osborne, W.N.      192(285)
Oscillator strength, projected      395
Oseroff, S.B.      185(241) 191(241)
Osheroff, D.D.      352(135)
Osofsky, M.      137(23) 138(23) 251(155) 256(155) 258(177) 261(177)
Ostenson, J.E.      116(46)
Ostlund, S.      77(110)
Ourmazd, A.      138(26) 145(26) 163(26 119 120) 168(26)
Ovshinsky, S.R.      192(283) 237(92)
Oxtoby, D.W.      59(92) 61(92)
Oxygen, $YBa_{2}Cu_{3}O_{7-\delta}$ , ordered arrangements      150—154
Oxygen, $YBa_{2}Cu_{3}O_{7-\delta}$ , substitution      192—194
Oyanagi, H.      150(77) 189(266) 262(187 189) 264(187 189 190)
Oyanagi, Y.      208(388)
Oye, H.A.      146(67) 147(67) 148(67) 149(67) 157(67)
Paalanen, M.A.      358(145) 362(157) 363(157) 366(157) 368(157) 367 376(180) 377(180) 378(180)
Pacchione, G.      9(22)
Pakulis, E.J.      348(129)
Palmateer, S.C.      358(145)
Pande,C.S.      167(141)
Pang, G.      192(281)
Pang, G.Q.      174(189)
Pankhurst, Q.A.      187(255) 188(255)
Pankove, J.I.      193(299) 194(299)
Pannetier, J.      188(261) 189(261)
Panson, A.J.      170(168)
Papaconstantopoulos, D.A.      221(34) 222(34) 227(34 59) 228(34 60 64) 229(64) 246(59 134) 249(134)
Paramagnetic susceptibility      315 317—318
Park, K.T.      223(46)
Park, S.I.      146(62) 147(62) 170(171)
Parkin, S.S.      91(2)
Parkin, S.S.P.      137(12) 138(12) 149(72) 151(72 83 85) 152(83) 154(72) 155(97) 161(112) 173(185) 176(185) 182(238) 196(323) 197(323) 198(366) 202(364 365 366 367) 203(364 365 366 367) 204(366) 205(366) 206(364 366 397) 217(20)
Partial Meissner effect      107
Particle density, Fourier expansion      64
Particle packing, polytetrahedral      35
Particle packing, three dimensions      2—3
Particle packing, two dimensions      2
Pat we, S.J.      192(286)
Patella, F.      261(183)
Pattnaik, P.      246(134) 249(134)
Patton, B.R.      112(42) 117
Paul, D.McK.      196(314)
Paulikas, A.P.      150(74) 192(278)
Pauling, L.      80(125)
Paulsen, C.      191(271) 192(271)
Pavlovich, V.V.      287(16)
Paxton, A.T.      221 (28a) 232(28a) 233(76) 234(76) 236(76) 242(76) 256(28a)
Pazol, B.G.      132(82) 252(166) 257(166)
Pearson, G.      272(1)
Peck, W.F.      197(340) 199(340) 241(114)
Penetration depth, superconductors      97—99
Penney, T.      182(238) 215(16) 216(16) 217 218(16) 220(16) 221(16)
Penrose bricks      86
Penrose pattern      77—79
Penrose, R.      77(113)
Pentagonal bipyramid      6
Pepper, M.      356(141) 360(149) 362(156)
Perdew, J.P.      235(84)
Perez-Frias, M.T.      174(194)
Perovskite structure      138
Peter, M.      268(213)
Peters, C.J.      196(311) 218(21 24) 224(24)
Peterson, R.L.      170(169)
Pethick, C.      64(98)
Petroff, Y.      251(163) 256(163) 264(163)
Phase diagram, $La_{2-x}M_{x}CuO_{4-y}$       215—217
Phase diagram, $YBa_{2}Cu_{3}O_{7-\delta}$       155—160 219—220
Phase diagram, cluster variation method      157—158
Phase diagram, Ising model      155—157
Phase diagram, structural      148—149
Phase diagram, transition temperature variation      159—160
Phase transition, gas and liquid phases      296—301
Phase transition, orthorhombic-to-tetragonal      see "Orthorhombic-to-tetragonal phase transition"
Phase transition, tetragonal-to-orthorhombic, lanthanium copper oxides      194—196
Phase transition, tetragonal-to-orthorhombic, lanthanium copper oxides, transition temperature      195—197
Phase transition, topological order      309
Phase transition, valley occupancy      293—296
Phase transition, Wigner crystal melting      308—313
Phase transition, Wigner lattice      301—308
Phillips, J.C.      160(107)
Phonon, scattering      307
photoemission      see "Copper-oxide superconductors"
Pickett, W.E.      221(34) 222(34) 227(34) 228(34 61 64) 229(68) 231(68) 232(68) 233(68) 237(68) 268(214)
Picone, P.J.      196(311) 218(21 22 24) 224(24)
Pietilainen, P.      391(200) 399(200)
