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| Evans M.W., Kielich S. — Modern Nonlinear Optics |
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| Ïðåäìåòíûé óêàçàòåëü |
Garland, C.W. 209(106) 216
Garmire, E. 225(9) 245
Garrison, J.C. 535(156) 540
Gaussian distribution, fast molecular orientation of liquid crystals, optical Kerr effect (OKE) 195—196
Gaussian distribution, fast molecular orientation of liquid crystals, slow response in OKE experiments 184—186
Gaussian electric field pulses (GIOR), Smoluchowski rotational diffusion, dynamics of optical rectification 39—43
Gaussian electric field pulses (GIOR), Smoluchowski rotational diffusion, molecular rotational diffusion 43—46
Gaussian electric field pulses (GIOR), Smoluchowski rotational diffusion, nonlinear polarizability 41—43
Gaussian solutions, photon statistics 418—438
Gaussian solutions, photon statistics, nth subharmonic generation 433—438
Gaussian solutions, photon statistics, optical phase conjugation 425—428
Gaussian solutions, photon statistics, stimulated Raman and hyper-Raman scattering 428—433
Gaussian solutions, photon statistics, three- and four-wave mixing 418—425
Gazengel, J. 219(4) 223(4) 223(14) 225(11) 227(14—16) 235(35) 237(16) 245—246
Gea-Banacloche, J. 494(70) 496
GeE' center,  grating dopant defects 262—264
Gehring, G.A. 311(81) 372
Generalized superposition of coherent fields, photon statistics 406—414
Generalized superposition of coherent fields, photon statistics, definitions 406—411
Generalized superposition of coherent fields, photon statistics, photon-number distribution oscillations 413—414
Generalized superposition of coherent fields, photon statistics, principal squeezing 411—413
George, N. 18(78) 21(78) 49
George, T.F. 535(169) 540
Gerry, c.c. 446(55 57 65—66 78 80 86 182) 447(83) 458—459 535(137) 539 542(173) 543(53) 590 593
Ghirardi, G.C. 398(55) 403
Giacobino, E. 412(10) 456(10) 457 463(24) 463(25) 494 495 511(121) 539 542(11) 559
Giallorenzi, T.G. 260(126) 296(126) 304
Gierke, T.D. 165—166(44 48) 214
Gilmore, R. 480—481(43) 495 504(116) 539
Ginzburg, V.L. 310(65) 372 380(21) 402
Gires, F. 161—162(25) 213 312(113) 314(113) 373
Giuliano, C.R. 225(10) 229(10) 245
Glauber — Sudarshan quasidistribution, photon statistics, optical phase conjugation 426—428
Glauber — Sudarshan quasidistribution, photon statistics, quantum noise definitions 407
Glauber — Sudarshan quasidistribution, self-squeezing, elliptically polarized light 541—542
Glauber, R.J. 469(38) 495 503—504(115) 535(148) 539 541(1) 545(1) 589
Glenn, W.H. 251(24) 263(100) 301 304
Glogower, J. 444(72) 458
Godlewska, M. 160(16) 213
Goerlich, P. 5(72) 49
Golab, J.T. 128(35) 156
Golab, T. 90(52) 125
Gorbaczev, V.N. 498(55) 500(95 98) 537—538
Gould, P.L. 494(71) 496
Graham, C. 144(63) 157
Graham, R. 380(19) 402
Gray, C.G. 121(83) 126
Greene, B.I. 235(32) 246
Greenfield, S.K. 200(84 86) 211(86) 215
Gregson, M. 18(93) 50
Grigolini, P. 2(18 20) 47—48
Grillon, G. 173(62) 214 238(44—45) 241(45 62) 244(45 62) 246—247
Grisar, R. 312(106) 373
Griscom, D.L. 251(32 38 67) 262—263(38 67 86—87 90 96 98) 288(38) 301—304
