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| Evans M.W., Kielich S. — Modern Nonlinear Optics |
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| Ïðåäìåòíûé óêàçàòåëü |
Multiharmonic light scattering, second-harmonic scattering 91—104
Multiharmonic light scattering, third-harmonic scattering 104—107
Multipolar susceptibilities, magnetically ordered crystals, elliptically polarized light rotation 340—341 349—356
Multipolar susceptibilities, magnetically ordered crystals, linear and nonlinear electric and magnetic forms 314—319
Multipolar susceptibilities, magnetically ordered crystals, linear electric and magnetic dipole susceptibilities 341—342
Multipolar susceptibilities, magnetically ordered crystals, permutational symmetry 319—321
Multipolar susceptibilities, magnetically ordered crystals, tensor forms 356—370
Multipolar susceptibilities, magnetically ordered crystals, time-reversal symmetry 319—322
Murao, T. 309(34) 371
Murphy, D.V. 90(51) 125 128(30) 156
Muta, K. 262(95) 303
Nafie, L.A. 90(19) 124
Narducci, L.M. 378(11) 392(11) 401 480—481(43) 495 535(144) 539
Natural light, hyper-Rayleigh and -Raman scattering 145—150
Nayak, N. 498(45) 537
Nayeem, A. 161(21) 213
Nayyar, V.P. 232(28) 246
Neddersen, J.P. 128(37) 156
Nees, J. 266(108) 304
Neeves, A.E. 241(51) 246
Nelson, K.A. 229(19) 244(60) 245 247
Nematic phase structure, fast molecular orientation of liquid crystals, basic structure 178—179
Nematic phase structure, fast molecular orientation of liquid crystals, degenerate four-wave mixing (DFWM) 206
Nematic phase structure, fast molecular orientation of liquid crystals, induced transient grating (ITG) investigations 201—202
Nematic phase structure, optical qualities of samples 182—183
Nematic phase structure, sample preparation 182
Neumann's principle, magnetically ordered crystals, magneto-optics selection rule 322—323
Neumann's principle, magnetically ordered crystals, Stokes parameters 332—334
Neumann, R. 542(38) 590
Newell, V.J. 200(84 86) 211(86) 215
Nguyen, H.T. 202(95—96) 209(96) 211(96) 215
Nguyen, P.X. 14—16 18 28 219(3—4) 221(6) 223(4 14) 225(11) 227—229(6 14—16 18) 231—232(24—25 28) 235(35) 237(16) 242(24) 245—246 313(117) 373
Nguyen, Van Tran 312(107) 373
Ni, Y. 542(13) 589
Nie, S. 90(60) 126 155(70) 157
Nieman, G.C. 90(47) 125
Nieto, M.M. 444(73) 458
Nikolova, L. 242(57) 246
Noise minimum states (NMS), photon statistics 415—418
Nonclassical light states, quantum resonance fluorescence 469—472
Nondegenerate three-wave interaction,  grating 276—278
Nonlinear absorption (NLA), laser light propagation 219—220
Nonlinear absorption (NLA), two-wave propagation 232—233
Nonlinear dielectric effect (NDE), Smoluchowski rotational diffusion, Dc field-induced electric rectification 38—39
Nonlinear dielectric effect (NDE), Smoluchowski rotational diffusion, dispersion and absorption 23—25
Nonlinear dielectric effect (NDE), Smoluchowski rotational diffusion, dynamics 36—38
Nonlinear dielectric effect (NDE), Smoluchowski rotational diffusion, electric polarization in liquids 18—19
Nonlinear dielectric effect (NDE), Smoluchowski rotational diffusion, electro-optical phenomena in liquids 35—46
Nonlinear dielectric effect (NDE), Smoluchowski rotational diffusion, Gaussian pulsed-induced third-order electric polarization 43—46
Nonlinear dielectric effect (NDE), Smoluchowski rotational diffusion, GIOR optical rectification dynamics 39—43
Nonlinear dielectric effect (NDE), Smoluchowski rotational diffusion, NDE dynamics 36—38
Nonlinear electro-optical effects, Smoluchowski rotational diffusion 19—35
Nonlinear imaging technique, susceptibility tensor measurements 227
Nonlinear laser light propagation, background 218—219
Nonlinear laser light propagation, one-wave propagation 219—231
Nonlinear laser light propagation, one-wave propagation, applications 231
Nonlinear laser light propagation, one-wave propagation, experimental parameters 219—220
Nonlinear laser light propagation, one-wave propagation, linear absorption optical activity 230—231
