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



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Íàçâàíèå: Modern Nonlinear Optics

Àâòîðû: Evans M.W., Kielich S.

Àííîòàöèÿ:

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


ßçûê: en

Ðóáðèêà: Ôèçèêà/

Ñòàòóñ ïðåäìåòíîãî óêàçàòåëÿ: Ãîòîâ óêàçàòåëü ñ íîìåðàìè ñòðàíèö

ed2k: ed2k stats

Ãîä èçäàíèÿ: 1993

Êîëè÷åñòâî ñòðàíèö: 632

Äîáàâëåíà â êàòàëîã: 24.11.2013

Îïåðàöèè: Ïîëîæèòü íà ïîëêó | Ñêîïèðîâàòü ññûëêó äëÿ ôîðóìà | Ñêîïèðîâàòü ID
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Ïðåäìåòíûé óêàçàòåëü
"Crescent squeezing", historical perspective      500
"Nonreciprocal linear birefringence"      310—311
"Puzzle of the phase" effect, $X^{(2)}$ grating      288—289
"Self-pulsing" effect, squeezed states of light      499
"Transparency windows", magnetically ordered crystals      310—311
$X^{(2)}$ grating, optical-rectification model      264—267
$X^{(2)}$ grating, quadratic nonlinear phenomena      283—296
$X^{(2)}$ grating, quadratic nonlinear phenomena, difference-frequency generation (DFG)      293—296
$X^{(2)}$ grating, quadratic nonlinear phenomena, nonresonant second-harmonic generation      289—292
$X^{(2)}$ grating, quadratic nonlinear phenomena, nonresonant SHG      289—292
$X^{(2)}$ grating, quadratic nonlinear phenomena, resonant second-harmonic generation      286—289
$X^{(2)}$ grating, quadratic nonlinear phenomena, resonant SHG      286—289
$X^{(2)}$ grating, quadratic nonlinear phenomena, sum-frequency generation (SFG)      292—293
$X^{(2)}$ grating, self-organized nonlinear optical fibers      261—283
$X^{(2)}$ grating, self-organized nonlinear optical fibers, bright visible spectrum generation      298—299
$X^{(2)}$ grating, self-organized nonlinear optical fibers, dopant defect excitation      262—264
$X^{(2)}$ grating, self-organized nonlinear optical fibers, monochromatic radiation mode interaction      267—283
$X^{(2)}$ grating, self-organized nonlinear optical fibers, monochromatic radiation mode interaction, dc poling field      278—283
$X^{(2)}$ grating, self-organized nonlinear optical fibers, monochromatic radiation mode interaction, degenerate two-wave interaction      267—276
$X^{(2)}$ grating, self-organized nonlinear optical fibers, monochromatic radiation mode interaction, nondegenerate three-wave interaction      276—278
Abdalla, M.S.      542(14) 589
Abragam, A.      4(62) 49
Abram, I.      535(131 147) 539
Absorption coefficients, fast molecular orientation of liquid crystals, optical Kerr effect (OKE)      191—194
Adam, G.      433(44) 458
Agarwal, G.S.      376(2) 380(18) 401—402 433(44) 450(102) 458—459 464(27) 469(27) 472(27) 480(27 43) 481(43) 494(68) 495—496 498(26) 535(135 161) 536 539—540 542(81—82 132 157) 543(56) 590—592
Agostini, P.      241(20) 242(58) 245 247
Agranovitch, V.M.      310(65) 372 380(21) 402
Ainslie, B.J.      262(94) 303
Akerhalt, J.R.      387(32) 402
Akhmanov, A.S.      542(16 162) 565(162) 589 593
Akhmanov, S.A.      6(74) 49 230(22) 245 250(1) 286(1) 294(1) 297(1) 300
Akhmedev, N.N.      312(108) 373
Akhmedov, N.N.      311(87) 373
Albertsen, P.      309(29) 371
Alexiewicz, W.      2(8 10—14) 4(57 59) 10(8) 16(8) 19(8 10—11) 22—23(8) 35(10) 36(8) 37(13) 39(10) 43(111) 46(112) 47 49—50 58—60(44—45) 62(45 59—60) 80(44—45) 81(73—74) 87—88 91(64) 126 128(20 22) 156 163(33) 213