Grobe, R. 542(182) 593
Grochulski, T. 160(16) 213
Groenewege, M.P. 309(27) 371
Gronchi, H . 378(12) 401
Group theory, second-harmonic scattering 98—100
Gubbins, K.E. 121(83) 126
Guha, J.K. 19(100) 28(100) 50
Guha, S. 164(39—40) 213—214
Gupta, P.S. 433(43) 458 535(138) 539
Haake, F. 378(7) 386(7) 401 439(60) 458
Habrylo, S. 309(47) 372
Haeger, J. 542(115) 591
Haessler, K.M. 311(77) 372
Hafele, H.G. 312(106) 373
Hagan, D.J. 163(37—38) 213 223(13) 226(13) 236—237(36) 244(36) 245 246
Hall, G.E. 43(110) 50
Hall, J.L. 463(23) 494 498(40) 500(82) 511(82) 537—538 542(10 27) 589
Hall, R.J.B. 90(53) 125 128(32) 156
Hameka, H.F. 309(28) 312(104) 371 373
Hamiltonian equations, elliptically polarized light microsystems 566—577
Hamiltonian equations, photon statistics, anharmonic oscillator 439—451
Hamiltonian equations, photon statistics, symbolic computational techniques 451—456
Hamiltonian equations, photon statistics, three- and four-wave mixing 419—425
Hamiltonian equations, quantum optics, background 376—377
Hamiltonian equations, quantum optics, Dicke model 379—380
Hamiltonian equations, quantum optics, Markoffian approximation 386—388
Hamiltonian equations, quantum resonance fluorescence 465—469
Hamiltonian equations, self-organized nonlinear optical fibers 296—299
Hamiltonian equations, self-squeezed light, nonlinear medium, elliptically polarized light 544—548
Hamiltonian equations, self-squeezed light, nonlinear medium, polariton-like systems 380—381
Hamiltonian equations, self-squeezed light, nonlinear medium, pumping mode decay 399—401
Hamiltonian equations, self-squeezed light, nonlinear medium, quantum mechanics 517—521
Hamiltonian equations, self-squeezed light, nonlinear medium, Raman scattering model 380
Hamiltonian equations, self-squeezed light, nonlinear medium, second-harmonic generation (SHG) 526—530
Hamiltonian equations, self-squeezed light, nonlinear medium, third-harmonic generation 531—534
Hamoniaux, G. 238(44—45) 241(45 62) 244(45 62) 246—247
Hanbury-Brown, R. 498(51) 537
Hand, D.P. 250—251(16) 262(16 93) 301 303
Hanson, E.G. 192(78) 215
Hardy, L. 542(183) 593
Harlow, M.J. 90(46) 125 128(29) 135(49) 156—157
Harmoniaux, G. 173(62) 214
Harmonic contributions see also "Second-harmonic scattering" and "Third-harmonic scattering"
Harmonic contributions, hyper-Rayleigh and -Raman scattering 129—130
Harris, E.P. 4(66) 49
Hauchecorne, G. 26(106) 50
Haug, H. 542(38) 590
Haus, H.A. 450(101) 459 542(164) 543(77) 590 593
Hayakawa, R. 46(116) 50
Heating, SHG conversion efficiency 256—257
Heidemann, A. 160(17) 213 412(10) 456(10) 457 463(24) 463(25) 494—495 511(121) 539 542(11 142 151) 589 592
Heisenberg equation, photon statistics, antibunching-squeezing relations 416—418
Heisenberg equation, photon statistics, nth subharmonic generation 433—438
Heisenberg equation, photon statistics, quantum noise definitions 407—408
Heisenberg equation, photon statistics, symbolic computational techniques 451—456
Heisenberg equation, photon statistics, three- and four-wave mixing 418—425
Heisenberg equation, quantum optics, background 376—378
