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Anisimov S.I., Khokhlov V.A. — Instabilities in Laser-matter interaction
Anisimov S.I., Khokhlov V.A. — Instabilities in Laser-matter interaction



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Название: Instabilities in Laser-matter interaction

Авторы: Anisimov S.I., Khokhlov V.A.

Язык: en

Рубрика: Физика/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Год издания: 1995

Количество страниц: 147

Добавлена в каталог: 02.02.2010

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID
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Предметный указатель
Ablation      35 56 57 88 89 91 125 135 137
Ablation of polymers      35 88
Ablation, cold      39 88
Ablation, front      36 88 89 91
Ablation, front, perturbed      89
Ablation, front, temperature      38
Ablation, front, velocity      36
Ablation, kinetics      91
Ablation, photochemical      35
Ablation, photophysical      36
Ablation, rate      39 88 91
Ablation, threshold      35
Ablation, velocity      35—38 91
Absorbing inclusions      25 26 28 32 136
Absorption and vaporization waves, synchronous propagation      32
Absorption, coefficient      10 26 30 32 35 82—84 121 125 135 136
Absorption, halo      29 31
Absorption, wave      28—30 32 34 106
Activation energy      36 37 39 89 91 106
Adiabaticity condition      55
Atwood number      58
Avalanche breakdown      25 29 31
Bessel functions      132
Boltzmann equation      48
Bouguer law      103
Boundary value problem      16 26 27 37 83 89 131
Breakdown of polymers      30
Breakdown, criterion      27 31
Breakdown, mechanism      25 26 29 31
Breakdown, optical      5 28 86 106 136
Breakdown, probability      28
Breakdown, threshold      28 29 31 82 136
Chemical reactions      136 137
Condensation, discontinuity      49 50 51
Condensation, shock      48 49 51
Condition, adiabaticity      48 50
Condition, boundary      10—14 19 27 32 33 58 74—76 83 84 89 93 110—112 115
Condition, boundary, hydrodynamic      45 47—49 116
Condition, boundary, on ablation front      37
Condition, boundary, on discontinuity surfaces      51
Condition, boundary, on evaporatin front      16 103 116
Condition, boundary, on melting front      15 117
Condition, boundary, on moving phase boundary      14
Condition, boundary, on shock wave      51
Condition, supersaturation      47
Conductivity, thermal      10 27 28 36 110
Contact boundary      51 57 58 135
Convective instability      55
Corrugation instability      6 21 73 79 88 93 101 114 128 137
Critical size of inclusion      28
Current, photoemission      66
Debye temperature      10
Deposition      63 64
Deposition of excited species      39
dispersion      28 78 80 81 94 113 118—121
Dispersion equation      58 76 78—80 86 87 89 95 112 118 120 121 129 130
Distribution function      28 45 46 70
Distribution function in Knudsen layer      46
Distribution function of electrons      31 69
Distribution function of inclusions      28
Drude — Zener, model      10 19
Electron, relaxation dynamics      63
Electron, temperature      64 65 66 68 69
Electron, thermal conduction      28 64 65
Electron-phonon coupling      64
Emission, anomalous      63 70
Emission, current      66 67 68
Equations of gas dynamics      50
evaporation      5 15 25 32—35 45 46 48 68 73 88 97 101 103 106 109 138
Evaporation, front      16 18 21 34 74 79 80 93 115—118 121
Evaporation, front, perturbed      76 94
Evaporation, front, velocity      16 18 74 75 115 117 119
Evaporation, rate      16 18 115 117 119 120
Evaporation, wave      16 18 32 34 80—83 99 100 114
Evaporation, wave, in dielectrics      82 101
Excited species      36 37 39 40 88 89 91
Expansion of vapor      46 47 49—51
Expansion, adiabatic      50 55 56
Explosion      86 87 101
Fermi distribution      66 69
Fermi energy      64
Fourier amplitudes      95 97 101
Fourier components      95 96 98
Front of thermal wave      29
Front, vaporization      6 19 21 22 32 45 50
Fusion      6 15 58 136
Gamma-function      53
Gas-dynamics equations      49 50 52 53 55 56
Gravitational force      55 57 115 119
Gravitational-capillary waves      113 114 118
Growth rate      76—78 80 81 85—88 95 97 100 101 109 119—121 130 136 137
Heat conduction equation      10 13—16 19 26 29 32 36 65 74 83 93 103 110 111 115 116 126 128 132
Hot electrons      65 69
Hugoniot relations      48
Hydrodynamic boundary conditions      45 47—49 116
Inclusions      25 26 28 29 136
Instability of contact boundary      45 58
Instability of laser vaporization      82 93
Instability of vapor-plume expansion      54
Instability, aperiodic      119 120
Instability, criterion      29 91
Instability, development      80 113 116 137
Instability, growth rate      56 58 78—80 84 85 89 91 114 117—119 129
Instability, hydrodynamic      9 121
Instability, Rayleigh — Taylor      58 59 135 136
Instability, threshold      79 100 120
Interference      125 127 128 129 137 138
Inverse Bremsstrahlung      63
Jouguet condition      46 49
Kinetic equation      31 45 48 69 70 127
Knudsen layer      45 47 48 50 51
Laplace, operator      128
Laplace, transformation      11
