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Evans M.W., Kielich S. — Modern Nonlinear Optics

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Название: Modern Nonlinear Optics

Авторы: Evans M.W., Kielich S.

Аннотация:

The volume contains 14 review articles from the Poznan School, Poland, and associated laboratories, presenting state-of-the-art developments in nonlinear optics research.

Язык:

Рубрика: Физика/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Год издания: 1993

Количество страниц: 632

Добавлена в каталог: 24.11.2013

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Предметный указатель

Core-cladding, second-harmonic generation (SHG)      261
Correlation function, multiatom resonance fluorescence      484—488
Correlation function, quantum resonance fluorescence      470—472
Correlation function, single-atom resonance fluorescence      474—479
Correlation function, two-atom spontaneous emission      488—493
Cotton — Mouton effect, fast molecular orientation of liquid crystals      192—194
Cotton — Mouton effect, magnetically ordered crystals      308—309
Cotton — Mouton effect, nonlinear magneto-optical effects      311—314
Cotton, A.      308(9—10) 371
Coulter, C.A.      378(11) 392(11) 401
Coupling constants, magnetically ordered crystals, elliptically polarized light rotation      335—342
Coupling constants, magnetically ordered crystals, linearly polarized light      343
Coupling constants, magnetically ordered crystals, Stokes parameters      329—334
Courtens, E.      312(103) 373
Cox, T.I.      109(90) 126
Crellin, D.A.      207(102) 215
Cresser, J.D.      542(115) 591
Crosignani, B.      393(44) 402 498(44) 537
Cross-phase modulation, $X^{(2)}$ grating      270—271
Cummins, H.Z.      81(77) 88
Cutolo, A.      535(143) 539
Cyvin, S.J.      90(20) 124 128(13) 146(13) 156
Da Hsuan Fang      504(116) 539
Dagenais, M.      463(21) 494 542(23—24) 589
Dalton, B.J.      465(29) 495
Dance, M.      535(153) 539
Daniel, D.J.      439(64) 446(64) 458 500(105) 501(105) 538 543(62) 590
Dash, J.      433(43) 458 535(138) 539
Davey, S.T.      251(25) 251(46) 262(94) 284—285(118) 300(46) 301—304
Davies, M.      18(82 93—94) 49—50 87
Dc electric field intensity, $X^{(2)}$ grating, degenerate two-wave monochromatic radiation      269—270 275—276
Dc electric field intensity, magnetically ordered crystals      313—314
Dc electric field intensity, poling field, monochromatic radiation interaction      278—283
Dc electric field-induced second-harmonic generation (DC-SHG), Smoluchowski rotational diffusion, dispersion and absorption      20—22
Dc electric field-induced second-harmonic generation (DC-SHG), Smoluchowski rotational diffusion, frequency doubling      26—28
Dc field-induced electric rectification, Smoluchowski rotational diffusion dynamics      38—39
DCIOR, Smoluchowski rotational diffusion, dispersion and absorption      20—22
DCIOR, Smoluchowski rotational diffusion, dynamics      38—39
De Gennes, P.G.      160(1) 178(1) 187(72—73) 207(1) 212 215
de Los Sainz Terreros, L.      542(163) 593
De Maeyer, L.      18(95) 19(104) 50
De Martini, F.      499(64) 537
de Mustre Leon, J.      381(24) 395(50) 402—403
