Главная    Ex Libris    Книги    Журналы    Статьи    Серии    Каталог    Wanted    Загрузка    ХудЛит    Справка    Поиск по индексам    Поиск    Форум   
blank
Авторизация

       
blank
Поиск по указателям

blank
blank
blank
Красота
blank
Cramer N.F. — The Physics of Alfvén Waves
Cramer N.F. — The Physics of  Alfvén Waves



Обсудите книгу на научном форуме



Нашли опечатку?
Выделите ее мышкой и нажмите Ctrl+Enter


Название: The Physics of Alfvén Waves

Автор: Cramer N.F.

Аннотация:

Low-frequency wave modes of magnetized inhomogeneous plasmas have been subject to intense study in the last decade because they play important roles in the transport of energy in the plasmas. The "Alfvn wave heating" scheme has been investigated as a supplementary heating scheme for fusion plasma devices, and it has been invoked as a model of the heating of the solar and stellar coronae. This book covers the latest research into the properties and applications of low-frequency wave modes in magnetized plasmas, the Alfvn waves and magneto-acoustic waves, in the context of laboratory, space and astrophysical plasmas. In particular, non-ideal effects on the dispersion relation and absorption properties of linear and non-linear waves are included, such as ion-cyclotron effects, friction between the ionized plasma and a background gas of neutral atoms, and the interaction of the plasma with dust particles. The book also surveys the theory of Alfvn and magnetoacoustic waves in inhomogeneous plasmas, as occur in realistic laboratory, space and astrophysical plasmas, with resulting localized wave modes such as surface waves. Waves are considered under a variety of plasma conditions, ranging from cold cosmic plasmas, to hot laboratory and solar plasmas, to the relativistic plasmas around pulsars.


Язык: en

Рубрика: Физика/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Год издания: 2001