Nonlinear laser light propagation, one-wave propagation, polarization eigenstates 223
Nonlinear laser light propagation, one-wave propagation, single polarized beam measurements of susceptibility tensor 223—230
Nonlinear laser light propagation, one-wave propagation, third-order nonlinear susceptibility tensor 219—223
Nonlinear laser light propagation, polarization eigenstates 242—243
Nonlinear laser light propagation, third-order nonlinear susceptibility components 244—245
Nonlinear laser light propagation, two-wave propagation 231—237
Nonlinear laser light propagation, two-wave propagation, intense wave propagation 236—237
Nonlinear laser light propagation, two-wave propagation, polarization eigenstate equations 232—233
Nonlinear laser light propagation, two-wave propagation, polarization wavefront conjugation 242
Nonlinear laser light propagation, two-wave propagation, signal wave propagation with pump wave 233—236
Nonlinear laser light propagation, two-wave propagation, three incident wave propagation, four-wave mixing 237—242
Nonlinear laser light propagation, two-wave propagation, three incident wave propagation, propagation equation/susceptibility tens 238—240
Nonlinear laser light propagation, two-wave propagation, three incident wave propagation, susceptibility tensor components 240—242
Nonlinear magneto-optical effects 311—314
Nonlinear optics (NLO) see also "Specific techniques"
Nonlinear optics (NLO), fast molecular orientation of liquid crystals vs. depolarized Rayleigh scattering (DRS) 167—169
Nonlinear optics (NLO), fast molecular orientation of liquid crystals, degenerate four-wave mixing 175—177
Nonlinear optics (NLO), fast molecular orientation of liquid crystals, induced transient grating (ITG) 173—175
Nonlinear optics (NLO), fast molecular orientation of liquid crystals, liquid crystals 161
Nonlinear optics (NLO), fast molecular orientation of liquid crystals, optical Kerr effect (OKE) 171—173
Nonlinear optics (NLO), fast molecular orientation of liquid crystals, relaxation times 169—170
Nonlinear optics (NLO), linear absorption optical activity 230—231
Nonlinear optics (NLO), photon statistics 418—458
Nonlinear optics (NLO), photon statistics, Gaussian solutions 418—438
Nonlinear optics (NLO), photon statistics, Gaussian solutions, nth subharmonic generation 433—438
Nonlinear optics (NLO), photon statistics, Gaussian solutions, optical phase conjugation 425—428
Nonlinear optics (NLO), photon statistics, Gaussian solutions, stimulated Raman and hyper-Raman scattering 428—433
Nonlinear optics (NLO), photon statistics, Gaussian solutions, three- and four-wave missing 418—425
Nonlinear optics (NLO), photon statistics, non-Gaussian solutions 438—456
Nonlinear optics (NLO), photon statistics, non-Gaussian solutions, anharmonic oscillator 438—451
Nonlinear optics (NLO), photon statistics, non-Gaussian solutions, symbolic computational method 451—456
Nonlinear polarizability, decay process 46—47
Nonlinear polarizability, Gaussian electric field pulses (GIOR) 41—42
Nonlinear polarizability, Smoluchowski rotational diffusion, DCIOR 28—29
Nonlinear polarizability, Smoluchowski rotational diffusion, self-induced variations 31—32
Nonlinear polarizability, Smoluchowski rotational diffusion, third-harmonic generation at dielectric frequencies 33—35
Nonlinear relaxation theory, background 2—5
Nonlinear relaxation theory, Debye — Smoluchowski molecular rotational diffusion model 8—12
Nonlinear relaxation theory, molecular polarizability dispersion and absorption 5—8
Nonlinear relaxation theory, Smoluchowski rotational approximation 18—47
Nonlinear relaxation theory, Smoluchowski rotational approximation, Dc field-induced electric rectification 38—39
Nonlinear relaxation theory, Smoluchowski rotational approximation, DC-SHG 26—28
Nonlinear relaxation theory, Smoluchowski rotational approximation, DCIOR effect 28—33 38—39
Nonlinear relaxation theory, Smoluchowski rotational approximation, decay process 46—47
