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| Evans M.W., Kielich S. — Modern Nonlinear Optics |
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| Ïðåäìåòíûé óêàçàòåëü |
Klimenko, V.M. 128(12) 148(12) 156
Klyshko, D.N. 535(142) 539 542(15 116 176) 589 591 593
Knesel, L. 498(46) 537
Kneubuhl, F. 88
Knight, P.L. 382(28) 398(56) 402 403 449(94) 459 467(32) 474(40) 490(50) 491(2) 493(50) 494(63 67 74) 495—496 505(2) 507—510(2) 535(146 163) 536 539—540 542(86 195) 591 593
Knoell, L. 378(6) 381(6) 387(33) 401 402
Kocot, A. 160(16) 213
Kodousek, J. 453(109) 455(109) 459 542(139) 592
Kohler, B. 244(60) 247
Kolobov, M.I. 535(149) 539
Koralewski, M. 309(45—47) 371—372
Kosfeld, R. 87
Kozierowski, M. 4(54—55) 49 90(35—36 39 43 49 54) 125 128(21 23) 132(46) 141—142(54 56) 144(54) 148(65) 150(56) 153(46) 156—157 412(11) 454(112) 455(110 114) 457 459 462(12—13 16) 494 498(49—50) 499(61—62 74 78) 500(82) 537—538 542(42 131 156) 590 592
Kozlov, S.A. 236(37) 246
Kral, P. 449(95—96) 459
Kramers — Kronig relations, polarization state experiments 235
Kramers, H.A. 309(35) 371
Krautschik, C. 251(35 43) 253(43) 259(43) 283(132) 290—291(43) 300(132) 301—302 305
Krawczyk, J. 161(19) 208(19) 213
Kremer, F. 210(111) 216
Kremer, K. 210(110) 216
Krepelka, J. 410(2) 429—431(38—40) 446(2) 447(82) 449(2) 456—457 459 499(77) 538
Krinchik, G.S. 310(74) 372
Krol, D.M. 257(72) 303
Kroll, W. 309(25) 371
Kronecker delta, molecular rotational diffusion 12
Kronecker delta, photon statistics 430—433
Kronig, R.L. 309(22) 371
Kroo, N. 160(3) 212
Krotkus, A. 251(29) 258(29) 301
Kubota, K. 313(120) 373
Kudriavtseva, A.D. 223(14) 227(14) 245
Kudryavtsev, I.K. 391(42) 402 494(74) 496
Kuehle, T. 4(48) 48
Kuehlke, D. 542(159) 593
Kuhl, J. 241(50) 246
Kuklinski, J.R. 498(37) 537
Kumar, A. 542(186) 593
Kumar, M.S. 498(26 31) 511(31) 536
Kumar, P. 420(27) 457 498(21) 498(39) 536—537 542(28 30—31 147 158 177) 589 592—593
Kurbatov, A.A. 234(29) 246
Kurowski, P. 542(39) 590
Kuznietsova, H.A. 542(180) 593
La Rochelle, S. 251(21—22) 301
Laboratory frame expression, hyper-Rayleigh and -Raman scattering 120—123
Lacroix, S. 261(83) 303
Ladanyi — Keyes theory, hyper-Rayleigh and -Raman scattering 117—123
Ladanyi, B.M. 117—118(85) 121(84—85) 126 165(47) 214
Lagrange multipliers, photon statistics 417—418
Laguerre polynomials, photon statistics 409—410
Lajzerowicz, J. 90(10) 124 128(7) 155
Lakshmi, P.A. 542(132 157) 592
Lalanne, J.R. 2(5) 10(5) 18—19(5) 47 90(16—18 33) 124—125 128(5) 155 160(12 14—16) 162(29) 163(35—36) 164(43) 166(51—52) 168(53—54) 169(29) 172(61) 177(67) 190(76) 194(15 76) 197(15) 202(95—96) 207(98) 208(35) 209(96) 211(96) 213—215
Lallemand, P. 3(42) 48
Lam, L. 242(56) 246
Lamb shift, quantum resonance fluorescence 468—469
Lan, L.H. 493(56) 495
Landau — de Gennes theory, fast molecular orientation of liquid crystals 187—194 197—199
Landau, L.D. 310(75) 314(75) 319(75) 322—323(75) 372
Landauer, R. 4(66) 49
Lane, A. 542(120) 592
Lane, A.S. 494(59) 495 498(15) 536
Langevin forces, photon statistics, nth subharmonic generation 433—438
Langevin forces, photon statistics, Raman and hyper-Raman scattering 429—431
Langevin forces, third-order electric polarization 13—18