Pinczuk, P.      287(17)
Plaskett, T.S.      147(68) 149(68) 196(325) 197(325) 217(19) 218(19)
Plasma frequency, standing-wave resonance, versus charging potential      286—287
Plasma parameter      297
Plasmon      279
Plasmon, dispersion      283—293
Plasmon, dispersion, based on RPA dielectric function      285—286
Plasmon, dispersion, electron gas      284
Plasmon, dispersion, inversion layer      283—284
Plasmon, dispersion, liquid helium      286
Plasmon, dispersion, Wigner lattice      303
Plasmon, frequency      283
Platzman, P.M.      304(61) 305(61) 306 307(64) 312(74) 340(111) 347(128) 348 391(199) 392(199) 393(199) 396(199) 397 399(199 203)
Plechaty, M.M.      184(239)
Ploog, K.      287(17) 337(105) 360(150) 361 364(164)
Poeppelmeier, K.R.      136(10) 137(10) 155(95) 169(158)
Poitrenaud, J.      307(65)
Polarization factor      315—316
Polarization function      278 280—281
Politis, C.      251(149 152) 252(149) 253(149) 257(149) 258(149 175) 259(149) 261(152) 262(149) 264(149) 265(149) 266(149)
Polk, D.E.      20(47)
Polytetrahedral crystals      10—13
Polytetrahedral order, clusters      5—10
Polytetrahedral order, crystal-melt interfacial tension      57—63
Polytetrahedral order, crystal-melt interfacial tension, order parameter theory      see "Order parameter theory"
Polytetrahedral order, dense-random packing      16—20
Polytetrahedral order, frustration, two dimensions      22—29
Polytetrahedral order, generalized valence bond      9—10
Polytetrahedral order, glass      15—22
Polytetrahedral order, hole-filling model      20—21
Polytetrahedral order, icosahedral cluster      6—7
Polytetrahedral order, icosahedron      6—7
Polytetrahedral order, liquids      13—15
Polytetrahedral order, nine-vertex coordination polyhedra      21
Polytetrahedral order, orientational      13—14
Polytetrahedral order, pentagonal bipyramid      6
Polytetrahedral order, statistical mechanics      57
Polytetrahedral order, tetrahedra, around common edge      6
Polytetrahedral order, tetrahedra, sharing common vertex      6—7
Polytetrahedral order, three dimensions as function of curvature      30—31
Polytetrahedral order, three dimensions, angular deficit      42
Polytetrahedral order, three dimensions, bcc crystal      38
Polytetrahedral order, three dimensions, canonical Kasper polyhedra      33—34
Polytetrahedral order, three dimensions, coordination number      43—44
Polytetrahedral order, three dimensions, coordination polyhedra      35
Polytetrahedral order, three dimensions, defect lines      32—36
Polytetrahedral order, three dimensions, dense random packing and Frank — Kasper phases      36—40
Polytetrahedral order, three dimensions, fcc crystal      38
Polytetrahedral order, three dimensions, icosahedron      27
Polytetrahedral order, three dimensions, polytope      29—32
Polytetrahedral order, three dimensions, relaxation to ideal glass      40—44
Polytetrahedral order, three dimensions, undercooled liquid      36
Polytetrahedral phases, ordered and disordered      52—53
Polytope, statistical honeycomb      40
Polytope, structure function      68—69
Polytope, three dimensions      29—32
Polytope, Wigner — Seitz cells      4—5
Pook, W.      365(167)

Poole, D.A.      356(141)
Poon, S.J.      80(119)
Porter, C.D.      124(61) 266(303) 267(203)
Potential energy, OCP      385
Potitis, C.      251(146 152) 258(146) 261(146)
Pouget, J.P.      144(46)
Powder diffraction pattern, flat space crystal      64—65
Prange, R.F.      368(171) 371(171)
Prasad, R.      191(272) 192(272)
Praseodymium, $YBa_{2}Cu_{3}O_{7-\delta}$ substitution      174—175
Presland, R.      201(362)
Preuss, H.      8(20)
Prewitt, C.T.      137(13) 138(13) 143(13) 197(332) 198(332) 199(332 337) 200(332 337) 201(332) 202(363) 204(363) 206(363)
Prober, D.E.      337(106) 339(106)
Probst, C.      360(150) 361 374(176)
