Siegman A.E. — Lasers :: Электронная библиотека попечительского совета мехмата МГУ

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Siegman A.E. — Lasers

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Название: Lasers

Автор: Siegman A.E.

Аннотация:

Некорректный ISBN-10

Язык:

Рубрика: Физика/Электромагнетизм/Оптика/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Год издания: 1986

Количество страниц: 1283

Добавлена в каталог: 01.10.2005

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID

Предметный указатель

laser      76 77 307—313 539—540
laser cross section of      290
laser pressure broadening of      128—129 163 166—167
laser pulse amplification in      337
laser transient response of      314—316
laser with unstable resonators      863—864 885—887 890
      see “Cavity Q value”
      see “Longitudinal relaxation time”
      see “Dephasing” “Dephasing “Transverse
      168—171
$\pi$ transitions      136—140
$\Sigma$       see “Transition cross section”
$\sigma$ transitions      136—141
$\tilde q$ parameter      see “Gaussian beam parameter $\tilde q$ ”
ABCD matrices      see “Ray matrices Complex
Aberrated laser beams      706—711 (see also “Multimode optical beams”)
Absorbing media      283 (see also “Saturable absorbers”)
Absorption cross section      see “Transition cross section”
Absorptive bistability      see “Bistable optical systems’
Acoustic transitions      198 (see also “Nonradiative transitions” “Phonon “Phonon
Acoustooptic Q switch      see “Q switches”
Active mode locking      1041—1103
Active mode locking autocorrelation measurements of      1081—1082
Active mode locking chirp in      1067 1069—1071
Active mode locking circulating gaussian pulse analysis of      1062—1067 1077—1079
Active mode locking coupled-mode analysis of      1087—1092 1096—1098
Active mode locking detuning effects in      1084—1086 1088
Active mode locking etalon effects in      1071—1073
Active mode locking experimental results for      1050 1052 1070—1073 1081—103 1096 1099—1100
Active mode locking FM laser operation      1057
Active mode locking FM mode locking      1069—1071 1083—1084 1095 1100
Active mode locking general description of      1056—1061
Active mode locking harmonic      1060 1073—1074
Active mode locking higher-order solutions for      1069
Active mode locking homogeneous versus inhomgeneous      1059
Active mode locking modulator polarization term      1089—1091 1092—1095
Active mode locking pre-lasing      1082—1083
Active mode locking synchronously pumped      1058—1059
Active mode locking time and frequency description of      1041—1055
Active mode locking time-domain analysis of      1061—1067
Active mode locking transient buildup of      1075—1081 1083—1084
Adaptive optics      709 711 912
Adiabatic rapid passage      1263 (see also “Coherent transients”)
Adjoint modes      848—849 (see also Linear operators Orthogonality”)
Adler equation      1143 1147—1149
Airy disk pattern      679 728—729
Ammonia maser      74
Amplification coefficient      see “Laser amplification”
Amplified spontaneous emission (ASE)      547—557
Amplified spontaneous emission (ASE) and lifetime shortening      552
Amplified spontaneous emission (ASE) and mirrorless lasers      547—557
Amplified spontaneous emission (ASE) in regenerative cavity      445 451—454
Amplified spontaneous emission (ASE) in semiconductor lasers      445 463—464 “Superradiant
Amplifier saturation      see «Saturation”
Amplitude modulation of lasers      see “Laser amplitude modulation”
Anomalous dispersion      see “Dispersion”
Antenna theorem      672
Antiresonant-ring interferometer      1126—1127 (see also “Interferometers”
Aperture diffraction and relay imaging      739—740 742
Aperture diffraction by annular apertures      736 737
Aperture diffraction by circular aperture      727—743
Aperture diffraction by rectangular aperture      712—727
Aperture diffraction by single slit      716—723
Aperture diffraction from arbitrary apertures      740—742
Aperture diffraction of gaussian beams      667—668 731—734 742
Aperture diffraction on-axis intensity      725—726 731
Aperture diffraction special properties of circular apertures      736—738 (see also “Diffraction effects”)