Nonlinear relaxation theory, Smoluchowski rotational approximation, electric polarization in liquids 18—19
Nonlinear relaxation theory, Smoluchowski rotational approximation, electro-optical dispersion and absorption 19—35
Nonlinear relaxation theory, Smoluchowski rotational approximation, Gaussian pulse-induced third-order polarization 43—46
Nonlinear relaxation theory, Smoluchowski rotational approximation, GIOR optical dynamics 39—43
Nonlinear relaxation theory, Smoluchowski rotational approximation, nonlinear dielectric effect (NDE) 23—25 36—38
Nonlinear relaxation theory, Smoluchowski rotational approximation, third-harmonic generation at dielectric frequencies 33—35
Nonlinear relaxation theory, Smoluchowski rotational approximation, time dependence in electro-optical phenomena in liquids 35—46
Nonlinear relaxation theory, Smoluchowski rotational approximation, time dependence in electro-optical phenomena in liquids, third-order electric polarization in liquids 12—18
Normandin, R. 201(88) 215
Novikov, M.A. 3(25) 48 310(50) 372
Nozaki, R. 212(113) 216
Nth-harmonic generation, squeezed states of light 499—500
Nth-subharmonic generation, photon statistics 433—438
Nuclear deformations, nonlinear laser light propagation 228—229
Nunzi, J.M. 221(6) 228(6) 235(31) 237(31) 241(48 53) 245—246
O'Connell, R.F. 468(33) 494(33) 495 542(129) 592
O'Hare, J.M. 98(79) 126
Oddershede, J. 309(29) 371
Oesterberg, U. 38(28 34—35) 43(53 68) 250—254(11—12 28 34—35 38 43 68) 257—259(11—12 43 53) 262—263(11—12 38) 279(11—12) 288(38) 290—291(12 43) 296(12) 298—299(12) 301—302
Ogurtsov, I.Ya. 128(31) 156
Ohmori, Y. 250(9—10) 258(9—10) 301
Okada, M. 289(124) 304
Oliver, G. 542(104) 591
One-mode squeezed state, properties of 508—509
Onsager's symmetry principle for kinetic coefficients 322—323
Optical anisotropy, light scattering of macromolecule solutions, reorientation parameters 77—81
Optical Kerr effect (OKE), fast molecular orientation of liquid crystals, fast responses 194—199
Optical Kerr effect (OKE), fast molecular orientation of liquid crystals, first-order polarizability anisotropy  166—167
Optical Kerr effect (OKE), fast molecular orientation of liquid crystals, principles of 171—173
Optical Kerr effect (OKE), fast molecular orientation of liquid crystals, signal vs. time variations 186—187
Optical Kerr effect (OKE), fast molecular orientation of liquid crystals, slow responses to picosecond pulses 183—194
Optical Kerr effect (OKE), nonlinear laser light propagation 231
Optical Kerr effect (OKE), nonlinear laser light propagation, two-wave propagation 237
Optical Kerr effect (OKE), photon statistics, anharmonic oscillator 451
Optical phase conjugation, photon statistics 425—428
Optical-rectification model, grating 264—267
Optically active molecules, elliptically polarized light 564
Optically inactive molecules, elliptically polarized light 564
Orientational diffusion equation, Smoluchowski rotational approximation 3—4
Orientational spectrum, hyper-Rayleigh and -Raman scattering 122—123
Orr, B.J. 5(73) 49
Orszag, A. 173(62) 214 238(44—45) 241(45 62) 244(45 62) 246—247
Orville-Thomas, W.I. 87
Osipov, M.A. 160(4) 212
Ostrovskii, V.I. 128(31) 156
Otnes, K. 161(19) 208(19) 213
Ouchi, Y. 212(116) 216
Ouellette, F. 250—251(31 42 51 66) 257(31) 261(84) 265(66) 285(42) 291(42) 301—303
| Overlap integrals, grating 284—285
Ovsiannikov, V.D. 309(30) 371
Owyoung, A. 18(78) 21(78) 49 235(34) 246
Ozaki, K. 266(108) 304
Ozgo, Z. 4(54 57 59) 49 55—56(42) 69(42) 81(73) 87—88 90(21 49 54) 91(61—66 68) 94—95(21 74—76) 125—126 128(18—20 23) 141—142(54 56) 144(54) 150(56) 156—157
Paillette, M. 235(30) 237(30) 246
Pair correlation function, hyper-Rayleigh and -Raman scattering 120—123
Palik, E.D. 309(40) 371
Palma, G.M. 494(63 67) 496
Pao, Y.H. 90(12) 124 128(10) 156
Papffy-Muhoary, P. 163(37) 213
Parent, M. 261(83) 303
Parsons, I.W. 52(30) 86
Particle shape functions, light scattering of macromolecule solutions 58—59 70—71
Parzynski, R. 535(128) 539