Heisenberg equation, quantum optics, Raman correlation spectroscopy 398
Heisenberg equation, self-organized nonlinear optical fibers 297—299
Heisenberg equation, self-squeezed light, nonlinear medium, elliptically polarized light 550—554
Heisenberg equation, self-squeezed light, nonlinear medium, quantum mechanics 518—521
Heisenberg equation, self-squeezed light, nonlinear medium, second-harmonic generation (SHG) 526—530
Heisenberg equation, self-squeezed light, nonlinear medium, third-harmonic generation 530—534
Heisenberg equation, squeezed states of light, anharmonic oscillator 511—514
Heisenberg uncertainty principle, photon statistics 411—413
Heisenberg uncertainty principle, squeezed states of light 501—504
Heisenberg — Langevin equations, quantum optics 390—391
Helfrich, W. 192(81) 215
Hellemans, L. 18(95) 19(103—104) 50
Hellwarth, R.W. 18(78) 21(78) 49 225(10) 227(17) 229(10) 237(39) 242(56) 245—246
Henvis, B.W. 309(40) 371
Herman, R.M. 160(2) 212
Hermann, J.P. 164(42) 214
Hermitian phase operator, photon statistics, anharmonic oscillator 443—451
Hermitian quadrature operators, photon statistics, principal squeezing 411—413
Hermitian quadrature operators, squeezed states of light 505—508
Herweg, J. 18(84—85) 50
Hess, L.D. 225(10) 229(10) 245
Heterodyne autocorrelation function, light scattering of macromolecule solutions 53—54
Hibino, Y. 251(45 50) 258(75) 266(45) 270(45) 285(45) 302—303
Hierarchical equation, quantum optics 384—386
High- superconductivity, quantum optics model parameters 381
High- superconductivity, Raman correlation spectroscopy 395—396
Hilbert space operators, self-squeezing 548—554
Hildred, G.P. 542(103) 591
Hill, A.E. 90(1) 124 498(41) 511(41) 521(41) 537
Hill, K.O. 250(8) 251(31) 257(31) 258(8) 301
Hill, N.E. 18(82) 49 87
Hiller, M. 424(29) 442(29) 457
Hillery, M. 450(103) 459 493(54) 495 499(75) 511(75) 535(136) 538—540 542(129—130 152 155 167 184) 592—593
Hirakao, K. 212(116) 216
Hoffmann, C. 5(72) 49
Hofman, M. 454(113) 459
Hofmann, A. 210(111) 216
Holberg, L.W. 498(29) 511(29) 536
Holland, M.J. 542(185) 593
| Hollberg, L.W. 463(22) 494 542(33) 589
Holliday, G.S. 535(129) 539
Holmes, C.A. 439(61) 446(61) 458 499(71) 501(71) 537 543(51) 590
Holzrichter, J.F. 312(97) 373
Hong, C.K. 260(129) 296—297(129) 305 424(30—31) 442(30) 457 493(53) 495 499(73) 511(73) 537 542(8 45 153) 589—590 592
Horak, H. 542(83 109) 591
Horak, R. 500(103) 538
Horizontal depolarization coefficient, second-harmonic scattering 101—104
Horn, P. 81(84) 88
Hornreich, R.M. 310(70) 319(70) 372
Horowicz, R.J. 463(24) 494 499(76) 511(76) 538 542(11) 559
Howard, R.E. 309(32—33) 371
Hradil, Z. 412(7) 415—418(18—20) 446(7) 457
Hsuing, H. 160(7) 212
Huang, J. 542(177) 593
Huifa Wu 498(40) 537
Hurst, R.P. 98(79) 126
Hush, N.S. 98(78) 126
Hwang, I.S. 81(77) 88
Hyper-Raman scattering, photon statistics 428—433
Hyper-Rayleigh and -Raman rotational or vibrational spectroscopy, background 89—91
Hyper-Rayleigh and -Raman rotational or vibrational spectroscopy, interaction-induced contributions 109—123