Aperture diffraction, Airy disk pattern      728—729
Aperture shaping      see “Apodization” “Soft “Tapered
Apodization      578—580 710 711
ASE      see “Amplified spontaneous emission”
Astigmatic optical systems      597 616—617 647 “Ray “Ray
Asymptotic analysis      see “Unstable optical resonators”
Atomic absorption lines      19—22
Atomic energy levels      6—18
Atomic linewidth      see Line-broadening effects Linewidths”
Atomic phase shift effects      271—272 275
Atomic rate equations      24—28 37 176—220 228 497—510
Atomic rate equations and blackbody-stimulated transitions      188—190 195—196
Atomic rate equations for four-level system      245—248
Atomic rate equations for magnetic-dipole transition      1249—1256
Atomic rate equations for multiple-energy-level systems      211—220
Atomic rate equations for three-level system      248—250
Atomic rate equations for two-level system      255
Atomic rate equations low- and high-frequency approximations to      218—219
Atomic rate equations transient solutions of      208 218 256 257—263
Atomic rate equations validity of      225—227 (see also “Cavity rate equations” “Coupled “Rabi
Atomic responses, quantum description of      137—142
Atomic responses, sinusoidal steady-state      111—112 (see also “Classical electron-oscillator model” “Rabi susceptibility”)
Autocorrelation techniques      1081—1082 1122—1123
Available power, from laser amplifier      299—5102
Available power, from laser oscillator      480—481
Axial mode beating, in Q-switched lasers      1034—1036 1046 “Mode
Axial modes      41—42 432—440 1041—1054
Axial modes for transient signals      1045
Axial modes in dispersive cavity      436
Axial modes versus transverse modes      569 (see also “Modes” “Optical
Axicons, in unstable resonators      908—912
B integral      385—386
Babinet’s principle      736
Backscattering effects, on laser oscillators      530 534 1163 1170
Backscattering effects, on unstable resonators      906—908 912
Bandwidth, for atomic absorber      284
Bandwidth, for single-pass laser amplifier      281—282 284
Beam distortion      see “Aberrated laser beams” “Multimode
Beam scalloping      654 822 “Lensguides”)
Beat frequency      317—318 471—472 575 765—766 767 1163
Bessel functions      45 727—729 742 1097—1100
Bethe small-hole coupling theory      939
Bilinear transformation      680 785
Biorthogonality      847 849—850 853—854 “Orthogonality”)
Birefringent couplers, for variable-reflectivity resonators      920—922
Bistable optical systems      538—546
Blackbody radiation      187—195
Blackbody-stimulated transitions      188—190 195—196
Bloch equations, derivation of      1236—1237 1243
Bloch equations, large-signal solutions of      1257—1266
Bloch equations, longitudinal      1240—1242
Bloch equations, longitudinal solutions for      1249—1256
Bloch equations, Rabi flopping behavior of      1259—1263
Bloch equations, rotating-wave approximation in      1247—1248
Bloch equations, saturation behavior of      1251—1255
Bloch equations, transient solutions of      1257—1262
Bloch equations, transverse      1237—1240
Bloch equations, transverse solutions for      1243—1249
Bloch vector, in superradiant emission      549
Bloembergen three-level maser      74—75
Bohr magneton      1218 1229
Boltzmann ratio      76 202—203
Boltzmann’s principle      27—28 35
Boltzmann’s principle for degenerate levels      154
Boundary waves      see “Edge waves”
Brewster windows      63
Canonical form, for Huygen’s integral      805—811
Canonical form, for ray matrix      813
Canonical form, for unstable resonator      867—874
Canonical form, for variable-reflectivity resonator      913—922
Carbon dioxide laser      see “ $CO_2$

laser”
Carnot cycle      71
Cascade pumping      251
Cassegrainian telescope      863
Cavity decay time      see “Cavity lifetime”
Cavity dumping      975—980 (see also “Laser amplitude modulation”
Cavity equation      see “Cavity rate equation” “Laser
Cavity frequencies      see “Optical resonator frequencies”
Cavity frequency pulling      see “Frequency pulling effects”
Cavity lifetime $\tau_c$       429—430 492
Cavity mode density      see “Mode density”
Cavity mode number p      499—501 502—505
Cavity modes      see “Optical resonator modes”