Pascaud, E. 90(44) 125
Paterno, A. 4(65) 49
Paul, H. 498(53) 537 542(94 105 112 192) 591 593
Pavlov, L.I. 236(37) 246
Payne, D.N. 251(40 55) 255(40) 258(76) 259(55) 263(40) 265(40 107) 278—280(40) 302—304
Pecora, R. 4(47 50) 48 51(1) 52(36) 54(36) 56—57(1) 60(1 52) 62(1 52) 68(1) 75(52) 86—87 109(89) 126 161(23) 169(55) 208(104) 213—215
Peeters, F. 395(52) 403
Pegg — Barnett formalism, squeezed states of light 501
Pegg, D.T. 443(68—70) 445(75) 458 501(108—110) 538 565(219) 594
Percivall, I. 384(31) 402
Pereira, S.F. 500(82) 511(82) 538 542(27) 589
Perina, J. 260(128) 296—297(128) 305 396(53—54) 403 408(1) 410(1—3) 411(3) 412—413(6 12) 416(1) 418(23—25) 421—422(1 24—25) 424—425(4 32) 428—431(1 37—40) 437(55) 438(1) 446(1—2) 449(2) 450—452(105—106) 453(109) 455(109 111) 456(1) 456—459 462(10) 462(15) 494 498(22 46—47 54) 499(77) 500(85 103) 536—538 542(98 109 113 122 139—40 148 178 199) 591—594
Perinova, V. 396(53—54) 403 410—411(2—4) 424(4) 439(62 65 67) 440(65) 442(65) 445(74) 446(2 62 65) 447(82) 448(93) 449(2) 451—452(106) 453(109) 455(109) 456—459 462(15) 494 498(22 46—47 54) 500(85) 501(104) 535(168) 536—540 542(122 139 140) 543(59 69) 590 592
Perlmutter, S.H. 498(30) 536
Permutation relations, elliptically polarized light 570—577
Permutation symmetry, hyper-Rayleigh and -Raman scattering 130—133
Permutation symmetry, magnetically ordered crystals 319—321
Perpendicular scattering, hyper-Rayleigh and -Raman scattering, unsymmetric scattering 152—155
Perrin, F. 3(28) 9(28) 48 52(40) 87
Pershan, P.S. 141(57—58) 157 258(80) 261(85) 289(85) 294(85) 297(85) 303 311—312(94) 373 498(42) 537 544—545(211) 552(211) 594
Persico, F. 377(4) 401
Persoons, A. 90(38) 125
Perturbation theory, laser field and matter third-order interactions 161—163
Peterlin, A. 2(21) 48 60(51) 71(51) 87
Peters, C.W. 90(1) 124 498(41) 511(41) 521(41) 537
Peterson, S.H. 128(14) 156
Peticolas, W.L. 90(19) 124
Petite, G. 241(20) 242(58) 245 247
Petkanchin, I. 52(11) 86
Petrenko, A.D. 542(138) 592
Petrov, V.I. 90(50) 125 128(33) 155(72) 156—157
Pettiaux, N.P. 535(158) 540
Pfeffer, N. 235(31) 237(31) 246
Phase matching, self-squeezed light, nonlinear medium 529—530
Phenomenological theory, fast molecular orientation of liquid crystals, optical Kerr effect (OKE) 189—194
Phoenix, S.J.D. 551(213—214) 594
Phonon modes, quantum optics 381
Photocount oscillations, photon statistics 413—414
Photon antibunching, multiatom resonance fluorescence 481—488
Photon antibunching, quantum resonance fluorescence 461—463 470—472
Photon antibunching, single-atom resonance fluorescence 473—479
Photon antibunching, squeezing and 414—418
Photon statistics, antibunching and squeezing 414—418
Photon statistics, generalized superposition, coherent fields and quantum noise 406—414
Photon statistics, generalized superposition, coherent fields and quantum noise, definitions 406—411
Photon statistics, generalized superposition, coherent fields and quantum noise, photon-number distribution oscillation 413—414
Photon statistics, generalized superposition, coherent fields and quantum noise, principal squeezing 411—413
Photon statistics, nonclassical fields, background 405—406
Photon statistics, nonlinear optical processes 418—458
Photon statistics, nonlinear optical processes, Gaussian solutions 418—438
Photon statistics, nonlinear optical processes, Gaussian solutions, nth subharmonic generation 433—438
Photon statistics, nonlinear optical processes, Gaussian solutions, optical phase conjugation 425—428
Photon statistics, nonlinear optical processes, Gaussian solutions, stimulated Raman and hyper-Raman scattering 428—433
Photon statistics, nonlinear optical processes, Gaussian solutions, three- and four-wave mixing 418—425
Photon statistics, nonlinear optical processes, non-Gaussian solutions 438—456
Photon statistics, nonlinear optical processes, non-Gaussian solutions, anharmonic oscillator 438—451
Photon statistics, nonlinear optical processes, non-Gaussian solutions, symbolic computational method 451—456