Alfano, R.R.      90(27) 125
Aliksenderov, E.I.      498(35) 536
Allen, L.      379(15) 401 467(31) 495
Allender, D.W.      164(41) 214
Alms, G.R.      165—166(44—45 48) 169(55) 214
Altmann, K.      128(1 24) 131—132(1) 146(1) 148(1) 155—156
Altshuller, G.B.      236(37) 246
Amer, N.M.      160(13) 197(13) 211(13) 213
An, S.      404(61) 495
Anderson, D.Z.      119(284) 283(131) 300(131) 304—305
Anderson, T.B.      500(84) 538
Andreev, A V.      376(3) 401
Andrejco, M.J.      251(33 58) 301
Andrews, D.L.      90(45—46) 125 128(25 29) 131—132(25) 135(49) 148(25) 155(67) 156—157
Angular distribution functions, second-harmonic scattering      102—104
Anharmonic oscillator, photon statistics      438—451
Anharmonic oscillator, self-squeezing, elliptically polarized light      543—544
Anharmonic oscillator, squeezed states of light, historical perspective      499—500
Anharmonic oscillator, squeezed states of light, model components      511—514
Anisotropy, first-order      see "First-order polarizability anisotropy"
Anisotropy, laser field and matter third-order interactions      163
Anoikin, E.V.      251(52) 256(52) 302
Ansari, N.A.      542(35) 589
Antiferromagnetic ordering, elliptically polarized light rotation      340—342
Antinormal ordering, photon statistics      408
Antonetti, A.      241(62) 244(62) 247
Approximation techniques      see also "Specific approximation techniques"
Approximation techniques, multiatom resonance fluorescence      480—488
Arago rotation, magnetically ordered crystals      307—308
Aragon, S.R.      51(1) 56—57(1) 60(1) 62(1) 68(1) 86
Arakelian, S.M.      160(4) 212 565(218) 594
Argyres, P.N.      310(59) 372
Armitage, J.R.      251(25) 301
Armstrong, J.A.      261(85) 262(94) 289(86) 294(85) 297(85) 303 498(42) 537
Armstrong, P.S.      141(57) 157
Aryeh, Y.B.      542(189) 593
Ashkin, A.      289(122) 304
Askins, C.G.      251(53) 259(53) 302
Aspect, A.      498(24) 536 542(32) 589
Asymmetric molecules, fast molecular orientation of liquid crystals, first-order polarizability anisotropy $\tau$      165—167
Atkins, P.W.      312(102) 373 550(212) 553(212) 594
Atkins, R.M.      257(72) 303
Aumiller, G.D.      251(30) 301
Auston, D.H.      170(60) 214
Avakelian, S.M.      160(5) 201(5) 212
Averyanow, E.M.      160(4) 212
Aytuer, O.      498(39) 537 542(177) 593
Azimuth rotation, hyper-Rayleigh and -Raman scattering      139—141
Baboiu, D.      500(92) 538 542(89) 591
Bach, A.      542(92) 591
Bajer, J.      412—413(12) 418(23—26) 422(24—26) 424(26 28) 425(32) 435(54) 450(104—105) 452(104—105) 457—459 542(178) 593
Balescu, R.      389(35) 402
Bancewicz, T.      4(57—58) 49 88 91(62—64 66—70) 95(76) 111(81) 126 128(18 20) 155(66) 156—157
Bandilla, A.      462(7) 494 542(100 106) 543(71) 558(71) 590—591
Barak, S.      90(26) 125
Barakat, R.      517(125) 539 542(88) 591
Baranov, A.V.      90(50) 125 128(33) 155(72) 156—157
Baranova, N.B.      251(57) 283(57) 300(83) 302 310(51—52) 372
Barnett, S.M.      443(68—70) 445(75) 458 474(40) 492(51) 493(51) 495 501(109—110) 538 565(219) 594
Barone, G.      4(65) 49
Barron, L.D.      130(42) 139(52) 156—157
Bartoli, F.J.      88
Bashirov, E.K.      542(175) 593