Cavity Q value      429—430 (see also “Cavity lifetime”)
Cavity rate equation      497—510
Cavity rate equation derivation of      497—505 (see also “Atomic rate equations” “Coupled
Chaos, in lasers      545—546
Chemical lasers      175
Chirp      333—334 345—348 356
Chirp due to self-phase modulation      382—383
Chirp in FM mode-locked lasers      1067—1071
Chirp in spatial frequency domain      707—708
Chirp radar      347—348 350—351
Circle diagram, for stable resonators      748—749
Circuit analogs      see “Equivalent-circuit models”
Circular polarization, of electric-dipole transition      136—141 144—145 149
Circular polarization, of magnetic-dipole transition      1246—1248 1255
Clamping of population inversion      515—520
Classical electron-oscillator model      80—89 113—117 227—228
Classical electron-oscillator model collision broadening of      93—94
Classical electron-oscillator model power transfer to      177—178
Classical electron-oscillator model two- and three-dimensional      149
Classical magnetized top model      1228—1236
Classical magnetized top model equation of motion for      1231
Classical magnetized top model precession of      1231—1232 (see also “Magnetic dipole transitions”)
Cleaved-coupled-cavity lasers      528
Coherence      23 28 33—35 49—60 66—67 547
Coherence brightening      555—556 (see also “Amplified spontaneous emission”)
Coherence in stimulated transitions      28
Coherence spatial      43 55—57 67
Coherence temporal      54—55 66—67
Coherent pulse effects      see “Coherent transients”
Coherent transients      237—341 547 1257—1263
Colliding-pulse mode locking      see “Passive mode locking”
Collimated beam propagation      55—56 669—670
Collimated Presnel number      806—808 870
Collins chart      680—681
Collision rate, in real gases      99
Collisions and collision broadening      90—97 127—130 134
Collisions and collision broadening elastic versus inelastic      200 1196
Collisions and collision broadening in classical electron-oscillator mode      93—94
Collisions and collision broadening in real atoms      99
Collisions and collision broadening velocity-changing      1196 (see also “Dephasing” “Pressure
Complex ABCD matrix      see “Complex ray matrices”
Complex gaussian ducts      see “Ducts”
Complex gaussian pulse shape      107—109 169 331—335
Complex gaussian pulse shape in laser mode-locking theory      1062
Complex lorentzian lineshape      107—109 169 1245
Complex paraxial resonators      815—857
Complex paraxial resonators analysis of      815—819
Complex paraxial resonators complex stable and unstable resonators      828—829
Complex paraxial resonators eigensolutions for      815—819
Complex paraxial resonators higher-order modes      821—822 836—837
Complex paraxial resonators multielement      841—846
Complex paraxial resonators perturbation-stable      817—818
Complex paraxial resonators perturbation-unstable      831—834 836—837
Complex paraxial resonators real and geometrically stable      820—822 841
Complex paraxial resonators real and geometrically unstable      822—828
Complex paraxial resonators round-trip phase shifts      835—836
Complex paraxial resonators self-consistent      816
Complex paraxial resonators standing-wave versus traveling-wave      838—840
Complex paraxial resonators types of modes in      819
Complex paraxial resonators with intracavity telescopes      842—845
Complex paraxial wave optics      777—814
Complex paraxial wave optics and complex Hermite-gaussian beams      782—785 798—804
Complex paraxial wave optics and gaussian apertures      786—792
Complex paraxial wave optics and gaussian ducts      790—792 793—797
Complex paraxial wave optics Huygen’s integral for      777—782 792—797 805—811
Complex radius of curvature $\tilde q$       see “Gaussian beam parameter $\tilde q$ ”
Complex ray matrices      786—792 797
Complex ray matrices and gaussian apertures      786—788 (see also “Complex paraxial wave optics”)
Complex source point      638
Complex spot size $\tilde v$       see “Hermite-gaussian $\tilde v$ parameter”
