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| Gavrila M. (ed.) — Atoms in intense laser fields |
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| Ïðåäìåòíûé óêàçàòåëü |
Above-threshold ionization (ATI) 2 11—25 43—45 50—54 61—65 see
Above-threshold ionization (ATI) and harmonic generation 175—177 276—277 313
Above-threshold ionization (ATI) in long pulse regime 50—51
Above-threshold ionization (ATI) in nonperturbative theories 17—23 267—271 311—312 489—499
Above-threshold ionization (ATI) in numerical experiments 311—312
Above-threshold ionization (ATI) in perturbation theory 11—17 490—491 494
Above-threshold ionization (ATI) in short pulse regime 52—54 61 62
Above-threshold ionization (ATI), hydrogen atom, Floquet results 396—405 407—411 488—499
Above-threshold ionization (ATI), hydrogen atom, TDSE results 267—271
Above-threshold ionization (ATI), microwave 99—105
Above-threshold ionization (ATI), photoelectron energy spectra 12 14 33 51—52 54 60 254—256 267—271 311—312 355 356 360 367
Above-threshold ionization (ATI), resonance structures in 52—54
Above-threshold ionization (ATI), role of angular momentum 23—25
Absorbing boundaries, for TDSE approach 256
Ac Stark shifts 16 26 29—34 44 52 58 59 61 77—98 264 269 291 294 307—308 see
Adiabatic evolution of resonance (Floquet) states 376—377 385—387 405—406 444—445 493—494 498—499
Adiabatic stabilization 439
Adiabatic stabilization of ground state of H 492—494 496
Adiabatic stabilization of Rydberg states 498—499
Alkaline-earth atoms, MPI studies of 8 35—36
Argon, ATI photoelectron spectra 54 60
Argon, harmonic generation, experiment 148—155
Argon, phase mismatch 187
Argon, single-atom harmonic generation spectrum 172
ATI see "Above-threshold ionization"
Autoionization 98—99
Autoionizing states 385
Avoided level crossings 77 82—85 91 238—239 385—387 399 413 472 480 482
Beam focusing 55 146 406
Beam focusing, influence on harmonic generation 157—160 183—184
Beam focusing, influence on photoionization yields 54—61 405—407
Boundary conditions, stationary approach, laboratory frame 442—444
Boundary conditions, stationary approach, oscillating frame 446—450
Chirped pulse amplification (CPA) 6
Classical field versus photon descriptions of microwave ionization 80—91
Coherence length 194
Coincidence measurements, electron 36
Collision-free ionization 211—225 see
Complex coordinate dilatation 424
Complex electric field plane 387—391
Continuity equation 440 446 450
Continuum generation 7
Correlation diagrams, atomic 472 480—482
Coulomb explosion, molecular 219
Diabatic evolution of Floquet (resonance) states 385—387 396 398 405—406 445
Dichotomy, atomic 277—287 474—476 484—486 see
Dipole approximation 440 500
Dipole, radiatively induced atomic 162—163 170 257
Dominant and shadow states 376 382—385 388 417—419
Doubly charged ions 35 36
Doubly excited states 290
Dressed potential Hamiltonian 325 456 463
Dynamic stabilization 502—504
Energy level crossings (avoided crossings) see "Quasi-energies and level crossings"
Energy level shifts 307—308 411—413 462 465 467—468 473—474 see "Perturbation "Stark in
Excess-photon ionization (EPI) 2 see
Faisal — Reiss theory 63—64 405 see "Keldysh
Field ionization 2 23 37 67—69 see
Field-induced bound states 384—385 417—419 500—501
Floquet states 87 169 375—376 381 see
Floquet states, adiabatic evolution 376—377 385—387 405—406 444—445 493—494 498—499
Floquet states, boundary conditions 381—383 424
Floquet states, diabatic evolution 385—387 396 398 405—406 445
Floquet states, dominant and shadow states 376 382—385 388 417—419
Floquet states, normalization 392—393 453
Floquet theory (laboratory frame) 375—379 380—382 see
Floquet theory (laboratory frame) for Rydberg states 85—89 92—93
Floquet theory (laboratory frame), boundary conditions 381—383 424 442—444
Floquet theory (laboratory frame), eigenvalue problem 380—385
Floquet theory (laboratory frame), high frequency regime 411—419 501
Floquet theory (laboratory frame), low frequency regime 419—423
Floquet theory (laboratory frame), normalization of states 392—393 453
Floquet theory (laboratory frame), system of coupled equations 170 381 423—429
