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Büchner J., Dum C., Scholer M. — Space Plasma Simulation
Büchner J., Dum C., Scholer M. — Space Plasma Simulation



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Название: Space Plasma Simulation

Авторы: Büchner J., Dum C., Scholer M.

Аннотация:

This topical volume has been written with the explicit aim to provide a high-level introductory book for a field where there were no elementary textbooks available. It addresses postgraduate students and young scientists investigating space plasma physics or planning to specialize in this field. Experienced researchers will find this book to be a comprehensive source of reference as well as a source of advanced topics for their courses.


Язык: en

Рубрика: Технология/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Год издания: 2003

Количество страниц: 351

Добавлена в каталог: 02.07.2010

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID
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Предметный указатель
$\delta f$ method      12
2 step Lax — Wendroff method      311
8-wave scheme      255
Adaptive blocks      257
Adaptive mesh refinement (AMR)      257
ADETRAN      298
Alfven speed      38 197 251
Alfven time      197
Alfven wave reflection      202 207 209
Alfven waves      193 199 201 204 209
Alfvenion beam instability      146
Amdahl’s Law      304
Anomalous transport      337
Aurora      193 207 210
Auroral precipitation      228
Auroral zone simulation      95
Autoregressive model      324
BBF      240
BGK equilibrium      86
Bicoherence      320
Bispectrum      319
Boris correction      219 252
boundary conditions      9 16 19 199 217
Boundary, open      88
Boundary, periodic      85 88
Bow shock      47
Buffer size      45
Buffer zone      28
Bulk velocity      28
Bursty Bulk Flows      240
CFL criterion      219
CFSHIFT Function      47
Charge conserving interpolation      7
Charge Flux      29
CME      236
Code coupling, BATSRUS-RCM      268
Code coupling, BATSRUS-TIEGCM      266
Cold plasma      40
Collision frequency      196 199 203 204
Collisions      12 193 195 200
Common language      296 311
Compiler      297 298 312
Compiler, parallel compiler      298
Computation time      310
Computational physics      1
Computer memory      311
Computer processing capability      311
Conductance, Hall      226
Conductance, ionospheric      226
Conductance, Pedersen      226
Conductivity      209
Conductivity, Hall      199 207
Conductivity, Pedersen      199 203 207 208
Conservative difference schemes      220
Constrained transport      256
Continuity equation      6—7
Convection, challenge      212
Convection, enhanced      232
Convection, ionosphere      212
Convection, magnetospheric      212 226
Convection, potential      225
Cooling      199 204
Coronal mass ejection simulation      269
Courant condition      39
Courant — Friedrichs-Lewy (CFL) condition      6 10 13
CPCP      237
Cross polar cap potential      237
CTIM      227
Current Deposit      34
Current Flux      35
Current polarization      204
Current, field-aligned      201 204 207 209 212
Current, Hall      195 204 210
Current, Pedersen      204 208—210
Cyclotron frequency      38
Darwin approximation      10
Darwin model      136
Data assimilation      235 241
Debye length      33
Decomposition      298 299 305 306
Diffusion region      15 18
Diffusion, anomalous      217
Diffusion, quasi-linear      83 88
Dipolarization      234
Dipole field      225
Direct implicit method      11
dispersion relation      39
Displacement current      10 13
Distributed data      298 303 305
Distribution function      215
Distribution function method      171 176
Distribution function, marker particle      111
Distribution function, perturbed      110
Divergence B control      254
Divergence-free      224
Domain decomposition      41
Drift kink mode      7 18—19
DuFort — Frankel scheme      197
Dusty Plasmas, Dynamically Shielded Dust (DSD) Simulation Code      127
Dusty Plasmas, Experimental Properties      125
Dusty Plasmas, Kinetic Modeling      126
Earth, dipole      217
Eigenvector, degenerate      221
Electric Acceleration      32
electric field      29
Electric Field Update      31
Electrojet      230
Electromagnetic field solver      140
Electromagnetic simulations      3—4
Electromagnetic, $\delta f$-PIC      110
Electromagnetic, cyclotron instability      118
Electron hole      85 87 89
Electron inertia      13—15 17
Electron magnetohydrodynamics      14
Electron precipitation,diffuse      227
Electron precipitation,discrete      227
Electron pressure tensor      139 149
Electrostatic ionosphere model      265
Electrostatic simulations      10
Embedding      161
Energy density      36
ENO      223
Equation of state      13
Equation, continuity      195
Equation, energy      195
Equation, induction      195
Equation, momentum      195
Equations, Boltzmann      213
Equations, Maxwell      213
Equations, non-conservative      222
Equations, Vlasov      213
Error terms      221
Essentially Non-oscillatory      223