Confined modes      see “Complex paraxial resonators”
Confocal parameter      669 674
Confocal resonator      438—439 751—756 759—760 771 873—874
Confocal resonator diffraction losses of      770—774
Confocal resonator resonance frequencies of      763
Cornu spiral      717—718
Coupled cavity-atomic rate equations      505—510
Coupled cavity-atomic rate equations derivation of      505—510
Coupled cavity-atomic rate equations for laser Q switching      1008
Coupled cavity-atomic rate equations for laser spiking      958—964 970
Coupled cavity-atomic rate equations for passive Q switching      1024 (see also “Atomic rate equations” “Cavity
Coupled-mode analysis      see “Active mode locking” “Unstable
Coupled-mode equations      1087—1092 1096—1098
Critical slowing      544
Cross section, for atomic transitions      see “Transition cross section”
Cross section, for collisions      see «Collisions”
Cross-modulation effects      318 1095
Cross-relaxation effects      1195—1199
Cross-saturation effects      see “Mode competition effects” “Saturation”
Damping, coherent versus incoherent      100
Damping, nonradiative      83—84
Damping, of classical electron oscillator      82—83
Damping, radiative      83 (see also “Line-broadening effects” “Relaxation” “Spontaneous
Decay      see “Damping Energy
Decibel (definition of)      280
Degeneracy factors      115 153—157 190 208—210
Degeneracy, of atomic energy levels      115 185—186 256 287—288
Degenerate optical resonators      845
Delta function      see “Dirac delta function”
Dephasing in Bloch equations      1239—1240
Dephasing of classical oscillator model      93—96
Dephasing of electric-dipole transitions      90—99 127—130 134
Dephasing of magnetic-dipole precession      1237—1240 1255—1256
Dephasing time       93—96 210 222—223 308—309 “Dephasing” “Transverse
Dephasing, by collisions      90—95
Dephasing, by dipolar coupling      93
Dephasing, by FM modulation      98—99 100—101
Dephasing, by thermal vibrations      93 99
Dephasing, plus applied signals      97—98
Dephasing, versus energy decay      133—134 (see also “Collisions” “Transverse
Derivative spectroscopy      109 135
Detailed balance      193—194
Detuning effects      1084—1086 (see also “Active mode locking”)
Dicke superradiance      see “Superradiant emission”)
Diffraction effects      277 635 698—743
Diffraction effects circular versus other apertures      736—738
Diffraction effects from arbitrary apertures      740—741
Diffraction effects on gaussian beams      667—668 731—734 “Numerical
Diffraction losses      see “Optical resonators”
Diode lasers      see “Semiconductor lasers”
Dipolar coupling      93 131—132
Dipole matrix element      see “Transition matrix element”
Dirac delta function      340
Dirac delta function Fresnel integral as      717—718
Dirac delta function lorentzian line as      163
Dispersion and cavity frequency pulling      468
Dispersion anomalous      389
Dispersion in inhomogemeous transitions      1192—1194 1209—1210
Dispersion in optical fibers      357—358
Dispersion in optical materials      356—357
Dispersion in resonant atomic systems      351—355 376
Dispersion in resonant cavities      436—437
Dispersion in wave-propagating systems      335—339
Dispersion length       356—358
Dispersion nonlinear      375—386
Dispersion parameter D      356—357
Dispersive bistability      see “Bistable optical systems”
Dispersive pulse broadening      356—358 388—392
Dispersive pulse broadening in optical fibers      357—358 388—392
Dispersive pulse broadening in optical materials      356—357
Doppler broadening      157 159 160—161 1184—1186
Doppler shift, from moving grating      706
Doppler shift, from moving mirror      986—987 1069
Double-pulsing in passively mode-locked lasers      1114—1115
Double-pulsing in Q-switched lasers      1020—1021
Ducting, in focusing media      see “Ducts”
Ducts definition of      584
Ducts gaussian beams in      652—656
Ducts Huygens’ integral for      793—794
Ducts ray matrix for      534—592

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