Batdorf, B.      251(43) 253(43) 259(43) 290—291(43) 302
Batistic, I.      381(26) 402
Battaglia, M.R.      109(90) 126
Baudrey, P.J.      250(7) 301
Bauer, D.R.      169(55) 214
Becker, R.      284(120) 304
Becker, W.      542(9) 589
Becquerel, H.      308(5) 370
Beebe, N.H.      309(29) 371
Belinskii, A V.      500(93) 535(133—134 141) 535(133—134 141) 538—539 542(16—19 48) 589
Bell inequalities, photon statistics, antibunching-squeezing relations      414—418
Bely, L.      311(84) 349(84) 373
Bemandin, J.P.      251(23) 301
Bendjaballah, C.      542(104) 591
Benguigui, L.      212(112) 216
Benoit, H.      2(22) 48 52(4) 60(53) 74(53) 86—87
Berestetskii, V.B.      135(48) 157
Bergot, M.V.      255(70) 303
Bermejo, F.J.      498(19) 535(164) 536 540 542(163) 593
Bern, B.J.      4(50) 48
Berne, B.I.      52(36) 54(36) 87
Berne, B.J.      109(89) 126 161(23) 213
Berre-Rousseau, M.L.      542(95) 591
Bersohn, R.      90(12) 124 128(10) 156
Bersuker, I.B.      128(31) 156
Bertolotti, B.      498(22) 536
Bertolotti, M.      393(44) 402 542(140) 592
Bertucci, S.J.      165(48) 214
Bethea, C.G.      43(108) 50 163(34) 213
Bhagavantam, S.      311(79) 372
Bhanot, M.      52(31) 86
Bialynicka-Birula, Z.      447(89) 459
Birefringence effects, light scattering of macromolecule solutions      60
Birefringence effects, magnetically ordered crystals      310—311
Birefringence effects, self-squeezed light, nonlinear medium, elliptically polarized light      553—554
Birefringence effects, self-squeezed light, nonlinear medium, second-harmonic generation (SHG)      525—530
Birnboim, M.H.      241(51) 246
Birss, R.R.      309(47) 310(71) 372—373 572(230) 594
Bjork, G.      447(81) 450(81) 459 500(89) 521(89) 538
Bjorkholm, J.E.      250(6) 301
Blair, G.R.      262(88) 303
Blake, N.B.      155(67) 157
Blaton, J.      90(2) 124
Blau, W.      241(47) 241(49 52) 246
Blinc, R.      395(51) 403
Bloch, D.      176(65) 214
Bloembergen, N.      3(42) 48 141(57) 157 186(70) 214 258(78) 261(85) 289(85) 294(85) 297(85) 303 309(37) 312(94 96) 371 373 498(42) 515—517(122) 521(122) 537 539
Blow, K.J.      551(213—214) 594
Bobovich, Y.S.      90(50) 125 128(33) 155(72) 156—157
Bocchiery, P.      384(30) 402
Bochove, E.J.      428(36) 457
Boetcher, C.J.F.      3(40—41) 13(40—41) 18(40—41) 45
Bogard, M.P.      5(73) 49
Bogdanov, Yu.V.      310(51) 372
Bogolubov canonical transformation, photon statistics, single-mode case      410
Bogolubov canonical transformation, quantum optics, polariton-like systems      381
Bogolubov canonical transformation, quantum optics, Raman correlation spectroscopy      392—398
Bogolubov canonical transformation, quantum optics, weakened correlations      388—392
Bogolubov, N.N.      376(1) 381(23 27) 384(29) 388(1 27) 391—392(23 40—42) 401—402
Bol'shov, L.A.      242(55) 246
Boltzmann constant, laser field and matter third-order interactions      163
Boltzmann constant, light scattering of macromolecule solutions      59—68
Boltzmann constant, statistical distribution function, second-harmonic scattering      100—104
Bonang, C.C.      90(58) 126 155(72) 157
Bondouris, G.      87
Bondurant, R S.      415(16) 457 498(21) 536 542(28 31) 589
Bonifacio, R.      378(9—10) 401
Bonneville, R.      90(31—32) 125 129(26) 131—132(26) 156
Bordewijk, P.      3(41) 13(41) 18(41) 43(109) 48 50