Langevin — Kielich functions, light scattering of macromolecule solutions 60—68
Langevin — Kielich functions, reorientation parameters 69—71
Langevin, P. 309(12) 312(12) 371
Lapierre, J. 261(83) 303
Laplace transform, quantum resonance fluorescence 466—469
Laplace transform, single-atom resonance fluorescence 476—477
Laplace transform, Smoluchowski rotational approximation 4
Larmor precession, magnetically ordered crystals 308—309
Larochelle, S. 250—251(66) 265(66) 302
Lascombe, J.E. 87
Laser techniques, light scattering of macromolecule solutions 52
Lawandy, N.M. 251(23) 251(44 47—48 62 65) 253(48) 258(65) 261(47) 283(62) 300(62) 301—302
Lawconnell, R.I. 251(53) 259(53) 302
Lax, M. 476(40) 481(41) 495
Le Crow, R.S. 310(57) 372
Le Duff, Y. 219(2) 245
le Fevre, R.J.W. 5(70) 49
Leadbetter, A.J. 160(18) 213
Lecoq, J.P. 227(16) 237(16) 245
Lee, C.H. 258(78) 303
Lee, C.T. 542(187) 593
Lee, M.A. 163(37) 164(41) 213 214
Lee, S.H. 46(117) 50
Lee, Y.H. 46(117) 50
Lefebvre, R. 172(61) 214
Legendre polynomials, molecular rotational diffusion 11—12
Lehmberg, R.H. 469(34) 473(34) 495
Lehmeyer, A. 311(77) 372
Lei Xu 535(140 145) 539
Leitch, J.W. 251(43) 253(43) 259(43) 290—291(43) 302
Lemaire, B. 163(36) 213
Lemaire, P.J. 257(72) 303
Leonardi, C. 377(4) 401
Leonberger, F.J. 251(24) 301
Lesche, B. 251(54 63) 256(54) 288(54) 302
Leuchs, G. 499(76) 511(76) 538 542(115 194) 591 593
Leushin, A.M. 98(77) 126
Levenson, H.D. 498(24 30) 536
Levenson, M.D. 418—419(22) 457 542(32 133 137) 589 592
Levi-Civita pseudotensor, hyper-Rayleigh and -Raman scattering 131—133
Levi-Civita pseudotensor, self-squeezing, elliptically polarized light 546—548
Levien, R.B. 500(97) 535(154) 538—539
Levine, B.F. 43(108) 50 163(34) 213
Levy, P.L. 398(57) 403
Lewenstein, m. 535(148) 539
Li, L. 163(37) 213 251(41—42) 255(41—42 70) 263(41—42) 265—266(41—42 106—107) 278—280(42) 302—304
Li, X.S. 498(36) 536
Li, Y.Y. 128(9) 155
Lian-Zhou Zang 500(91) 538
Lidiard, A.B. 309(32—33) 371
Liebert, L. 212(115) 216
Lifshits, E.M. 135(48) 157 310(75) 314(75) 319(75) 322—323(75) 372
Light polarization properties, hyper-Rayleigh and -Raman scattering 133—135
Lin, D.L. 535(169) 540
Lin, Y.S. 160(13) 197(13) 211(13) 213
Lin, Z.O. 498(36) 536
Lindquist, R.G. 201(90) 215
Linear absorption coefficient, nonlinear laser light propagation 230—231
Linear magneto-optics, magnetically ordered crystals 307—311
Linear molecules, second-harmonic scattering 99—100
Linear operator corrections, photon statistics, optical phase conjugation 425—428
Linear operator corrections, photon statistics, three- and four-wave mixing 418—425
Linearly polarized light, hyper-Rayleigh and -Raman scattering 145—150
Linearly polarized light, magnetically ordered crystals, elliptization of 344—349
Linearly polarized light, magnetically ordered crystals, rotation of 342—343
Ling-An Wu 498(40) 537
Liouville equation, quantum optics kinetic equations 376
Lipscomb, L.A. 90(60) 126 155(71) 157
Lipson, I.E.G. 81(81) 88
Liquid crystals, compounds, physical properties of 179—181
Liquid crystals, fast molecular orientation, background 160—161
Liquid crystals, fast molecular orientation, compound properties 179—181