Prolate rhombohedron      86
Provost, J.      138(30) 163(125) 164(125) 165(125) 177(30) 196(321) 197(330)
Prueitt, M.L.      167(146)
Pruisken, A.M.M.      362(157) 363(157) 365(169) 366(157 169) 367 368(157 169)
Pudalov, V.M.      362(153) 364(153)
Purtell, R.      170(171)
Pusey, P.N.      52(83)
Qadri, S.B.      137(23) 138(23)
Qian, Y.      192(281)
Qian, Y.T.      174(189)
Qiu, G.L.      192(284)
Qiu, S.L.      251(154)
Qiu, Z.Q.      187(251 253)
Quadrupole doublet, $YBa_{2}Cu_{3}O_{7-\delta}$ substitution      187—188
Quantized Hall effect, $\nu-1/m$ fractional state      378—386
Quantized Hall effect, $\nu-1/m$ fractional state, angular momentum      378 380—381
Quantized Hall effect, $\nu-1/m$ fractional state, ground-state energy      382—383 386
Quantized Hall effect, $\nu-1/m$ fractional state, ion disk energy      379
Quantized Hall effect, $\nu-1/m$ fractional state, Laughlin's state      382—384
Quantized Hall effect, $\nu-1/m$ fractional state, normalization factor      381
Quantized Hall effect, $\nu-1/m$ fractional state, one-component plasma      379—380 383 385
Quantized Hall effect, $\nu-1/m$ fractional state, potential energy      385
Quantized Hall effect, $\nu-1/m$ fractional state, Slater determinant of elements      380—381
Quantized Hall effect, $\nu-1/m$ fractional state, wave function      378—380 384—386 400
Quantized Hall effect, $\nu-1/m$ fractional state, Wigner lattice      383—384
Quantized Hall effect, collective excitations      391—401
Quantized Hall effect, collective excitations, Coulomb potential      395
Quantized Hall effect, collective excitations, density operator      395
Quantized Hall effect, collective excitations, dispersion curves      397
Quantized Hall effect, collective excitations, dynamical structure factor      392
Quantized Hall effect, collective excitations, excitation energy      392—393 396 398
Quantized Hall effect, collective excitations, Hilbert space      393—394
Quantized Hall effect, collective excitations, inverse dielectric function      399
Quantized Hall effect, collective excitations, moments of correlation function      396
Quantized Hall effect, collective excitations, projected oscillator strength      395
Quantized Hall effect, collective excitations, radial distribution function      396
Quantized Hall effect, collective excitations, solidlike wave function      399
Quantized Hall effect, collective excitations, static structure factor      392 395—396
Quantized Hall effect, fractional      373—378
Quantized Hall effect, fractional, activation energy      377—378
Quantized Hall effect, fractional, elementary excitations      392
Quantized Hall effect, fractional, GaAs/GaAlAs      374—375
Quantized Hall effect, fractional, Hall resistivity      375—376
Quantized Hall effect, fractional, magnetoresistivity      375—376
Quantized Hall effect, hierarchy of fractional states      387—391
Quantized Hall effect, hierarchy of fractional states, activation energy      391
Quantized Hall effect, hierarchy of fractional states, condensation      390
Quantized Hall effect, hierarchy of fractional states, filling factor      389
Quantized Hall effect, hierarchy of fractional states, quasihole      387—389
Quantized Hall effect, hierarchy of fractional states, quasiparticle      388
Quantized Hall effect, hierarchy of fractional states, vortices      389
Quantized Hall effect, hierarchy of fractional states, wave function      387—388
Quantized Hall effect, integral, broadened Landau levels      369
Quantized Hall effect, integral, Corbino disk      369
Quantized Hall effect, integral, current density      371
Quantized Hall effect, integral, delocalization height      368
Quantized Hall effect, integral, electron energy level      359
Quantized Hall effect, integral, electron state near Landau level center      365—366