Borisov, S.B.      312(108) 373
Born approximation, quantum resonance fluorescence      466—469
Born — Markov technique, quantum resonance fluorescence      464—469
Born, M.      133—134(47) 157 162(31) 213 308(2) 309(13) 310(2) 324—325(2) 329(2) 370—371 412(5) 457
Bose operators, quantum optics, background      377—378
Bose operators, quantum optics, elimination, with hierarchical equation      384—386
Bose operators, quantum optics, polariton-like systems      381
Bose operators, quantum optics, Raman correlation spectroscopy      394—398
Bose operators, quantum optics, Raman scattering model      380
Bose, T.K.      212(113) 216
Bostick, J.M.      128(37) 156
Boswarva, I.M.      309(32—33) 371
Bothorel, P.      164(43) 168(54) 214
Boudebs, G.      227(16) 237(16) 242(59) 245 247
Bourdin, J.P.      221(6) 228(6) 245
Bowden, C.M.      378(11) 392(11) 401
Bowling, D.I.      18(79) 21(79) 49
Boyd, G.D.      289(122) 304
Boyd, R.W.      241(61) 247 425(33—34) 457
Boyle, L.      94(73) 126
Bradley, D.J.      241(52) 246
Bragg condition, fast molecular orientation of liquid crystals, induced transient grating (ITG)      174—175
Brambani, L.A.      251(53) 259(53) 302
Brand, H.R.      210(108) 216
Brandmueller, J.      311(77) 372
Brauman, J.I.      169(55) 214
Brekhovskhikh, G.L.      223(14) 227(14) 245
Breymayer, H.J.      4(67) 49
Bridges, T.J.      312(107) 373
Bright visible spectrum, self-organized nonlinear optical fibers      296—299
Brisudova, M.      449(97) 459 535(159) 540
Bron, W.E.      241(50) 246
Brosseau, C.      542(88) 591
Brown, B.L.      18(93) 50
Brown, R. Hanbury      393(43) 402
Brown, W.      310(68) 372
Brunet-Germain, M.      197(82) 215
Brunner, W.      542(94 105 112) 591
Buchert, J.      2(7—11) 10(7—8) 16(8) 19—20(7—8 10—11) 22—23(7—8) 35—36(8—10) 39(10) 47 58—60(44—45) 62(45) 80(44—45) 87 163(33) 177(67) 202(95) 213—215
Buckingham, A.D.      5(73) 49 139(52) 144(63) 157 161—162(24) 213 309(14) 309(39) 310(111) 314(111) 371 373
Budo, A.      3(29 35) 48
Buettiker, M.      4(66) 49
Bullough, R.K.      250(7) 301
Bunkin, F.V.      242(54—55) 246
Bunning, J.D.      207(102) 215
Bures, J.      261(83) 303
Burghardt, T.P.      81(83) 88
Burnham, A.K.      165(45 48) 214
Burstein, E.J.      310(49) 372
Butcher, P.N.      141(60) 157 250(2) 272(2) 300
Buzek, V.      446(77) 450(98—100) 458—459 493(56) 494(74) 495—496 535(146 152 163) 539—540 542(86) 543(64) 590—591
Byne, H.      241(47) 246
c-tensors, magnetically ordered crystals      358—370
Cabrillo, C.      535(164) 540
Cameron, S.M.      90(58) 126 155(72) 157
Campbell, R J.      251(26) 301
Camy, G.      463(24) 494 542(11) 589
Candan, S.J.      88
Candau, S.      206(97) 215
Carman, R.L.      186(71) 214
Carmichael, H.J.      462(2) 494(59) 494—495 498(15 17—18) 536 542(20 118 120 125) 589 591—592
Carrol, T.      309(23) 371
Carron, K.T.      90(52) 125 128(35) 156
Carruthers, P.      444(73) 458
Cartesian tensor, hyper-Rayleigh and -Raman scattering      130—133
Cartesian tensor, light scattering of macromolecule solutions      55—56
Cartesian tensor, magnetically ordered crystals, shape representation      357—370
Cartesian tensor, magnetically ordered crystals, Stokes parameters      323—330
Cartesian tensor, second-harmonic scattering      94—104