Fluorescence following laser irradiation from atomic ions 225—229
Fluorescence following laser irradiation from ionic molecules 229—233
Free-free transitions (FFT) see also "Scattering laser
Free-free transitions (FFT) and ionization 442 448 463
Free-free transitions (FFT) in numerical experiments 315—317
Gordon — Volkov wave function 329 441 445 see
Green's functions 456—459
Harmonic generation 7 119—127 139—201 257—258 271—276 286—288 378 379
Harmonic generation and ATI 175—176 276—277
Harmonic generation from  274—276
Harmonic generation from Ar 148—155
Harmonic generation from H 169—170 272—276
Harmonic generation from He 149 154
Harmonic generation from Kr 148 149 154
Harmonic generation from models 173—177 274—276
Harmonic generation from Ne 149—155 295—297
Harmonic generation from stabilized states 286—288
Harmonic generation from Xe 147—154 199 295
Harmonic generation in large ponderomotive potentials 119—127 130—131
Harmonic generation, experimental methods 143—147
Harmonic generation, experimental results 126—127 147—161
Harmonic generation, fifth harmonic 155 156 158 159
Harmonic generation, phase matching effects 119—127 178—196 258 271—276
Harmonic generation, single atom spectra 162—177 271—273
Harmonic generation, theoretical description 161—199
Harmonic generation, third harmonic 154 199
Helium, harmonic generation 149 154
Helium, single active electron model 291—294
Helium, threshold ionization intensity 213 216
Helium, time-dependent  -basis theory 365
Helium, time-dependent Hartree — Fock method for 260 288—291
High-frequency Floquet theory 455—499
High-frequency Floquet theory, analytical results for H 471—479 488—496
High-frequency Floquet theory, convergence of iteration scheme 468—470
High-frequency Floquet theory, high-frequency condition 469
High-frequency Floquet theory, iteration scheme 459—463
High-frequency Floquet theory, lowest approximations 463—468
High-frequency Floquet theory, relativistic generalization 500
High-frequency Floquet theory, two-electron case 499—500
High-frequency regime 411—419 455—500
Hydrogen atom, experiments 8 25—27
Hydrogen atom, experiments, Bielefeld experiment compared to theory 407—411
Hydrogen atom, full Floquet theory results, Bielefeld experiment, comparison with 26 407—411
Hydrogen atom, full Floquet theory results, harmonic generation 169—171 378 379
Hydrogen atom, full Floquet theory results, high-frequency regime 411—419
Hydrogen atom, full Floquet theory results, multiphoton ionization (MPI) 396—405
Hydrogen atom, full Floquet theory results, stabilization 414—417
Hydrogen atom, full Floquet theory results, two-color ionization 394—395
Hydrogen atom, high-frequency Floquet theory results, adiabatic stabilization 492—494 496 498—499 504
Hydrogen atom, high-frequency Floquet theory results, in circularly polarized fields 472—474 476—479 486—487 489—494
Hydrogen atom, high-frequency Floquet theory results, in linearly polarized fields 472—476 479—486 494—499
Hydrogen atom, high-frequency Floquet theory results, ionization 488—499
Hydrogen atom, high-frequency Floquet theory results, large- 474—479 492—494 495—496 500
Hydrogen atom, high-frequency Floquet theory results, low- 472—474 490—491 494
Hydrogen atom, high-frequency Floquet theory results, structure 470—487
Hydrogen atom, TDSE results, ATI photoelectron spectra 267—271
Hydrogen atom, TDSE results, harmonic generation 170—173 175 271—277 295—297
Hydrogen atom, TDSE results, ionization rates 261—267
Hydrogen atom, TDSE results, stabilization and trapping 277—287
Hydrogen molecule, harmonics spectra 274
Hydrogen negative ion  9—10 403—405 499—500
Intensity, time-dependent, and stationary approach 405—407 444—445 493—494 498—499
Intensity, time-dependent, in TDSE approach 267—271 305—306
Inverse Bremsstrahlung 110 115 see
Inverse Faraday effect 134
Ionization see also "Multiphoton ionization (MPI)"
Ionization, channels 381—384 448—449
Ionization, rates see "Rates of ionization"
Ionization, regimes 317—323
Ionization, resonant 34 35 52—54 256 268 269 335—370 385—387
Kapitza — Dirac effect 101