De Oliveira, F.A.M.      449(94) 459
Debeauvais, F.      206(97) 215
Debiais, G.      46(113 115) 50
Debska, M.      29(52) 86
Debska-Kotlowska, M.      52(27—28) 79(28) 86
Debuisschert, T.      463(25) 495 511(121) 539
Debye dipole relaxational time, reorientation parameters      71—81
Debye relaxation factors, light scattering of macromolecule solutions      71—81
Debye relaxation factors, third-order electric polarization      17—18
Debye rotational diffusion, light scattering of macromolecule solutions      63—68
Debye rotational diffusion, light scattering of macromolecule solutions, reorientation parameters      75—82
Debye rotational diffusion, light scattering of macromolecule solutions, rotational coefficients      59—68
Debye — Born term, third-order electric polarization      14—18
Debye — Smoluchowski relaxation functions      8—12
Debye, P.      2(1) 3(33) 18(90) 47—48 50 52(39) 62(39) 87 162(32) 213
Decay process, nonlinear polarizability      46—47
Decay process, quantum optics kinetic equations      376
Decius, J.C.      90(20) 124 128(13) 146(13) 156
Deeg, F.W.      200(84—86) 211(85—86) 215
Deeg, Fayer (DF) theory, induced transient grating (ITG) investigations      200
Degeneracies, elliptically polarized light      576—577
Degenerate four-wave mixing (DFWM), fast molecular orientation of liquid crystals, experimental results      202—211
Degenerate four-wave mixing (DFWM), fast molecular orientation of liquid crystals, principles of      175—177
Degenerate two-wave interaction, $X^{(2)}$ grating      267—276
Degiorgio, V.      81(82) 88
Dejardin, J.-L.      46(113—115) 50
Demikhov, E.I.      183(68) 214
Deng, L-B.      542(181) 593
Deng, L.B.      535(160) 540
Denisov, V.N.      90(57) 126
Denker, J.S.      542(149) 592
Dennis, R.B.      312(106) 373
Dennis, W.M.      241(49) 241(52) 246
Density matrix, photon statistics, quantum noise definitions      407—408
Density matrix, quantum optics, background      377—378
Depolarization ratio, hyper-Rayleigh and -Raman scattering, light polarization properties      134—135
Depolarization ratio, hyper-Rayleigh and -Raman scattering, symmetric-unsymmetric scattering      146—150
Depolarized Rayleigh scattering (DRS), fast molecular orientation of liquid crystals vs. nonlinear optics (NLO) techniques      167—169
Depolarized Rayleigh scattering (DRS), fast molecular orientation of liquid crystals, background      161
Depolarized Rayleigh scattering (DRS), fast molecular orientation of liquid crystals, degenerate four-wave mixing (DFWM) and      176—177
Depolarized Rayleigh scattering (DRS), fast molecular orientation of liquid crystals, optical Kerr effect (OKE)      194
Depolarized Rayleigh scattering (DRS), fast molecular orientation of liquid crystals, relaxation times      169—170
Derdowska-Zimpel, H.      43(111) 50
Desalvo, J.R.      163(37) 213
DeSalvo, R.      236—237(36) 244(36) 246
Desblancs, C.      225(11) 245
Destrade, C.      202(95—96) 209(96) 211(96) 215
Deutsch, I.H.      535(156) 540
Devoe, R.G.      498(30) 536
Devreese, J.I.      395(52) 403
Dianoux, A.J.      160(17) 213
Dianov, E.M.      251(52 60) 256(52 60) 283(60—61 133—134) 133—134) 302 305
Dichroism, magnetically ordered crystals      309—310