Liquid crystals, fast molecular orientation, degenerate four-wave mixing (DFWM), results of investigations 202—211
Liquid crystals, fast molecular orientation, degenerate four-wave mixing (DFWM), techniques 175—178
Liquid crystals, fast molecular orientation, electronic and orientational contributions 163—164
Liquid crystals, fast molecular orientation, first-order polarizability anisotropy  164—167
Liquid crystals, fast molecular orientation, induced transient grating (ITG), results of investigations 200—202
Liquid crystals, fast molecular orientation, induced transient grating (ITG), techniques 173—175
Liquid crystals, fast molecular orientation, nonlinear optical properties 167—169
Liquid crystals, fast molecular orientation, nonlinear optical techniques 170—178
Liquid crystals, fast molecular orientation, optical Kerr effect (OKE), results of investigations 183—199
Liquid crystals, fast molecular orientation, optical Kerr effect (OKE), techniques 171—173
Liquid crystals, fast molecular orientation, phase structures 178—179
Liquid crystals, fast molecular orientation, phase structures, optical quality 182—183
Liquid crystals, fast molecular orientation, preparation techniques 178—183
| Liquid crystals, fast molecular orientation, relaxation times 169—170
Liquid crystals, fast molecular orientation, sample preparation 182
Liquid crystals, fast molecular orientation, third-order laser field-matter interaction 161—163
Liquid crystals, phase structures, fast molecular orientation 161
Liquid crystals, phase structures, idealized isotropic structures 178—179
Liquid crystals, sample preparation techniques 182
Lisonek, P. 450(104) 452(104) 459
Litovitz, T.A. 88
Liu, T.H. 201(87) 215
Lockwood, D.J. 128(15) 131(45) 156
Loinger, A. 384(30) 402
Long, D.A. 32(38) 53(59) 90(28—29) 125—126 128(17) 130(41) 141(62) 156—157
Long, K.H. 262(87) 303
Lookwood, D.J. 90(22) 125
Lopresti, P. 201(90) 215
Lorentz theory, light scattering of macromolecule solutions 74—81
Lorentz theory, molecular nonlinear polarizabilities 5—6
Lorentz, H.A. 5(68) 49 308(7) 370
Lotshaw, W.T. 235(33) 246
Loudon, R. 382(28) 402 412(8) 443(71) 457—458 462(6) 491(2) 494 498(33) 500(86) 505(2) 507—510(2) 536 538 542(93 134—135 191 193) 551(213—214) 591—594
Louisell, W.H. 389(38) 402
Love, J.D. 258(81) 270—271(81) 285(81) 303
Lu-Bi Deng 500(91) 538
Lubchenko, A.F. 309(31) 371
Lucek, J.K. 251(46) 300(46) 302
Lugiato, L.A. 117(12) 378(10 12) 401 499(64) 535(144) 537 539 542(43 117) 590—591
Luks, A. 62 65 65(67 69 107) 412(6—7) 439(62 65 67) 440(65) 442(65) 445(74) 446(7 62 65) 447(82) 448—449(93) 457—459 499(77) 500(85) 501(104 107) 535(168) 538 540 543(59 69) 590
Lutz, D.R. 229(19) 245
Lynch, R. 447(87) 459 535(132) 539 542(168) 543(58) 590 593
Lyubchansky, I.L. 312(108) 373
MacDonald, R.L. 160(9 11) 201(91) 212—213 215 251(65) 259(65) 302
Macfarlane, R.M. 312(97) 373
Machida, S. 447(81) 450(81) 459 463(26) 495 500(89) 511(120) 521(89) 538—539 542(169) 593
Macromolecule solutions, light scattering, background 51—53
Macromolecule solutions, light scattering, discussion and conclusion 68—81
Macromolecule solutions, light scattering, theory 53—68
Madajczyk, J.L. 498(37) 537
Madden, P.A. 109(90) 118(86) 126 165(46) 202(94) 208(94) 214—215