Keldysh parameter 212 264 289 380 419
Keldysh theory 215—218 405 see "Faisal
Keldysh — Faisal — Reiss (KFR) theory 18 24 27 63—64 see "Faisal
Kramers — Henneberger frame 323—324 394 see
Kramers — Henneberger frame, ionization physics in 277 323—331
Krypton, harmonic generation, experiment 148 149—151 154
| Krypton, phase mismatch for 187
Krypton, single-atom harmonic generation spectrum 172
Krypton, threshold ionization intensity 213
Landau — Zener theory 55—56 77 79 80 82—85 89 91 239 377
Lasers,  , picosecond 7 112
Lasers, amplifiers for short pulses 5—7
Lasers, dye 6
Lasers, excimer 6—7
Lasers, frequency conversion 7—8
Lasers, Kr F*, subpicosecond 208—210
Lasers, Nd:YAG 5
Lasers, oscillators for short pulses 4—5
Lifetime, atomic 450—455 see
Lifetime, atomic, of hydrogen 488—499
Line of charges 464 471 486 487
localization 276—287 322—323 see atomic"
Low-frequency regime 419—423
Lowest order perturbation theory (LOPT), limitations of 11—17 310 435—436 490—492 494
Mask function 256
Microwave cavity 70—76
Microwave excitation of Rydberg states 80—82
Microwave ionization of Rydberg states, circular polarization 94—99
Microwave ionization of Rydberg states, linear polarization 77—80 91—94
Molecular MPI 218—225
Molecular MPI, atomic ion production 219—221
Molecular MPI, diatomic ion yields 224—225
Molecular MPI, site-specific energy deposition 221—224
MPI see "Multiphoton ionization (MPI)"
Multiphoton ionization (MPI) 1—37 see "Collision-free
Multiphoton ionization (MPI), in nonperturbative theories 17—23
Multiphoton ionization (MPI), in perturbation theory 11—17
Multiphoton ionization (MPI), of atoms 212—218
Multiphoton ionization (MPI), of molecules 218—225
Multiphoton ionization (MPI), quasistatic model of 111—116 see
Multiphoton ionization (MPI), role of angular momentum 23—25
Multiphoton multiple ionization 3 35—37
Multiphoton multiple ionization and collective electron response 3 36
Multiphoton multiple ionization, direct 35—37
Multiphoton multiple ionization, sequential 35
Negative ions, as targets for MPI experiments 8—10
Neon, harmonic generation, experiment 149—156
Neon, single-atom harmonic generation spectra 295—297
Neon, threshold ionization 213
Normalization of Floquet (resonance) states 392—393 453
Numerical experiments 301—303
Oscillating, Kramers — Henneberger frame 445—446 see
Pade approximants method 390—391 393
Peaceman — Rachford propagator 249 252 289
Perturbation theory expansion for level shifts 14—17 390—391 421
Perturbation theory, lowest order results for energy level shifts 472—474
Perturbation theory, lowest order results for harmonic generation 273
Perturbation theory, lowest order results for ionization rates 263 403—405 414 490—491 494
Phase matching in harmonic generation 183—195 271—273
Phase matching in harmonic generation, geometrical 184
Phase matching in harmonic generation, model, for strong fields 193—195
Phase matching in harmonic generation, neutral atoms 181 186 187
Phase matching in harmonic generation, strong fields 188—193
Phase matching in harmonic generation, weak fields 183—188
Phase mismatch in harmonic generation, free electrons 187 198
Photoelectric yield (signal) 339—340 405—411
Photoelectric yield (signal), spatial structure in 54—61
Photoelectron energy spectra (ATI) 50—61 254—256 267—271 355 356 367
Photon versus classical field descriptions of microwave ionization 80—91
Plasmas, electron temperature 133
Plasmas, enhanced collision frequency 134
Plasmas, magnetic field effects 133—134
Plasmas, MPI effects in 131—134 240
Polarizability, atomic 30 186 258
Ponderomotive forces 44—52 101 410—411 442
Ponderomotive potential energy 45—52 99—105 117—119 262 267 339 374 377 379 396
Potential (energy), dressed 324—325 463 464
Potential (energy), dressed Coulomb 471
Potential (energy), effective, one-electron 249 260—261
Potential (energy), end-point 474 475
Potential (energy), short range 444 457 500—501
Potential (energy), soft core Coulomb 303—306 502 503
Potential (energy), zero-range 20 24 378
Propagation of radiation in ionized medium 119—127 196—198
Propagation of radiation in ionized medium, channeled propagation 240