Dicke model, multiatom resonance fluorescence      479—488
Dicke model, quantum optics      379—380
Dicke model, quantum optics, weakened correlations      388—392
Dicke model, two-atom spontaneous emission      492—493
Dicke, R.H.      379(13) 401 473(39) 492(39) 495
Dielectric field, light scattering of macromolecule solutions      60—81
Difference-frequency generation (DFG), $X^{(2)}$ grating      293—296
Difference-frequency generation (DFG), self-organized nonlinear optical phenomena in fibers, background      250—251
Difference-frequency generation (DFG), self-organized nonlinear optical phenomena in fibers, techniques      253—254
Differential equations, magnetically ordered crystals      333—334
Diffraction efficiency, fast molecular orientation of liquid crystals      174—175
Dillon, J.V.Jr.      311(83 85) 323(85) 349(85) 372—373
Dines, T.J.      90(53) 125 128(32) 156
Dipole relaxation time, quantum optics kinetic equations      376
Dipole-dipole interaction, multiatom resonance fluorescence      482—488
DiPorto, P.      393(44) 402 498(44) 537
Dirac delta function, light scattering of macromolecule solutions      75—81
Dirac delta function, photon statistics, Raman and hyper-Raman scattering      430—433
Dirac pulses, optical Kerr effect (OKE)      189—194
Dirac representation, bright visible spectrum generation      297—299
Disklike macromolecules, light scattering experiments      60—68
Disklike macromolecules, macromolecule solutions, reorientation parameters      71—81
Distribution functions, $X^{(2)}$ grating      284—285
Dolganov, V.K.      183(68) 214
Dolino, G.      90(10) 124 128(7) 155
Dong, L.      251(41) 255(41) 263(41) 265(41) 278—280(41) 302
Dopant defects, $X^{(2)}$ grating      262—264
Dopant defects, $X^{(2)}$ grating, degenerate two-wave radiation interaction      267
Dopant defects, $X^{(2)}$ grating, monochromatic radiation modes      267
Dorain, P.B.      90(51) 125 128(30) 156
Drexhage, K.H.      170(58) 214
Drobny, G.      535(162) 540
Drozdowicz, H.      570(227) 594
Drummond, P.D.      433(45—48) 434(52—53) 439(57) 458 462(9) 494 494(73) 496 499(56—59) 537 542(80 102 110) 591
Druon, C.      201(92) 215
Druzhynin, V.V.      309(38) 371
Ducloy, M.      176(65) 214
Ducuing, J.      141(57) 157 164(42) 214 261(85) 289(86) 294(85) 297(85) 303 498(42) 537
Dunmut, D.A.      207(101) 215
Dunphy, J.R.      251(24) 301
Dupertuis, M.A.      465(30) 492—493(51) 495
Dupeyrat, R.      219(2) 245
Durbin, S.D.      160(5—6) 201(5) 212
Dynamical coefficient, light scattering of macromolecule solutions      62
Dzialoshinskii, U.      349(150) 356(150) 374
Eberly, J.H.      379(15) 387(32) 391(39) 401—402 467(31) 495 498(27—28) 536
Ebina, A.      309(34) 371
Eckard, R.C.      300(136) 305
Edmonds, A.R.      92(72) 97(72) 126
Eichler and Macdonald (EM) theory, fast molecular orientation of liquid crystals      201—202
Eichler, H.J.      160(9 11) 161(27) 201(91) 212—213 215 238(43) 246
Einstein A coefficient, quantum resonance fluorescence      468—469
Einstein summation convention, magnetically ordered crystals      318—319
Einstein summation convention, self-squeezing, elliptically polarized light      544—548