Hyper-Rayleigh and -Raman rotational or vibrational spectroscopy, interaction-induced contributions, hyperpolarizability tensor 122—123
Hyper-Rayleigh and -Raman rotational or vibrational spectroscopy, interaction-induced contributions, pair correlation and distribution function 115—123
Hyper-Rayleigh and -Raman rotational or vibrational spectroscopy, interaction-induced contributions, spectral shape and integral intensity 109—114
Hyper-Rayleigh and -Raman rotational or vibrational spectroscopy, interaction-induced contributions, spherical representation 114—123
Hyper-Rayleigh and -Raman rotational or vibrational spectroscopy, interaction-induced contributions, three-body correlation function 117—123
Hyper-Rayleigh and -Raman rotational or vibrational spectroscopy, multiharmonic scattering 91—109
Hyper-Rayleigh and -Raman rotational or vibrational spectroscopy, multiharmonic scattering, hyper-Rayleigh rotational structure 107—109
Hyper-Rayleigh and -Raman rotational or vibrational spectroscopy, multiharmonic scattering, second-harmonic scattering 91—104
Hyper-Rayleigh and -Raman rotational or vibrational spectroscopy, multiharmonic scattering, third-harmonic scattering 104—107
Hyper-Rayleigh and -Raman rotational or vibrational spectroscopy, polarization properties, azimuth rotation, differential elliptical light scattering 139—141
Hyper-Rayleigh and -Raman rotational or vibrational spectroscopy, polarization properties, background 127—128
Hyper-Rayleigh and -Raman rotational or vibrational spectroscopy, polarization properties, light properties 133—135
Hyper-Rayleigh and -Raman rotational or vibrational spectroscopy, polarization properties, permutation symmetry 130—133
Hyper-Rayleigh and -Raman rotational or vibrational spectroscopy, polarization properties, polarized and natural light scattering 145—150
Hyper-Rayleigh and -Raman rotational or vibrational spectroscopy, polarization properties, quantum mechanical tensor form 141—145
Hyper-Rayleigh and -Raman rotational or vibrational spectroscopy, polarization properties, scattered light intensity tensor 128—130
Hyper-Rayleigh and -Raman rotational or vibrational spectroscopy, polarization properties, Stokes parameters for scattered light 136—139
Hyper-Rayleigh and -Raman rotational or vibrational spectroscopy, polarization properties, unsymmetric scattering 150—155
Hyperpolarizability tensor, hyper-Rayleigh/-Raman scattering, interaction-induced contributions 110—114
Hyperpolarizability tensor, hyper-Rayleigh/-Raman scattering, quantum mechanicum form 141—145
Hyperpolarizability tensor, hyper-Rayleigh/-Raman scattering, second-harmonic scattering 93—104
i-tensors, elliptically polarized light, self-squeezing 577—588
i-tensors, magnetically ordered crystals, symmetry factors 358—370
i-tensors, multipolar susceptibilities, time-reversal symmetry 321—322
Idress, M. 498(32) 536 542(124) 592
Ieiri, S. 289(124) 304
Iha, S.S. 380(18) 402
Il'inskii, Y.A. 376(3) 401
Ilinskii, Yu.A. 90(55) 125
Imoto, M. 463(26) 495
Imoto, N. 447(81) 450(81) 450(101) 459 543(77) 590
Induced dichroism, fast molecular orientation of liquid crystals, induced transient grating (ITG) 173—175
