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Haken H. — Laser light dynamics (volume 2)
Haken H. — Laser light dynamics (volume 2)

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Название: Laser light dynamics (volume 2)

Автор: Haken H.

Аннотация:

This book is a text which applies to students and professors of physics. Because it offers a broad view on laser physics and presents most recent results on the dynamics of laser light, such as self-pulsing and chaos, it will be of interest also to scientists and engineers engaged in laser research or development. This text starts at a rather elementary level and will smoothly lead the reader into the more difficult problems of laser physics, including the basic features of the oherence and noise properties of laser light.


Язык: en

Рубрика: Физика/Электромагнетизм/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Год издания: 1985

Количество страниц: 336

Добавлена в каталог: 11.09.2005

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID
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Предметный указатель
$T_{1}$      106
$T_{2}$      105
Absorptive optical bistability      217 231
Adiabatic approximation      169
Angular beam width      53
Annihilation operator, electrons      237
Annihilation operator, photons      237
Axial wave      5
Bad cavity case      198
Beam divergence      20
Beam width      53
Benard instability      189
Bistability condition      228 230
Bistability condition, general case      229
Bloch equations      104 105
Bose — Einstein statistics      272
Broadening, inhomogeneous      80
Broadening, of lines      23 25
Bunching of photons      273
Cavity      1 2 44 215
Cavity mode      44 119
Chaos      9 22 187 191 208
Chaos, criteria      194
Chaos, routes to      195
Chaotic laser light      188 198
Chaotic motion      191
Chaotic outburst      198
Characteristic function      282 183
Chemical laser      30
CO, laser      33 34
CO, molecule      34
Coexistence of modes      91 92 95 187
Coherence      20
coherent interaction      122
Color center laser      41
Commutation relation, bosons      237
Commutation relation, Fermions      237
Competition of modes      187
Conduction band      36 39
Confocal resonator      46 49
Confocal resonator, field distribution      53 54
Control parameter      195 196
Convection instability      189
Cooperative stationary state      229
Correlation functions      246 247
Coupling constant      118 120
Creation operator, electrons      237
Creation operator, photons      237
Critical fluctuations      317
Critical inversion      64
Critical slowing down      317
Damped field mode      280
Damping, of dipole moments      105
Darwin's principle      88 90
Density matrix      7 8 277 279
Density matrix, equation of motion      277
Dipole approximation      120
Dispersive optical bistability      217 231
Distributed feedback laser      48
Distribution function, of laser light      265
Distribution function, of photon numbers      270
Doppler broadening      148
Doppler effect      26 84
Dye laser      31 32
Dye laser, energy levels      32
Electronic transitions in semiconductors      35
Electronic transitions, two-level atom      15
Elimination of atomic variables, two-photon laser      305
Emission, spontaneous      234 253
Emission, stimulated      234 253
Energy band      36 40
Energy levels, $CO_{2}$ laser      34
Energy levels, dye laser      32
Energy levels, exciton laser      41
Energy levels, He-Ne laser      31
Energy levels, ruby      28
Energy scheme, two-level atom      15
Exact resonance      123
Excimer laser      30
Exciton laser      38 41
External field      202 204
Fabry — Perot resonator      3 55 215
Fabry — Perot resonator, field distribution      57
Feigenbaum number      196
Fermi energy      40
Fictitious particle      250 260 268 270
Field energy, quantized      237
Field equations      118 121
Field equations for slowly varying amplitudes      118
Field mode      120
Field mode, damped      280
Fluctuations, critical      317
Fluctuations, deterministic      188
Fluctuations, quantum mechanical      188 241 244
Fokker — Planck equation      7 8 266 267 290
Fokker — Planck equation, generalized, of the laser      290 294
Fokker — Planck equation, stationary solution      267
Fokker — Planck equation, time dependent solutions      275
Four-level atom, pump scheme      25
Free electron laser      42
Frequency coupling      147
Frequency locking      143 145
Frequency locking, of three modes      142
Frequency pushing      151
Frequency shift      129 140 169
Frequency shift in the laser gyro      147
Fresnel number      49
Gain      82
Gain modulation      161
Gap      35 27
Gas laser      29 84
Gas laser, single mode operation      147
Gaussian frequency distribution      86
Gaussian line      26 122
Generalized Fokker — Planck equation of the laser      290
Glauber — Sudarshan distribution function      284
Gyroscope      146
Hanburry — Brown — Twiss experiment      258
He-Ne laser      29 30
He-Ne laser, energy levels      31
Heatbath      10 236 278
Heisenberg equation      240
Hierarchy of instabilities      195
Hole burning      78 80 82 84 85 140 142 150
Hole burning, spatial      87 88 92
Homogeneous broadening      25 123
Huygens' principle      50
Hysteresis      221 227 230 231 232 317
Incoherent processes      122
Inhomogeneous broadening      25 80 85 122 230
Instability hierarchies of laser light      187
Instability hierarchy      195
Instability points, general treatment      164
Interaction field-atoms, coherent      278 294