Photon statistics, self-squeezing, elliptically polarized light 554—560
Photon statistics, squeezing states, elliptically polarized light 560—566
Piazza, R. 81(82) 88
Picosecond pulses, slow response in OKE experiments 183—194
Piekara, A. 14(76—77) 18(76 80—81 88—89 91—92) 21(77) 49—50 309(15—17) 311(19 92) 371 373
Pierov, A.A. 3(44) 48
Piksarv, P. 542(155) 592
Pilipetski, N.F. 237(42) 246
Pinnov, D.A. 88
Pisarev, R.V. 311(78 80) 343(78) 351(78) 372
Pitayevskii, L.P. 135(48) 157
Placzek, G. 91(71) 126 135(48) 157
Plane-wave approximation, third-order nonlinear susceptibility tensor 222—223
Pleibel, W. 251(30) 301
Pleiner, H. 210(108) 276
Plummer, H. 52(13) 86
Pockels' effect, magnetically ordered crystals, elliptization of linearly polarized light 349
Pockels' effect, magnetically ordered crystals, magneto-optics selection rule 323
Podobedov, V.B. 90(57) 126
Poetsch, W. 18(85) 50
Poggi, Y. 192(80) 215
Pohlmann, J.L.W. 164(39) 213
Poincare recurrence theorem, quantum optics 384—386
Poirer, M. 261(84) 303
Poirier, M. 250—251(66) 265(66) 302
Poisson distribution, photon statistics, quantum noise definitions 409
Poisson distribution, photon statistics, squeezed states of light 503—504
Poisson distribution, self-squeezing, elliptically polarized light 554—560
Polariton-like systems, quantum optics, model parameters 380—381
Polariton-like systems, quantum optics, Raman correlation spectroscopy 395—396
Polarizability tensors, second-harmonic scattering 91—104
Polarizability tensors, self-squeezed light, nonlinear medium 522—523
Polarizability tensors, third-harmonic scattering 105—107
Polarization eigenstates, nonlinear laser light propagation, equations 223
Polarization eigenstates, nonlinear laser light propagation, features of 242 244
Polarization eigenstates, nonlinear laser light propagation, two-wave propagation 232—233
Polarization grating, fast molecular orientation of liquid crystals 173—174
Polarization wavefront conjugation, four-wave mixing (FWM) 242
Poling technique, second-harmonic generation (SHG) 255—256
Polzik, E.S. 500(95) 538
Poole, S.B. 266—267(111) 304
Pople, J.A. 309(14) 371
Popma, T.J.A. 310(61) 372
Popova, T.Y. 234(29) 246
Porter, C.S. 310(57) 372
Portigal, D.I. 310(49) 372
Pouligny, B. 190(76) 194(76) 215
Poulingny, B. 160(14—15) 194(15) 197(15) 213
Poumellec, B. 254(69) 303
Poussigue, G. 90(44) 125
Poynting vector, permutational symmetry 319—321
Poyntz-Wright, L.J. 18—20(19 39—41 70 93) 250—251(16 18—20 39—41) 255(41 70) 262—263(16 19 39 41 93) 265—266(19 41) 278—280(41) 288(39) 301—303
Price, A.H. 18(82) 49 87
Principal squeezing, historical perspective 500
Principal squeezing, nth subharmonic generation 435—438
Principal squeezing, photon statistics 411—413
Probability density, light scattering of macromolecule solutions 62
Probe light, fast molecular orientation of liquid crystals 172—173
Probe pulses, fast molecular orientation of liquid crystals 194—196
Probe pulses, nonlinear laser light propagation 234—235
Prokhorov, A.M. 251(61) 283(61) 300(61) 302
Prost, J. 192(79) 215
Proutiere, A. 163(36) 213
Pump pulses, fast molecular orientation of liquid crystals 172 194—196
Pump pulses, nonlinear laser light propagation 233—236
Pump pulses, photon statistics, optical phase conjugation 425—428
Pump pulses, photon statistics, three- and four-wave mixing 418—425
Purcel, T. 262—263(97) 303
Puri, R.P. 535(135) 539
Puri, R.R. 494(68) 496 542(82) 543(67 82) 590—591
Q-switched and mode-locked YAG laser, degenerate four-wave mixing (DFWM) 202—211
Qu, Y. 535(165) 540
Quadrature operators, multiatom resonance fluorescence 482—488
Quadrature operators, squeezed states of light 505—508
Quadrature operators, squeezed states of light, anharmonic oscillators 511—514
Quadrature operators, squeezed states of light, one-mode squeezed state 508—509
Quadrature operators, squeezed states of light, two-mode squeezed state 509—511
Quang, T. 493(56) 494(65) 495 496
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