Einstein summation convention, self-squeezing, self-phase modulation      515—517
Einstein, A.      379(14) 401
Eisenthal, K.B.      170(58—59) 214
Ekert, A.      500(81) 538
Electric induction vector, magneto-optical effects      314—315
Electric-dipole elliptical differential, scattering (EDEID)      139—141
Electric-dipole moment operator, hyper-Rayleigh and -Raman scattering      142—143
Electric-quadrupole interaction, second-harmonic generation (SHG)      258—259
Electron spin resonance (ESR), $X^{(2)}$ grating      262—264
Electronic deformations, nonlinear laser light propagation      228—230
Electronic third polarizability, fast molecular orientation of liquid crystals      164
Elliptically polarized light, hyper-Rayleigh and -Raman scattering      139—141
Elliptically polarized light, magnetically ordered crystals, linear polarization      344—349
Elliptically polarized light, magnetically ordered crystals, rotation      335—342
Elliptically polarized light, nonlinear laser light propagation, susceptibility tensor measurements      223—224
Elliptically polarized light, nonlinear laser light propagation, third-order values      240
Elliptically polarized light, self-squeezing, background      541—544
Elliptically polarized light, self-squeezing, effective interaction Hamiltonian      544—548
Elliptically polarized light, self-squeezing, field operator equations of motion      548—554
Elliptically polarized light, self-squeezing, molecular parameters      577—588
Elliptically polarized light, self-squeezing, photon statistics      544—560
Elliptically polarized light, self-squeezing, squeezing states      560—564
Elliptically polarized light, self-squeezing, time dispersion      566—577
Elyutin, P.V.      535(142) 539 542(15) 589
Emel'yanov, V.I.      376(3) 401
Emslev, J.W.      161(22) 213
Erasure experiments, self-organized nonlinear optical phenomena in fibers      257—258
Eremenko, V.V.      311(86 88—89) 323(88—89) 343(88—89) 349(86) 373
Erskine, J.L.      310(62) 372
Etchepare, J.      173(62) 214 238(44—45) 241(45 62) 244(45 62) 246—247
Euler angles, light scattering of macromolecule solutions      54—55
Evans, G.J.      2(18) 47
Evans, M.W.      2(18 20) 3(37) 47—48 60(50) 69(50) 81(78—79) 87—88 161(23) 213 312(100—101) 373
Eyring — Fayer (EF) theory, fast molecular orientation of liquid crystals      200
Eyring, G.      200(83) 215
Fabelinski, I.L.      52(35) 87
Faber, T.E.      207(102) 215
Fabre, C.      412(10) 456(10) 457 463(24 25) 494—495 511(121) 535(158) 539—540 542(11) 589
Fabre, F.      241(20) 242(58) 245—247
Fairies, M.C.      250(14 27 41—42) 251(55) 255(41—42 70) 256(71) 259(55) 263(41—42) 265(41—42 107) 278—280(42) 301—304
Fam Le Kien      391(40—41) 402
Far-field limit, single-atom resonance fluorescence      472—479
Faraday effect, magnetically ordered crystals      308—309
Faraday effect, magnetically ordered crystals, linearly polarized light      343
Faraday effect, magnetically ordered crystals, nonlinear magneto-optical effects      311—314
Faraday, M.      308(3) 370
Farina, J.D.      251(24) 301
Farinato, R.S.      52(30) 86
Farrow, R.C.      235(32) 246
Fast molecular orientation, liquid crystals, background      160—161
Fast molecular orientation, liquid crystals, compound properties      179—181
Fast molecular orientation, liquid crystals, degenerate four-wave mixing (DFWM): results of investigations      202—211
Fast molecular orientation, liquid crystals, electronic and orientational contributions      163—164
Fast molecular orientation, liquid crystals, first-order polarizability anisotropy $\tau$       164—167
Fast molecular orientation, liquid crystals, induced transient gating (ITG), results of investigations      200—202
Fast molecular orientation, liquid crystals, induced transient gating (ITG), techniques      173—175
Fast molecular orientation, liquid crystals, nonlinear optical properties      167—169
Fast molecular orientation, liquid crystals, nonlinear optical techniques      170—178
Fast molecular orientation, liquid crystals, optical Kerr effect (OKE), results of investigations      183—199
Fast molecular orientation, liquid crystals, optical Kerr effect (OKE), techniques      171—173
Fast molecular orientation, liquid crystals, phase structures      178—179
Fast molecular orientation, liquid crystals, phase structures, optical quality      182—183
Fast molecular orientation, liquid crystals, preparation techniques      178—183
Fast molecular orientation, liquid crystals, relaxation times      169—170
Fast molecular orientation, liquid crystals, sample preparation      182
Fast molecular orientation, liquid crystals, third-order laser field-matter interaction      161—163