Interaction function W      74
Intermittency      197
inversion      61 105 197 243 246
Inversion density      82
Inversion modulation      206
Inversion pulsations      138 141 142
Inversion, critical      64
Inversion, saturated      62 80
Inversion, unsaturated      62 80
Irrationality condition      188
Irregular motion      194
k-selection rule      36
Lamb dip      150
LAMP      7 21
Landau theory of phase transitions      314
Landau — Hopf picture      195 196
Langevin equations of the laser, quantum mechanical      245
Langevin equations, quantum mechanical      234 240
Langevin equations, two-photon laser      303
Laser at threshold      264
Laser below threshold      249
Laser chaos produced by external field      202
Laser chaos produced by inversion modulation      206
Laser condition      14 17 63 125 126
Laser equations in a resonator      110
Laser equations, basic      119
Laser gyro      146
Laser Hamiltonian      235
Laser in external field      202
Laser light, chaotic      198
Laser materials      27
Laser principle      1
Laser resonator      44 46
Laser systems      22
Laser transition      24
Laser with saturable absorbers      183
Leontovich condition      56
Lifetime of photons      17
Light quanta      253
Line broadening      23 25
Line narrowing, with increasing pump      251
Linear stability analysis      168 171
Linearization      165
Longitudinal relaxation time      106
Lorentzian line      26 75 122
Lorenz equations      190 191
Lorenz model of turbulence      189 190
Loss modulation      158 160
Lyapunov exponent      194 195
Maser principle      1
Matter equations      101 121
Matter equations, macroscopic      109
Maxwell's distribution      26
Maxwell's equations      6 98 99
Mean field limit, in optical bistability      225 226 228
Metastable state      29
Mode competition      88
Mode coupling      142
Mode in a Fabry — Perot resonator      57
Mode locking      157
Mode locking, active      154 158
Mode locking, passive      154 158
Modes      1 2 44 110 111
Modes, orthogonality relations      111
Modes, reduced equations for amplitudes      136
Modes, stable      167 169
Modes, unstable      167 168 169
Multimode action, of solid state lasers      136
Multimode laser      72 77 88
Multimode laser simple examples      139
Multistability      224 228
NaCl      42
Neodymium glass laser      28
Neodymium YAG laser      29
Newhouse — Ruelle — Takens picture      196
Nonequilibrium phase transitions      310 314
Occupation number      60 242
One-atom stationary state      229
Open system      5 6
Optical bistability      9 215 216
Optical bistability, absorptive      231
Optical bistability, dispersive      231
Optical bistability, general case      223
Optical bistability, mean field limit      225 226 228
Optical maser      1
Optical transistor      10 216
Optical transitions, semiconductors      38
Optical transitions, three-level atom      67
Optical transitions, two-level atom      60
Order parameter      169 176 314
Order parameter, equation of motion      170 179
Order parameter, solution of equation      178
Orthogonality relation of modes      111
p-n junction      37 40
Pattern evolution, close to instability points      164
Period doubling      196
Period tripling      197
Phase diffusion      264
Phase locking      155
Phase transitions      9 22
Phase transitions, Landau theory      314
Phase transitions, nonequilibrium      310 314
Photon      14 17
Photon statistics      7 8 264
Poisson distribution      273
Potential, of fictitious particle      268 270
probability distribution      268
Properties of laser light      19
pulse width      156
Pump scheme, four-level atom      25
Pump scheme, three-level atom      23 24
Pump scheme, two-level atom      16 23
Pumping      16 23 24 122
Pumping process      106
Q-distribution function      284
Q-switching      70 72
Quality of resonator      48
Quantum classical correspondence      8
Quantum mechanical Langevin equations      240
Quantum theory      7 12
Quantum theory of the laser      234
Quasiperiodic motion      194
Quasiperiodicity      187 194
Radiationless transition      24
Rate equations      6 12 59 152 153
Rate equations, derivation of      151
Rate equations, multimode laser      72 77
Rationality condition      188
Recombination      24
Recombination region      41
Reduced equations, for mode amplitudes      136
Relaxation of inversion      106
Relaxation oscillations      67 70
Relaxation processes      122
Relaxation time      122
Relaxation time, longitudinal      106
Relaxation time, transverse      105
Resonance condition      57
Resonator      44 46 110 119
Resonator modes      110 119
Resonator, confocal      46
Resonator, convex-plane      46
Rhodamine      6G
Ring cavity      47 125
Ring laser      47 125
Rotating wave approximation (RWA)      113 121
Routes to chaos      187 195
Ruby      5 14 27 28
Ruby, energy levels      28
Ruby, experimental setup      14
Ruelle — Takens picture      196
Running waves      116
RWA      113 121
Saturable absorber      158 159 160 183
Saturated inversion      62 80 128
Saturation dip      150
Saturation intensity      220
Second laser threshold      178
Self-organization      310 311
Self-pulsing lasers, basic equations      162
Semiclassical laser equations, in the RWA and SVAA      116
Semiclassical laser equations, macroscopic quantities      108
Semiclassical laser equations, theory      6 12 98 (23
Semiconductor laser      35 41
Sideband      142
Single mode laser      85 123 126 131
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