Madelung, O. 380(22) 402
Maeda, H. 81(75—76) 88
Maeda, M. 498(21 31) 511(31) 536 542(28 147 158) 589 592
Magnetic induction vector, magneto-optical effects 314—315
Magnetically ordered crystals, nonlinear magneto-optics, antiferromagnetic structure 356—370
Magnetically ordered crystals, nonlinear magneto-optics, background 311—314
Magnetically ordered crystals, nonlinear magneto-optics, elliptically polarized light, linearly polarized light 344—349
Magnetically ordered crystals, nonlinear magneto-optics, elliptically polarized light, rotation 335—342
Magnetically ordered crystals, nonlinear magneto-optics, linear magneto-optical effects 307—311
Magnetically ordered crystals, nonlinear magneto-optics, linearly polarized light rotation 342—343
Magnetically ordered crystals, nonlinear magneto-optics, multipolar susceptibilities 315—319 349—356
Magnetically ordered crystals, nonlinear magneto-optics, multipolar susceptibilities, permutational symmetry 319—321
Magnetically ordered crystals, nonlinear magneto-optics, multipolar susceptibilities, time-reversal symmetry 321—322
Magnetically ordered crystals, nonlinear magneto-optics, Neumann's principle as selection rule 322—323
Magnetically ordered crystals, nonlinear magneto-optics, phenomenological treatment 314—323
Magnetically ordered crystals, nonlinear magneto-optics, Stokes parameters 323—334
Mahanty, B.K. 498(45) 537
Mahran, M.H. 493(57) 495
Maier, W. 189(74) 192(74) 215
Maker, P.D. 4 4(56) 14—15 24 49 88 90(8 14—15 24) 122(14) 124—125 128(2 4 14) 132(2) 155—156 170(56) 208(56) 214 219(1) 221(5) 245 312(110) 314(310) 373 517(124) 539 543(203) 553(203) 594
Malakyan, Yu.P. 433(41—42) 457—458
Malecki, J. 18(87) 50
Malmstrom, L.D. 311—312(94) 373
Maloney, C. 241(47) 246
Mamedov, A.A. 455(114) 459
Man'ko, V.I. 412(11) 455(114) 457 459 500(82) 538
Manakov, N.L. 309(30) 371
Mandel, L. 260(129) 296—297(129) 305 453(108) 459 462(3) 462(19) 463(21) 476(3) 485(49) 493(53) 494—495 498(8 11 60 65 73) 511(73) 536—537 541(2) 542(821 23—24 41 44—45 123 153) 558(41) 561(41) 589—590 592
Mandel, P. 378(8) 386(8) 401 535(158) 540
Manley — Rowe relations,  grating 294—296
Mansfield, R.J. 201(90) 215
Marcerou, J.P. 202(95—96) 207(98) 209(96) 211(96) 215
Margulis, W. 250—252(11—12 28—29 37 54) 254(68) 256—259(11—12 29 54 73) 263(11—12) 279(11—12) 288(37 54) 290—291(12) 296(12) 298—299(12) 301—302
Markelov, V.A. 310(50) 372
Markoffian approximation, Fokker — Planck equation 378
Markoffian approximation, quantum optics 386—388
Markoffian approximation, weakened correlations 390—391
Markov approximation, quantum resonance fluorescence 467—468
Marte, M.A. 494(64) 496
Martiensen, W. 542(39) 590
Martin, B. 160(14—15) 194(15) 197(15) 213
Martin, F.B. 90(16—18) 124 128(5) 155 165—166(51—52) 168(53—54) 214
Martin, G. 242(56) 246
Martini, F.D. 542(43) 590
Martinoty, P. 206(97) 215
Masalov, A.V. 177(66) 214
Mavrin, B.N. 90(57) 126
Maxwell equation, magnetically ordered crystals, Stokes parameters 323—324
Maxwell equation, self-squeezed light, nonlinear medium 516—517
Maxwell equation, self-squeezed light, nonlinear medium, second-harmonic generation (SHG) 524—526
Maxwell — Boltzmann distribution function 10—12