Cartesian tensor, self-squeezing, elliptically polarized light      546—548
Carusotto, S.      542(101 108) 591
Carvalho, I.C.S.      251(37) 251(54) 256(54) 288(37 54) 301—302
Cauchy — Schwartz inequalities, photon statistics      414—418
Caves, C.M.      505(117) 508(118) 539 542(7 146) 589 592
Chai, J.-L.      542(179) 593
Chambaret, J.P.      173(62) 214
Chamulitrat, W.      262(88) 303
Chan, V.W.S.      542(201) 594
Chandrasekhar, S.      2 5 9(3) 47 59(46) 87 160(10) 213 310(72) 319(72) 372
Chang, R.K.      90(51) 125 128(30) 156 258(78) 303
Characteristic functions, photon statistics      421—425
Charra, P.      235(31) 237(31) 246
Chaturvedi, S.      439(66) 458 566(222) 594
Chelkowski, A.      3(39) 13(39) 18(39 92) 21(39) 23(39) 48 50
Chemla, D.S.      90(31—32) 125 129(26) 131—132(26) 156
Chen, Y.      262(89) 303
Chetkin, M.W.      310(74) 372
Chevalier, R.      241(48) 246
Chiao, R.Y.      225(9) 245
Chilingarian, J.S.      565(218) 594
Chilingarian, Y.S.      160(4) 212
Chillag, L.      160(3) 212
Chin-lin Chai      535(150) 539
Chirkin, A.S.      535(133—134) 539 542(16—17 19 48) 589
Chis, M.      242(59) 247
Chizhov, A.V.      394(49) 402
Chmela, P.      251(59 64) 260(59 127) 261(64) 265(64) 266(109—110) 272(115) 288(121) 291(64) 294(125) 296—297(127) 298(130) 302 304 462(5) 494 499(78) 538 542(5) 542(40 96—97 109 114 126 165) 589—593
Chow, Y.T.      93(262) 303
Christie, J.H.      90(22) 125 128(15) 131(45) 156
Chrusciel, J.      161(20) 208(20) 213
Chu, B.      4(51) 48 52(37) 87
Chuang, T.J.      170(59) 214
Chumakov, S.M.      455(114) 459
Chung, Y.C.      90(56) 126 128(34) 155(69) 156—157
Churcher, C.D.      128(28) 156
Circular birefringence, self-squeezing of light, nonlinear medium      517
Circularly polarized light, hyper-Rayleigh and -Raman scattering, light polarization properties      134—135
Circularly polarized light, hyper-Rayleigh and -Raman scattering, symmetric-unsymmetric scattering      145—150
Classical electron theory, molecular nonlinear polarizabilities      5—8
Clays, K.      90(38) 125
Clebsch — Gordon coefficient, second-harmonic scattering      94—95
Close, D.H.      225(10) 229(10) 245
Coffey, W.T.      2(18—20) 3(26) 4—5(19) 36—37 47—48
Cohen, E.      535(147) 539
Cohen, N.V.      312(104) 373
Cohen-Tannoudji, C.      464(28) 495 542(22) 589
Coherent states, squeezed states of light      501—504
Cole — Cole graphs, DC-SHG frequency doubling      27—28
Cole — Cole graphs, nonlinear dielectric effect (NDE)      23—25
Cole — Cole graphs, Smoluchowski rotational diffusion background      3—5
Cole, K.S.      24(105) 50
Cole, R.H.      24(105) 50 170(57) 214
Colegrave, R.K.      542(14) 589
Colet, P.      498(19) 535(164) 536 540
Collett, M.J.      378(5) 401 500(97) 535(153—154) 538—539 542(127 150) 592
Collings, P.J.      183(69) 214
Commutation relations, quantum optics, mixed correlation function      381—384
Commutation relations, quantum optics, resonance fluorescence      464—469
Commutation relations, self-squeezing, elliptically polarized light      549—554
Commutation relations, self-squeezing, photon statistics      556—560
Compound-mode case, photon statistics      410—411
Corcoran, P.M.      3(37) 48
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