Propagation of radiation in neutral medium, integral formalism for 180—187
Propagation of radiation in neutral medium, phase matching, strong fields 188—195
Propagation of radiation in neutral medium, phase matching, weak fields 183—187
Propagation of radiation in neutral medium, theoretical background 178—180
Quasi-energies 376 379 382 448 see
Quasi-energies and level crossings (avoided crossings) 77 82—85 377 385—390 396—403
Quasi-energies for hydrogen 396—405
Quasi-energies, analytic structure in complex electric field plane 387—391
Quasi-energies, location in complex energy plane 381—385
Quasi-energies, numerical computation 379 423—429
Quasi-energies, series expansion in electric field 390—391 420—421
Quasi-energies, series expansion in frequency 420—423
Quasi-static model of MPI 111—116
Quasi-static model of MPI and conservation laws 116—117
Quasi-static model of MPI, relativistic generalization 127—130
Quiver energy see "Ponderomotive potential energy"
Quiver motion 15 22 28 127 250 256 441 see
Quiver motion, relativistic 127—129
Rates of ionization 256 376 381—382 391—394 450—453 see
Rates of ionization in Keldysh and Faisal — Reiss approximation 405
Rates of ionization in LOPT 263 403—405 414 490—491 494
Rates of ionization, Born approximation for 488—489
Rates of ionization, continuity equation approach 450—451
Rates of ionization, high-frequency expressions 465—467
Rates of ionization, partial 391—394 450—453
Refractive index, nonlinear 156 179
REMPI (resonantly enhanced multiphoton ionization) 335 see resonant"
REMPI (resonantly enhanced multiphoton ionization), density matrix description of 337—343
REMPI (resonantly enhanced multiphoton ionization), type A 343—353
REMPI (resonantly enhanced multiphoton ionization), type B 353—358
REMPI (resonantly enhanced multiphoton ionization), type C 358—360
Resonance energies 448—449 461—462 see
Resonance energies, in high-frequency Floquet theory 461—462 465—468
Resonance states 436—438 446—450 see
Resonance states in high-frequency Floquet theory 459—468
Resonant ionization see "REMPI"
Rydberg atoms (states) 68—69
Rydberg atoms (states) in strong microwave fields 67—106
Rydberg atoms (states), adiabatic stabilization 496—499
Rydberg atoms (states), stark shift in 77—98
Saturation (intensity) 3 152 199 340
Scattering, laser assisted 378 383 see
Shadow poles see "Dominant and shadow states"
Short-wavelength generation 207—241
Simple-man's theory 22 24 28 102—105 see Quasi-static
Space charge 10
Space-time dependence of laser pulse 254 305—306 314—315 349 405—407 see time-dependent"
Space-time dependence of laser pulse, and photoelectric yields 267—271 405—407
Space-time dependence of laser pulse, effects of 345—346 349—352 354—357 369—370 409—410
Space-translated Schroedinger equation 445
Spectrometers (electron) for MPI/ATI experiments 10—11
Stabilization see also "Adiabatic stabilization" "Dynamic "Localization"
Stabilization and ponderomotive shift of Rydberg levels 118—119
Stabilization in full Floquet theory 414—417
Stabilization in high-frequency Floquet theory 439 492—494 496 498—499
Stabilization in numerical experiments 317—332
Stabilization in TDSE approach 277—287 367—369
Stabilization, comparison of Adiabatic and Dynamic stabilizations 504
Stark shifts in Rydberg atoms 77—98
Stationary approach 436—454 see "Floquet "Resonance
Stationary approach and wave packet approach 454—455 502—504
Stationary approach for oscillating frame 446—454
Stationary approach for oscillating frame, boundary conditions 446—450
Stationary approach for oscillating frame, high-frequency Floquet theory 455—499
Stationary approach for oscillating frame, limitations of 452 454—455
Stationary approach for oscillating frame, regularization procedure 450 462—463
Stationary approach for oscillating frame, resonance states 436—438 446—450 454—455
Stationary approach, connection with wave packet approach 454—455 502—504
Stationary approach, laboratory frame 439—444
Stationary approach, oscillating frame 446—454
Stimulated photon scattering 46 50
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