Induced dichroism, fast molecular orientation of liquid crystals, nonlinear optics (NLO) techniques 170—177
Induced transient grating (ITG), fast molecular orientation of liquid crystals, background 173—175
Induced transient grating (ITG), fast molecular orientation of liquid crystals, experimental results 200—202
Induced transient grating (ITG), fast molecular orientation of liquid crystals, isotropic phases 200
Induced transient grating (ITG), fast molecular orientation of liquid crystals, nematic phases 201—202
Induced transient grating (ITG), fast molecular orientation of liquid crystals, smectic-A phases 202
Integral intensity tensor, hyper-Rayleigh and -Raman scattering 128—130
Intense wave propagation, nonlinear laser light propagation 236—237
Interaction-induced contributions, hyper-Rayleigh and -Raman scattering 109—123
Interaction-induced contributions, hyper-Rayleigh and -Raman scattering, spectral shape and integral intensity 109—114
Interaction-induced contributions, hyper-Rayleigh and -Raman scattering, spherical representation 114—123
Iqbal, S. 498(32) 536 542(124) 592
Irradiation, self-organized nonlinear optical phenomena in fibers, SHG conversion efficiency 256—257
Irslinger, C. 312(106) 373
Ishigame, M. 90(37) 125 128(36) 156
Isotropic phases, fast molecular orientation of liquid crystals, degenerate four-wave mixing (DFWM) 206
Isotropic phases, fast molecular orientation of liquid crystals, induced transient grating (ITG) investigations 200
Itaya, Y. 511(120) 539 542(169) 593
Ivakin, E.V. 237(38) 246
j-type operators, quantum optics 378
Jadzyn, J. 19(103) 50
Jakeman, E. 542(12 154 160) 589 592 593
Janik, J.A. 4(64) 49 160(16) 161(19) 208(19) 213
Janszky, J. 498(25) 536 542(29 167) 589 593
Javanainen, J. 494(71) 496
Jennings, B.R. 52(13—17 19 31—33) 86
Jerphagnon, J. 90(32) 125
Jex, I. 450(100) 459 535(152 162) 539—540 543(64) 590
Jha, S.S. 258(78) 303
Jin-lin Chai 535(140 145) 539
Johnson, C. 542(173) 593
Johnson, C.K. 128(37) 156
Johnson, D.C. 250(8) 251(31) 257(31) 258(8) 301
Joly, A.G. 244(60) 247
Jones, G.P. 18(93—94) 50
Jorgensen, P. 309(29) 371
Joshi, A. 543(67) 590
Jung, W.G. 46(117) 50
Kaczmarek, F. 3(43) 48 535(128) 539
Kaczmarek, M. 177(67) 214
Kakizawa, K. 289(124) 304
Kalbelka, V. 177(66) 214
Kalmykov, Y.P. 208(105) 215
Kalpouzos, C. 235(33) 246
Kamal, A. 251(49) 266(108) 288(135) 302 304—305
Kapitza, H. 210(110) 216
Karassev, V.B. 236(37) 246
Karska, M. 428—431(37—38) 448—449(93) 457 459
Kashyap, R. 231(27) 246 250(17) 251(25—26 36 46) 256(112) 262(94) 279—281(112) 283(112) 284—285(118) 300(46) 301 303—304
Kask, P. 542(155) 592
Kasprowicz, B. 165—166(51) 214
Kasprowicz-Kielich, B. 2(5 7) 5(6) 6(75) 9(6) 10(5—7) 15(6) 18—20(6—7 97) 22—23(6—7) 26(6) 47 49—50 75(60) 87 161(29) 169(29) 213
Kastner, M.A. 263(99) 304
Kautzsch, K. 18(86) 50
Kawasaki, B.S. 250(8) 258(8) 301
Kawazone, H. 262(95) 303
Kazansky, P.G. 251(52) 251(60) 256(52) 283(60) 283(132) 300(60) 300(132) 302 305
Keller, B. 88
Kelley, P.L. 225(7) 245
Kennedy, T.A.B. 500(84) 538 542(80) 542(171) 591 593
Kenney-Wallace, G. 235(33) 246
Kenney-Wallace, G.A. 43(110) 50