Explicit time integration      6 10
fac      212 225
Faraday’s law      223
Fast Fourier transform (FFT)      8
Fast mode speed      198
FCT      223
Field Decomposition      41
Field Density      37
Field line tying      232
Field Manager      27
Field Push      29
Fields Symmetry      29
Finite difference approximation      6
Finite differences      219
Finite differencing      98
Finite element method      215 219
Finite volume method      170 215 219
Finite volume technique      253
Flow, supermagnetosonic      213
Fluid plasma      193 209
Flux conservation      223
Flux conservation, magnetic      223
Flux Corrected Transport      222
Flux hybridization      222
Flux limiter      222
Force Interpretation      33
Forced self-organized criticality      334
Friction      195 197 199 203
Frozen-in condition, violation of      17
Full particle simulation      3
GEM, reconnection challenge      16 233
General concurrent PIC algorithm      12
Geospace      212
Geotail      230
Global conservation      221
Global magnetosphere model      229
Global MHD simulation      296 303 307 308 310 311 313
GOES      236
Grid number      311
Grid, Cartesian      213
Grid, hierarchy      215
Grid, non-Cartesian      214
Grid, numerical      213
Grid, staggered      223
Grid, stretched Cartesian      214 225
Grid, unstructured      215
Ground magnetic perturbations      236
Ground magnetometer      230 238
Group velocity      198
Guard Cell      41
Gyro frequency      200 204
Gyroradii      33
Hall current      18
Hall drift waves      169 181
Hall effect      195
Hall term      15 198
Hall-MHD codes      138 152 161
Hamiltonian systems      319
Harris neutral sheet      15
Harten’s Lemma      222
Heat conduction      195 197
Heating electron      196 207 210
Heating frictional      199 203
Heating ion      203
Heating joule      194 209
Heating rate      204
High order interpolation      172
Higher order statistics      328
Higher-order spectra      317
HmF2      228
HPF      25 296 297 312
HPF MHD code      297 312 313
HPF on home local      298 307 312
HPF, asynchronous      298 303 307 312
HPF, communication      298 312
HPF, HPF/JA      296—299 303 305 307 312 313
HPF, independent new      298 312
HPF, parallelization      298 305
HPF, reduction      298
HPF, reflect      298 299 312
HPF, shadow      298 299 312
HPF, vectorization      305
Hurst exponent      337
Hybrid codes      136 138 146 160
Hybrid codes, CAM-CL method      142
Hybrid codes, finite electron mass      136 138 144
Hybrid codes, global methods      154
Hybrid codes, iteration method      143
Hybrid codes, magnetic field subcycling      143
Hybrid codes, predictor-corrector methods      141
Hybrid codes, velocity extrapolation method      142
Hybrid simulations      12—15
hybridization      222
IMF      47 229 230
IMP-8      230
Implicit time integration      10—12
Implicit time-stepping      264
Initial conditions      201 218
Injection at boundaries      100
Inner do loop      299 302 304
Instabilities, beam      110
Instabilities, thermal anisotropy      118
Instability      40
Instability, bi-stream      81 85 88
Instability, bump-on-tail      83
Instability, Buneman      81
Instability, reactive      81
Instability, resistive      81
Instability, weak beam      88 89
Intermittency      331
Interplanetary magnetic field      303
Interpolation of particles and fields      2 4
Ion hole      85
Ion to electron mass ratio      20
Ion, acceleration      210
Ion, inertia      193 195 209
Ion, inertia scale      195
Ion, outflow      194
Ionization      194—197 199 207
Ionosphere      28 193 195 199 200 209 212 225 228
Ionosphere, convection      194
Ionosphere, E-region      195 201
Ionosphere, F-region      201 210
Ionosphere, transport      193 196
Ionosphere-magnetosphere coupling      264
Ionospheric outflow      241
Irregular grid system      94
ISTP      212
KEMPO1      79
Knight relation      227
Landau damping      39
Landau damping, linear      113
Landau damping, nonlinear      116
Leap-frog method      28
Leapfrog      199
Leapfrog method      112
Leapfrog scheme      4—6 10 13
Levy processes      337
LFM      214
Light speed      39
Linear interpolation      28
load balancing      213
Load-Imbalance      28
Local time-stepping      263
Long-range dependence      334 335
Longitudinal fields      9
Lower hybrid drift instability      19 145
Lyon — Fedder — Mobarry      214
Mach number, magnetosonic      213
Macroparticles      2
Magnetic field      29 223
Magnetic field splitting      252
Magnetic flux      224
Magnetic reconnection      15—20 50 145 149 184 217 303
Magnetic Reynolds number      299
Magnetic Rotation      32
Magnetohydrodynamic      212 213 215
Magnetopause      36 212 236
Magnetosheath      47 236
Magnetosphere      28 193 212 229 296 303 307 309 312 313
Magnetosphere, compression      236
Magnetosphere-ionosphere coupling      193 209
Magnetotail      47
Mapping      225
Massive parallel codes      160
Massively parallel computers      12
Maxwell equation      223
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