Quantized Hall effect, integral, extended and localized states      371
Quantized Hall effect, integral, flow diagram      367
Quantized Hall effect, integral, Hall conductivity      358—360
Quantized Hall effect, integral, Hall current      369—370
Quantized Hall effect, integral, Hall plateau      362 400—401
Quantized Hall effect, integral, Hamiltonian      372
Quantized Hall effect, integral, interpretation      365—373 400
Quantized Hall effect, integral, Landau levels      361—362
Quantized Hall effect, integral, magnetic flux passing through closed orbit      370
Quantized Hall effect, integral, plateau width      364
Quantized Hall effect, integral, resistivity      360—361
Quantized Hall effect, integral, spin/valley split lowest Landau level      368
Quantized Hall effect, integral, Thouless number      366
Quantized Hall effect, integral, transverse conductivity      372
Quantized Hall effect, integral, vector potential      370
Quantum well      274
Quasi de Almeida — Thouless line      109
Quasicrystals      75—82
Quasicrystals, Al-Li-Cu      81
Quasicrystals, diffraction pattern      76—77
Quasicrystals, Ga-Mg-Zn      80—81
Quasicrystals, generations of intensity maxima in reciprocal space      77—78
Quasicrystals, icosahedral Al-Mn      88
Quasicrystals, icosahedral symmetry      80
Quasicrystals, most intense spots      82—83
Quasicrystals, oblate rhombohedron      86
Quasicrystals, Penrose pattern      77—79
Quasicrystals, prolate rhombohedron      86
Quasicrystals, sites of high occupation number      86—87
Quasicrystals, spot pattern perpendicular to axis      85—86
Quasicrystals, theory      82—88
Quasicrystals, thermodynamic metastability      80
Quasihole      388—389
Quasihole, creation      387
Quasihole, filling factor      389
Quasiparticle      388
Quinn, D.S.      287(16)
Quinn, J.J.      287(16 18) 294(37) 296(41) 320(83) 340(112) 341(117) 368(172) 371(172)
Quintanar, C.      187(254)
Rabman, A.      43(69)
Raccah, P.M.      195(306)
Rackham, G.M.      145(57)
Raistrick, I.D.      139(43) 142(43)
Rajagopal, A.K.      285(14) 286(14) 288(20)
Ramachandrarao, P.      81(128)
Ramakar, D.E.      258(177) 261(177)
Ramakrishna, B.L.      181(237)
Ramakrishnan, T.V.      83(136) 350(134) 356(140)
Ramanujachary, K.V.      174(196)
Ramirez, M.L.      137(12) 138(12) 146(62) 147(62) 149(72) 151(72) 154(72) 155(97) 173(185) 176(185) 196(323) 197(323) 217(20)
Ramnathan, M.      262(185) 263(185) 264(185)
Rao, C.N.R.      136(8) 137(8) 251(150 157) 257(150 157) 261(150 157)
Rao, G.H.      174(202) 175(202)
Rao, U.R.K.      192(286)
Raoult, B.      8(18)
Rapkine, D.H.      124(64) 125(64) 131(64) 238(101) 266(101 202) 267(101 202 212)
Rare earth      173 see rare
Rasolt, M.      246(132 134) 249(134) 391(199) 392(199) 393(199) 396(199) 399(199)
Raudsepp, M.      187(255) 188(255)
Raveau, B.      138(30) 139(33) 143(33) 163(125) 164(125) 165(125) 177(30) 178(220) 188(261) 189(261) 194(305) 196(321) 197(330) 262(191) 264(191)
Ravet, M.F.      258(179) 260(179)
Razeghi, M.      362(157) 363(157 159) 366(157) 368(157)
Read, N.      226(53) 236(53) 242(119) 245(119)
Redinger, J.      252(167 168) 253 255(167 168)
Reedyk, M.      124(61)
Reihl, B.      251(148) 252(148) 257(148)
Reindinger, F.      181(237)
Reinecke, T.L.      364(163)
Remanent moment      108
Remeika, J.P.      122(59) 137(11) 138(11) 196(328) 197(328) 215(15) 217 234(15) 236(15 91) 237(15) 268(213)
Remenyi, G.      374(176)
Ren, Y.      139(40) 143(40)
Ren, Y.R.      192(284)
Renault, A.      144(46)
Rendon-Diazmiron, L.E.      174(195)
Renker, B.      188(261) 189(261) 251(149) 252(149) 253(149) 257(149) 258(149) 259(149) 262(149) 264(149) 265(149) 266(149 208) 267(208)
Rentschler, J.A.      138(26) 145(26) 163(26) 168(26)

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