Mayer, G. 26(106) 50 161—162(25) 213 312(113) 314(113) 373
Mazeron, P. 52(18) 86
McClain, W.M. 81(85) 88
McClung, F.J. 225(10) 229(10) 245
McGraw, D.J. 241(46) 246
McLean, T.P. 141(60) 157
McLellan, A.G. 90(48) 125 128(27) 156
McMarrow, D. 235(33) 246
McNeil, K.J. 433(45—48) 458 462(9) 494 499(56—59) 537 542(110) 591
McTague, J.P. 104(80) 111(80) 113(80) 126
Mean-field theory, optical Kerr effect (OKE) 189—194 197—199
Mecozzi, A. 439(63) 447—448(63 90) 458—459 501(105—106) 538 542(172) 543(54 61) 590 593
Melikhov, Yu.V. 312(108) 373
Meltz, G. 251(24) 263(100) 301 304
Merten, L. 311(77) 372
Mertz, J.C. 463(22) 494 498(29) 511(29) 536 542(33) 589
Mets, U. 542(155) 592
Meyer, R.B. 209(107) 216
Meystre, P. 498(34) 536
Mi-Mee Cheung 160(6) 212
Michael, R. 201(89—90) 215
Midwinter, J.E. 250(3) 286(3) 294(3) 301
Mihalache, D. 500(92) 538 542(89) 591
Milburn, G.J. 418—419(22) 433(49) 439(59 61 63) 446(59 61 63—64) 448(63) 457—458 494(62) 496 498(13) 498(17 38) 499(70—71) 501(71 105—106) 536—538 542(91 111 118 121 125 136—137) 543(50—51 61—62) 590—592
Miller, M.H. 312(102) 373
Miller, W.H. 207(101) 215
Milonni, P.W. 467(32) 495
Minard, R.A. 90(48) 125 128(27) 156
Miranowicz, A. 412(9) 446(9) 446—447(76 85) 457—459 500(87 90) 501(111) 521(87) 538 543(68 70) 590
Mista, L. 455(111) 459
Mixed correlation function, quantum optics 381—384
Miyamoto, S. 3(29) 9(29) 48
Mizrahi, W. 251(21—22 34—35 45 50) 258(75) 265—266(34—35 45) 270(45) 283—285(45 119 131 134) 300(131 134) 301—305
Mode-locking technique, fast molecular orientation, liquid crystals 160—161
Mohr, U. 542(94) 591
Molecular light scattering (LS), Smoluchowski rotational approximation 4
Molecular parameters, elliptically polarized light, self-squeezing 577—588
Molecular parameters, rotational diffusion, Debye — Smoluchowski relaxation functions 8—12
Molecular parameters, slow response in OKE experiments 185—186
Mondain-Monval, O. 207(98) 215
Monochromatic radiation interaction magnetically ordered crystals 314—323
Monochromatic radiation interaction magnetically ordered crystals, grating 267—283
Monochromatic radiation interaction magnetically ordered crystals, grating, degenerate two-wave interaction 267—276
Monochromatic radiation interaction magnetically ordered crystals, grating, external DC poling field 278—283
Monochromatic radiation interaction magnetically ordered crystals, grating, nondegenerate two-wave interaction 276—278
Monochromatic radiation interaction magnetically ordered crystals, grating, nonresonant second-harmonic generation 290—292
Morey, W.W. 263(100) 304
Morita, A. 3(27 31 38) 4(49) 21(31) 48
Morris, V.J. 52(17 32—33) 86
Morse, T.F. 251(35) 251(43) 253(43) 259(43) 290—291(43) 301—302
Moskalev, A.N. 121(82) 126
Moskalyev, A.N. 55—56(41) 59(41) 66(41) 87
Mostowski, J. 462(8) 494 542(37) 590
Mounter, S.A. 128(37) 156
Mouton, H. 308(10) 371
Mroz, M. 309(46—47) 371—372
Muller, R.D. 241(46) 246
Muller, R.J.D. Wayne 229(19) 245
Multiatom resonance fluorescence, correlated atoms 479—488
Multiharmonic light scattering, background 89—91
Multiharmonic light scattering, hyper-Rayleigh rotational structure 107—109
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