Количество страниц: 298

Добавлена в каталог: 19.03.2006

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID
blank
Предметный указатель
Acceleration of charged particles      141—142
Acceleration of charged particles by KAW and IAW modes      211
Acceleration of charged particles, cosmic rays      52
Acceleration of charged particles, diffusive shock      141
Acceleration of charged particles, Fermi      141
Acceleration of stellar wind      214—216
Acoustic wave absorption at sunspots      238
Adiabatic gas law      4 84
Adiabatic index      4
Adiabatic invariant      46
Alfven continuum      86 188 190 195 198
Alfven resonance      65 67 70 72 74 80 86 89 95 101 109 114 122 173 190
Alfven resonance, absorption      251
Alfven resonance, absorption in solar corona      230—232
Alfven resonance, cone      63 206 212
Alfven resonance, energy accumulation      184
Alfven resonance, frequency      73 78 191 244
Alfven resonance, heating      74 102
Alfven resonance, point      69 74 183 201
Alfven speed      5 13 25 34 35
Alfven surface wave      97
Alfven velocity vector      86
Alfven wave      13—16 25 28 35 38 42
Alfven wave in pair plasmas      263
Alfven wave, compressional      16 173 176 184
Alfven wave, discrete      185 193—201 237
Alfven wave, discrete in cylindrical plasma      199—201
Alfven wave, discrete in slab plasma      194—198
Alfven wave, discrete, coupled      201
Alfven wave, discrete, cylindrical      201
Alfven wave, displacement current effect      260
Alfven wave, dust charging      220
Alfven wave, fast      19 26 35 36
Alfven wave, fast, damped      32
Alfven wave, global      185
Alfven wave, guided      206
Alfven wave, local shear      67
Alfven wave, localized      62—63 81 86 104 169 171 206—208
Alfven wave, resistive      82 83 90 170
Alfven wave, shear      5 15 26 67 71 82
Alfven wave, shear with pressure anisotropy      138
Alfven wave, shear, unstable      138
Alfven wave, slow      19 26 39 47
Alfven wave, slow, damped      32
Alfven wave, torsional      177
Alfven, Hannes      1
Ambipolar diffusion      240 246
Ampere's law      4
Antenna excitation      74 97 186 206
Antenna resistance      185
Astrophysical plasmas      239—268
Aurora      52 212
Backward wave      56 57 75
Beams      52 102 140
Beating of waves      158
Benjamin — Ono equation      162
Bessel function model of magnetic field      189
Bessel function radial solutions in cylindrical geometry      172 173 233
Bessel functions as solutions of the wave equation      96
Bessel functions in the dielectric tensor      8 269
Bessel functions, general properties      45 271
Beta, electron      5 40
Beta, ion      5 40
Beta, plasma      5 40
Boundary conditions at cylindrical surface      191
Boundary conditions at planar surface for KAW and IAW modes      128
Boundary conditions at planar surface for nonlinear waves      163
Boundary conditions at planar surface in cold plasma      91 99 125
Boundary conditions at planar surface in hot plasma      112 117
Boundary conditions with plasma flow      137
Carrier wave      147
Characteristic variables      14 28 30 138
Charge separation in short perpendicular wavelength mode      52
Clemmow — Mullaly — Allis diagram      11
Collision dominated plasma      2
Collision frequency      2 3 27 242
Collisionless plasma      6 8 21
Collisionless plasma, cold      21—26
Collisions, electron ion      27
Collisions, ion-neutral      27 28 80 129 242 253
Cometary plasmas      220—229
Complex Alfven speed      28
Complex density      28
Complex plane      38 170
Compressive resonance      67 72 74 75 87 95 114 120 122 168
Compressive stress      15
Compressive wave      16 56
Conductivity tensor      8 31 244—245
Conductivity, Cowling      32 246
Conductivity, Hall      31 244
Conductivity, parallel      31 244
Conductivity, Pedersen      31 244
contaminants      34
Continuity equation      2 4
Cosmic rays      141
Current drive      161 167 205
Current sheet      84 111 115 116 230 251
Current, effects on waves      188—193 236
Current, force-free      188
Curvature force      6
Cusp resonance      see "Compressive resonance"
Cutoff      36 67 68 76 90 120
Cutoff frequency      67 70 106 176
Cutoff points      183
Cutoff-resonance pair      71
Cutoff-resonance-cutoff triplet      71 183 250
Cyclotron frequency      22 34
Cylindrical plasma      65 81 171—182 233
Cylindrical plasma, bounded      173—180
Cylindrical plasma, nonuniform      182—188
Cylindrical plasma, uniform      172—173
Damping      42
Damping, Alfven resonance      68 95 182
Damping, collisional      26—33 80—83
Damping, collisional, Hall      30—33
Damping, collisional, ion-neutral      27—28 80—81 246
Damping, collisional, low-frequency      27
Damping, collisionless      39
Damping, compressive resonance      95
Damping, cyclotron      39 43 48 80
Damping, dust charging      219
Damping, Landau      127 160
Damping, Landau, electron      41—43 46 61 212
Damping, Landau, ion      46 52 61
Damping, Landau, nonlinear      141 160
Damping, radiative      180
Damping, resistive      29—30 82—83
Damping, resistive in solar corona      231
Damping, resonance      93 95
Damping, transit time magnetic      46 47 50 51 57 160
Damping, viscous, in solar corona      231
DAW (Discrete Alfven wave)      see "Alfven wave"
Debye length      45
Degeneracy      19
Density discontinuity      90
Density jump      90 98
Density ramp      90 91 98
Derivative nonlinear Schrodinger equation      147
Dielectric tensor      8 22 24 37 40 41 57 71 269—272
Dielectric tensor as differential operator      186
Dielectric tensor, gyrotropic elements      263 266
Dipole magnetic field      210
Direct excitation of waves      206
Discontinuous transition      94 136
Dispersion equation      9 14 24 42
Dispersion equation, Alfven      13
Dispersion equation, Hall      20 32 43
Dispersion equation, Hall, collisional      32
Dispersion equation, Hall, warm      71
Dispersion equation, high-beta      46