Kerherve, F. 26(106) 50
Kerr nonlinearities, grating, degenerate two-wave monochromatic radiation interaction 270—276
Kerr nonlinearities, grating, nonresonant second-harmonic generation 292—293
Kerr nonlinearities, grating, nonresonant second-harmonic generation, phase mismatch 291—292
Kerr nonlinearities, grating, quadratic nonlinear phenomena 285—289
Kerr nonlinearities, photon statistics, anharmonic oscillator 438—439
Kerr nonlinearities, photon statistics, antibunching-squeezing relations 415—418
Kerr nonlinearities, self-squeezing, elliptically polarized light 542—544
Kerr nonlinearities, third-order electric polarization 14—18
Kevan, L. 262(88) 303
Keyes, T. 117—118(85) 121(84—85) 126 165(47) 214
Kharchenko, N.F. 86(88—89) 311(84) 323(88—89) 343(88—89) 349(84) 373
Khersonskii, V.K. 55—56(41) 59(41) 66(41) 87 121(82) 126
Khokhlov, R.V. 6(74) 49 250(1) 286(1) 294(1) 297(1) 300
Khoo, I.C. 160(8) 201(87—90) 212 215
Kielich's theory, light scattering of macromolecule solutions 52
Kielich, S. 2(5 7—8 11 15—16 23) 3(24 32) 4(53—55 57—59) 5(6 71) 9(6) 10(5—8) 12(15 17 32) 13(17) 14(76) 15(6) 16(8) 18—20(6—8 11 15—17 76 81 88 92 97—98) 22—23(6—8 15) 26(6 8 98) 46(107) 47—49 52(20—27 38) 54(20 38) 55(43) 56(38 43) 58—70(20—21 25 44—45 47—49 75) 69(20—21 25) 71(58) 74(55) 79(26) 81(73) 86—88 90(3—7 16—18 33—36 39—43 49) 91(61—70) 94—95(74) 110—111(7 34 81) 124—126 128(5 8 11 18—21 23 40 56) 131—132(43 46) 136(50) 141(8 56 61) 146(11) 148(65) 150(56) 153(46) 155(66) 155—157 160(14—15) 161(26) 162(29) 163(33) 165—166(51) 177(67) 194(15) 197(15) 213—214 230(23) 244(63) 245 247 264(102—105) 270(102—104) 272(102 105) 304 309(15—21 30 48) 310—312(19 21 48 76 90—92) 313(114 116 118—119) 314—315(48 63—64) 318—319(48 63—64) 323(90—91) 340(105 118—119) 343(48 63—64 76 114 118—119) 349(76 90—91) 371—373 396(53—54) 403 412(9) 446—447(9 76 85) 454(112) 457—459 462(13—17 20) 469(35) 477(42) 480—481(45—46) 483(47) 493(55) 494—495 498(9 50) 499(62—63 67—69 78—80) 500(87 90 94 101) 501(111) 514—515(67—68 123) 517(123) 521(67—68) 522(126) 523(79 127) 528(79) 530—532(80 123) 535(67—68) 536—539 542(25—26 42 46—47 79 84 119 131 156 198) 543(68 70 72 74—76 198) 545—547(198 206—207 210) 550(74—75) 553(198 215—216) 555(74—75) 559(72) 562(74—75) 564—565(74—76 215) 567(206—207) 570(225) 589—594
Kien, F.L. 498(35) 536
Kilin, S.Y. 480(44) 495
Kim, D. 46(117) 50
Kim, M.S. 449(94) 459
Kimble, H.J. 462(3) 463(21 23) 494 498(40) 500(82) 511(82) 537—538 542(10 21 23 27) 589
Kirkwood approximation, hyper-Rayleigh -Raman scattering 117—123
Kirschner, J. 312(109) 373
Kiselev, Yu.F. 389(36) 391(36) 402
Kitaeva, V.F. 160(3) 212
Kitagawa, M. 415(17) 447(17) 447(81) 450(17) 450(81) 457 459 500(88—89) 521(88—89) 538
Kittel, C. 310(58) 372
Kivelson, D. 165(46) 214
Klauder, J.R. 414(14) 457 541(3) 589
Kleiner, R. 322(146) 374
Kleinman's permutation symmetry, grating, degenerate two-wave monochromatic radiation 270—276
Kleinman's permutation symmetry, grating, nondegenerate three-wave interaction 276—278
Kleinman, D.A. 289(122) 304
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