Laplace, transformation, inverse      11 12
Latent heat of fusion      14 15 116
Latent heat of vaporization      15 16 47 77 83 116
Lattice, temperature      65 68
Legendre polynomial      58
Lie group transformation      52
Liquid      5 9 10 14—17 19—22 31 45 69 73 79 109 110—116 118—121 137
Luminescence      68 69
Mach number      47 51
Maxwell equations      19 103
Maxwellian velocity distribution      45
Melting      5 9 25 26 35 63 114
Melting and vaporization fronts      19 20 21
Melting, bulk and surface      15
Melting, front      14 19 21 116 118 120
Melting, front, temperature      20
Melting, front, velocity      14 15
Melting, kinetics at low superheating      14
Melting, point      13—15 20 68 73 109
Multiphoton ionization      9 25 29 31
Multiphoton photoelectric effect      65
Navier — Stokes equations      110 111
Neumann's solution      14
Nonlinear development of instability      73
Nonstationary evaporation waves      79 137
Nucleation, homogeneous      15
Optical absorption      9 10 25 82
Oscillating perturbations      88
Oscillatory growth      79
Oxidation      125—128 132 137
Oxidation, kinetics      130
Oxidation, law      128 130 131
Oxide      30 125—131 136 137
Oxide, layer      126—128 130
Periodic perturbations      94
Perturbation, wavenumbers      94 96
Perturbations, short-wavelength      58
Perturbed ablation front      89
Perturbed evaporation front      76 94
Phase, boundary      14 17 18 20 21 34 46 50 73—76 79 83 84 87 94 95 97 99 100 102 104 106 111 115 116
Phase, transition      9 10 135 137
Phase, transition, in solids      15
Phase, transition, kinetics      14 16
Plume      54 56 57
Plume, expansion      54
Prandtl number      112
Principal radii of curvature      14 74 115
Problem of Stefan      14 16
Pulsed UV-laser ablation      39
Rarefaction wave      50 51
Rarefaction wave, centered      46
Rayleigh — Teylor instability (RTI)      58 59 135 136
Reflection      18 104 114 127
Reflectivity      5 12 18 19 20
Relaxation time      37—39 89—91
Saturated vapor, density      46 47 48
Saturated vapor, pressure      13 14 16 48 50 73 75
Schroedinger equation      27 84
Seed electrons      31
Shock wave      6 50 135
Shock wave, compression      137
Shock wave, generation      25 56
Shock wave, strong      45 48
Shock wave, strong, structure      46
Shock wave, velocity      51
Similarity variable      49 50
Skin depth      10 12 13 75
Sonic point      46 47
Sound speed      14 16 46 58
Sound speed in ambient gas      51
Sound speed in two-phase mixture      49
Sound speed in vapor      116
Sound velocity      47 119
Spatial scale of temperature field      10 12 13 17 76
Specific heat      10 126 131
Specific heat, vaporization      5 74 75 137
speed of light      19
Speed of sound      see "Sound speed"
Spin      100 101 138
Spin sublimation      99
Stability      17 26 74—77 79 83 84 88 95 97 99 100 104 114 116 128 131 132
Stability of ablation front      91
Stability of vapor expansion      54 56
Stabilization      58 75 87 91 120 122
Stationary, evaporation wave      17 18 32 33 47 73 75—77 80—83 99 106 116
Stationary, regime of evaporation      74 79 100
Stationary, structures      99 113
Stimulated emission      36
Stream function      114 116 117
Strong, evaporation      45
Strong, shock wave      45 46 48
Structure of vapor flow      45 48
Sublimation      79 93 99 115 118 119
Supercriticality      95 97 99 100 114 137
Superheating      14 15
Supersaturated state      47 48
Supersaturated vapor      50
Surface, energy density      4 74
Surface, evaporation      32 115
Surface, reflectivity      10 12 18 20 68 125
Surface, temperature      10—13 18 33 35 37 39 46 47 51 64 110 115 131
Temperature field      10 12—14 16 26 29 74 79 83 93 95 99 100 104 115 128 131 132
Thermal, conductivity      64 83 103
Thermal, conductivity, of dielectric      26
Thermal, explosion      125 135
Thermal, instability      26 135
Thermal, ionization mechanism      30 31
Thermal, relaxation time      36 88
Thermal, wave      26 30
Thermionic electron emission      5 65 66
Thermocapillary, instability      109 110
Thermocapillary, waves      112 113
Thermochemical instability      30 136 137
Threshold      25 28 29 69 77—79 93 113 131
Threshold, fluence for ablation      35
Threshold, intensity      27 31 82 113
Transparent dielectrics      6 25 31—33 35 82 88
Turbulence in vapor plumes      55
Ultrashort laser pulses      6 63 65 68 70
UV-laser ablation of polymers      35 39 88
Vapor      48—53 59 73 83 135
Vapor, expansion dynamics      47 51
Vapor, plume      16 45 51 54 56 58 135
Vaporization      9 13—16 34 54 69 79 87 89 96 99—106 114 128
Vaporization, front      73—75 77 83 88 95 97—100 104 106 115 118 137
Vaporization, front, velocity      18 32 47 104 119
Vaporization, wave      82 83 94 95 101 103 137
Velocity distribution of evaporated atoms      45 50
Wave      17 26 29 30 32 33 70 73 75—79 82 100 104 114 117 119 132 138
Wave, equation      19 103
Wave, length      77 115 120—122 126—129 131 138
Wave, number      78 86 87 89 93 95 97 100 101 112
White noise      95 96 97 98
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