Dispersion equation, kinetic      48 61
Dispersion equation, low-frequency      57
Dispersion equation, magnetoacoustic      13
Dispersion equation, two-potential      60
dispersion relation      9
Displacement current      4 12
Distribution function      38
Distribution function, bi-Maxwellian      38 139 269
Distribution function, Juettner relativistic      265
Distribution function, Maxwellian      2 21 39 40
Distribution function, Maxwellian, shifted      140
Distribution function, nongyrotropic      221
Distribution function, nonthermal      39
Distribution function, ring-beam      222
DNLS      see "Derivative nonlinear Schroedinger equation"
DNLS-Burgers equation      149
Doppler effect, anomalous      141 268
Doppler effect, normal      141
Doppler shifted frequency      39 137
Drift, Hall      48
Drift, particle      7 39
Dust cutoff frequency      218
Dust cyclotron damping      219
Dust cyclotron resonance      218
Dust grain charging      219
Dust grains      33 34 216 222
Dust neutral coupling      253—260
Dust-ion hybrid resonance      218
Dust-ion hybrid resonance frequency      218 244
Dust-whistler wave      218
Dusty plasmas      216—220 240—260
Dusty plasmas around comets      226—229
EAE      see "Elliptical Alfven eigenmode"
Eigenmodes      167 191
Electron cyclotron frequency      50
Electron density      5
Electron inertia      7 19 52 53 55 60
Electron inertial length      54 55
Electron plasma frequency      3
Electron pressure      7
Electron-positron plasmas      see "Pair plasmas"
Electrostatic wave      38 41
Elliptical Alfven eigenmode      204
Ellipticity effects in Tokamaks      202
Energy accumulation at the resonance      69
Energy density      9
Energy flux      9
Energy transport      53 55 65
Envelope modulation      147
Equation of state, adiabatic      4—6
Equation of state, double adiabatic      6 138
Equation of state, incompressible      4
Equations of motion      2
Evanescent waves      68 73
Extraordinary mode      263
Faraday's equation      137
Fast wave      39 71
Field line resonance      102 210
Finite Larmor radius effects      46 186
FLR      see "Finite Larmor radius effects"
Fluid-motion equation      4 136
Forced oscillations      158
Forward wave      56
Fourier transforms      8 13 132 154 158
Frozen-in magnetic field      4
Fusion plasma      74 97
GAE      see "Global Alfven eigenmode"
Gaps in spectra      201
Generalized Alfven resonance      69
Geomagnetic current sheet      84
Geomagnetic substorms      84
Geometric dispersion      162
Global Alfven eigenmode      193
Gravitational collapse      239
Green's function      115
Group velocity      9 16 55 62 149
Hall current      7 48 217 247 262
Hall effect      7
Hall parameter      32 245
Hall term      7 8 17 20
Hall-MHD model      7—8 17—20 69
Hall-MHD model with electron temperature      57—60 71—74
Hall-MHD model, cold      17—19 69—71 82
Hall-MHD model, nonlinear      142
Hall-MHD model, warm      19—20 74—76
Harris sheet model of magnetic field      84 111 123
Heating of laboratory plasmas      65 78 97 167
Helicity      157
Helicon wave      217
High-beta plasma      44—52 68
Hydromagnetics      3
IAW      see "Inertial Alfven wave"
ICW      see "Ion cyclotron wave"
Incompressible plasma      4 5 17 68 236
Inertial Alfven wave      52—63 73 90 127 129
Inertial Alfven wave in cylindrical plasma      180
Inertial Alfven wave in the magnetosphere      211
Inertial Alfven wave, fluid theory      53—57
Inertial Alfven wave, kinetic theory      60—61
Inertial Alfven wave, nonlinear      161
Inertial Alfven wave, temperature effects      57—58 71
Inertial Alfven wave, two-potential theory      58—60
Instabilities in relativistic plasmas      266—268
Instabilities, general properties      39 102 135—142 151—160
Instability, type, Alfven resonance with flow      137
Instability, type, Alfven/ion cyclotron      139
Instability, type, beat wave      160
Instability, type, cyclotron      268
Instability, type, decay      152 158 214
Instability, type, drift or beam      140—142 213 267
Instability, type, electromagnetic ion/ion      140
Instability, type, external kink      193 201 236
Instability, type, filamentation      160
Instability, type, firehose      138—139 214 221 224—229
Instability, type, hydrodynamic      138
Instability, type, internal kink      194 201
Instability, type, ion cyclotron anisotropy      139
Instability, type, ion ring-beam      220—229
Instability, type, Kelvin — Helmholtz      102 124 136—137 214
Instability, type, Kelvin — Helmholtz, in incompressible plasma      137
Instability, type, Kelvin — Helmholtz, magnetospheric      210
Instability, type, kinetic      139
Instability, type, mirror      139
Instability, type, mirror, magnetospheric      210
Instability, type, modulational      151—160
Instability, type, nonlinear      156
Instability, type, nonresonant      224
Instability, type, parametric      151—160
Instability, type, pick-up      214
Instability, type, reactive      138
Instability, type, resonant      224
Intermediate wave      15 20
Interstellar molecular clouds      239
Io plasma torus      160 211
Ion cyclotron frequency      7
Ion cyclotron frequency effects      17
Ion cyclotron resonance      18
Ion cyclotron wave      18 34 36 39 71 176 185
Ion cyclotron wave, damped      32
Ion-acoustic velocity      41 42 54
Ion-acoustic wave      41 54 57
Ion-ion hybrid resonance      78 80 89 101 109 190
Ion-ion hybrid resonance frequency      78
Ion-neutral collision frequency      30
Ion-sound velocity      see "Ion-acoustic velocity"
Ion-sound wave      see "Ion-acoustic wave"
Ionosphere      53 92 211
Ions, negatively charged      34 36 105
Ions, positively charged      34 36
KAW      see "Kinetic Alfven wave"
1 2 3
blank
Реклама
blank
blank
HR
@Mail.ru
       © Электронная библиотека попечительского совета мехмата МГУ, 2004-2020
Электронная библиотека мехмата МГУ | Valid HTML 4.01! | Valid CSS! О проекте