Fayer, M.D.      200(83—86) 211(85—86) 215 229(19) 245
Fekete, D.      202(93) 215
Feng, D.H.      480—481(43) 495
Feng, S.      90(60) 126 155(71) 157
Feofilov, P.P.      309(41—42) 371
Ferguson, P.E.      310(60) 372
Fermann, M.E.      251(19 27 40—41 55) 255—257(40—41 70—71 74) 262—263(19 40—41) 265—266{ 40—41 107) 278—280(41) 301—304
Fernandez, P.G.      498(19) 536
Ferre, J.      311(81) 372
Ferrier, J.L.      219(4) 223(4) 225(11) 235(35) 241(48) 245—246
Ferrier, L.      223(14) 227(14—15) 245
Ferromagnetic ordering, magnetically ordered crystals, elliptically polarized light rotation      340—342
Ferromagnetic ordering, magnetically ordered crystals, ferromagnetic and antiferromagnetic vectors      350—356
Fevrier, H.      251(56) 302
Fiber preform, second-harmonic generation (SHG)      254—255
Ficek, Z.      469(35) 477(42) 480—481(45—46) 483(47) 490(50) 492(52) 493(50 55) 494(66 69 72—73) 495—496 498(9) 536 542(25—26) 589
Field operator equations, self-squeezing, elliptically polarized light      548—554
Fieshci, G.      335(147—149) 340(147—149) 357—358(147—149) 360—361(147—149) 374
Fifth-order electric-dipole polarization, second-harmonic eneration (SHG)      260—261
Filev, V.M.      183(68) 214
Filippini, J.C.      192(80) 215
First-order approximations, fast molecular orientation of liquid crystals      162—163
First-order partial differential equations, $X^{(2)}$ grating      271—272
First-order polarizability anisotropy $\tau$ , fast molecular orientation of liquid crystals      164
Fisher, E.      3(29) 3(30) 9(29) 48
Fisher, E.W.      210(110) 216
Fisher, R.      237(41) 246
Fisher, R.A.      418(21) 457
Fiutak, J.      544(205) 594
Fluctuation operator, quantum resonance fluorescence      471—472
Flygare, W.H.      165—166(44—45 48) 214
Flytzanis, C.      212(114) 216
Fock states, photon statistics      448—451
Fokker — Planck equation, Markoffian process, quantum optics      378
Fokker — Planck equation, photon statistics, anharmonic oscillator      439—451
Fokker — Planck equation, photon statistics, nth subharmonic generation      436—437
Fonda, L.      398(55) 403
Ford, G.W.      468(33) 494(33) 495
Four-wave mixing (FWM), nonlinear laser light propagation      237—242
Four-wave mixing (FWM), nonlinear laser light propagation, equations and susceptibility tensor      238—240
Four-wave mixing (FWM), nonlinear laser light propagation, polarization wavefront conjugation      242
Four-wave mixing (FWM), nonlinear laser light propagation, susceptibility tensor components      240—242
Four-wave mixing (FWM), photon statistics      421—425
Four-wave mixing (FWM), second-harmonic generation (SHG)      259—260
Fourier transform, light scattering of macromolecule solutions      69—70
Fourier transform, photon statistics, optical phase conjugation      426—428
Fourier transform, photon statistics, quantum noise definitions      408—409
Fourier transform, reorientation parameters      71—81
Frank, F.C.      3(30) 48 207(99) 215
Frankel, M.      266(108) 304
Franken, P.A.      90(1) 124 141(59) 157 264(101) 270(101) 304 498(41) 511(41) 521(41) 537
Freed, J.H.      161(21) 213
French, M.J.      90(28 30 53) 125 128(32 38—39) 156
Frenkel, D.      104(80) 111(80) 113(80) 126
Frenkel, I.I.      13(34) 48
Frequency doubling, Smoluchowski rotational diffusion      26—28
Frequency-dispersional parameters, hyper-Rayleigh and -Raman scattering      144—145
Fresnel's theory, magnetically ordered crystals      308
Fresnel, A.      308(6) 370
Freund, I.      90(9) 124
Freund, L.      128(6) 155
Freyss, E.      210(109) 216
Friberg, S.      499(44 65) 537 542(8) 589
Friebele, E.J.      251(53) 259(53) 262(86—87 90 96) 263(98) 302—304
Frieble, E.J.      251(38) 262—263(38) 288(38) 302
Frisch, H.L.      90(12) 124 128(10) 156
Frost, J.C.      160(18) 213
Fu-li Li      535(145 150 169) 539—540
Fuchs, R.      310(69) 372
Fujii, Y.      250(8) 258(8) 301
Fukuda, A.      212(116) 216
Fumi, Y.      335(147—149) 340(147—149) 357—358(147—149) 360—361(147—149) 374
Gabriagues, J.M.      251(56) 254(69) 302—303
Gadomski, W.      19(99 101) 50 313(116) 373
Gaeta, A.L.      425(33—34) 457
Gagen, M.J.      498(38) 537
Gagnon, D.      250—251(66) 261(84) 265(66) 302—303
Gajduk, V.I.      208(105) 215
Galatola, P.      535(144) 539
Galerne, Y.      212(115) 216
Gantsog, Ts.      244(64) 247 447(84—85 88 92) 459 500(102) 501(111—113) 538 557(217) 565(220—221) 566(223—224) 594
Garcia-Fernandez, P.      535(164) 540 542(163) 593
Gardin, D.      254(69) 303
Gardiner, C.W.      378(5) 401 493—494(58) 495 542(102 127—128 150) 591—592

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