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
Kunz K.S., Luebbers R.J. — The finite difference time domain method for electromagnetics
Kunz K.S., Luebbers R.J. — The finite difference time domain method for electromagnetics



Обсудите книгу на научном форуме



Нашли опечатку?
Выделите ее мышкой и нажмите Ctrl+Enter


Название: The finite difference time domain method for electromagnetics

Авторы: Kunz K.S., Luebbers R.J.

Аннотация:

Provides the basic information necessary to apply FDTD to problems in electromagnetics, and illustrates some of the types of problems that can be analyzed using it. DLC: Electromagnetic fields- Mathematics.


Язык: en

Рубрика: Физика/Электромагнетизм/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Год издания: 1993

Количество страниц: 448

Добавлена в каталог: 20.09.2005

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID
blank
Предметный указатель
Dispersion, first-order Debye      124—131
Dispersion, first-order Drude      131—139
Dispersion, numerical      339—345
Displacement current      164 207 208 220
drivers      25
Drude dispersion      131—139
Drude frequency domain permittivity      299
Drude materials      136
Drude permittivity      136
DuFort — Frankel scheme      329
Dumping coefficient      139
Electromagnetic energy determination      53
Electromagnetic pulse (EMP)      53—56
Electromagnetic Surface Patch Version 4      267
Elliptical equations      328
EMP      see "Electromagnetic pulse"
EMPEROR      65
Energy      53 72 75 137 263 see
Errors      243 256 see
Errors, grid dispersion      32
Errors, modeling      234
Errors, staircase      243 244 248—251
Eulerian cells      365
Excitation frequency      293
Expansion technique      194—199
Explicit differencing schemes      328 329
Exponential differencing      90—91
Exponential series approximation      174
Exterior pulse response      55—61
Exterior surface charges      53
Exterior surface currents      53
Far field radiation      349
Far zone backscatter      252 254
Far zone radiation      264
Far zone scattering      7 241—261
Far zone scattering, distance to outer boundary and      254—259
Far zone scattering, frequency-dependent materials and      259—261
Far zone scattering, fundamentals of      243—244
Far zone scattering, impedance sheets and      251—254
Far zone scattering, staircase errors and      242—244 249—251
Far zone time domain      274
Far zone transformation      26 105—122 241
Far zone transformation, three-dimensional      107—113 116 117 242
Far zone transformation, transient      242 243 264
Far zone transformation, two-dimensional      113—118
Far zone transient fields      116
Far zone vector potentials      106 113
Faraday rotation of waves      301
Faraday — Maxwell equation      168 189 see
Fast Fourier transform (FFT)      35 81
Fast Fourier transform (FFT), alternate formulations and      360
Fast Fourier transform (FFT), far zone scattering and      241
Fast Fourier transform (FFT), far zone transformation and      106 111
Fast Fourier transform (FFT), frequency domain information and      97
Fast Fourier transform (FFT), scientific visualization and      234
Ferrites      123 145 299 see
Ferrites, anisotropic      309
Ferrites, dispersion in      299
Ferrites, magnetized      see "Magnetized ferrites"
Ferrites, permeability tensors of      320
Ferrites, plasmas compared to      321
Ferromagnetic materials      79 217 see
FFT      see "Fast Fourier transform"
Field algorithms      26
Field distribution      31
Field incidents      91
Field strength      221
First-order (Leontovich) surface impedance boundary conditions      166 170
First-order approximation      351 352 354
First-order Debye dispersion      124—131
First-order differential equations      365
First-order Drude dispersion      131—139
Floating-point operations      47 48
Flow chart for FDTD method      27
Flux density      153
FORTRAN code      391—433
FORTRAN code for Gaussian pulse plane waves      391
FORTRAN code for lossy dielectrics      22—24 391 400—401 405 421
FORTRAN code for perfect conductor      19—20 391
FORTRAN code for scattered field FDTD method      19—20 22—24
FORTRAN code, COMMONA.FOR      424—426
FORTRAN code, Courant stability and      398
FORTRAN code, description of      391
FORTRAN code, DIAGS3D.DAT      426—427
FORTRAN code, FDTDA.FOR      391—424
FORTRAN code, incident fields and      399
FORTRAN code, NZOUT3D.DAT      427—433
FORTRAN code, outer radiation boundary condition and      406—413
FORTRAN code, radiation and      394
FORTRAN code, spatial delay and      399
Forward coupling      81—84
Fourier transforms      72 see
Fourier transforms of driven dipoles      267
Fourier transforms of field incidents      91
Fourier transforms of pulses      156
Fourier transforms of susceptibility function      135
Fourier transforms, accuracy and      345
Fourier transforms, antennas and      264 266 267 273 274 283 284
Fourier transforms, casual      127
Fourier transforms, discrete      105—106
Fourier transforms, dispersion and      340—341 343
Fourier transforms, far zone scattering and      243 259
Fourier transforms, far zone transformation and      116 117
Fourier transforms, fast      see "Fast Fourier transform (FFT)"
Fourier transforms, frequency-dependent materials and      125 127 131 135 136 138 139
Fourier transforms, frequency-dependent materials and, casual      127
Fourier transforms, frequency-dependent materials and, fundamental      127
Fourier transforms, frequency-dependent materials and, Lorentz second-order pole and      145
Fourier transforms, frequency-dependent materials and, of pulses      156
Fourier transforms, frequency-dependent materials and, susceptibility function and      135
Fourier transforms, fundamental      127
Fourier transforms, Gaussian excitation voltage and      283
Fourier transforms, gyrotropic media and      302
Fourier transforms, inverse      108 168 170 301
Fourier transforms, Lorentz second-order pole and      145
Fourier transforms, stability and      336 337
Fourier transforms, surface impedance and      168 170
Frankel — Dufort scheme      363
Free electron gases      299
Free magnetic carriers      314
Free space      16 17 29 44 123
Free space finite difference equations      339—341
Free space, boundless      43
Free space, capacitance and      204 205 213 214
Free space, impedance of      219
Free space, nonlinear materials and      216
Free space, surface impedance and      164 165
Frequency domain      65 74 106
Frequency domain backscatter      248 259
Frequency domain far zone fields      105
Frequency domain information      97
Frequency domain permittivity      299
Frequency domain RCS      113
Frequency domain scattering      241
Frequency domain susceptibility      127 302
Frequency domain, antennas and      264 267 292
Frequency domain, broadband      106
Frequency domain, frequency-dependent materials and      123 147
Frequency domain, nonlinear materials and      203
Frequency domain, scientific visualization and      232
Frequency domain, steady-state      266
Frequency domain, surface impedance and      166 168
Frequency domain, susceptibility to      127
Frequency domain, transient      106
Frequency impedance      281
Frequency, above aperture cutoff      62—70
Frequency, asymptotic      299
Frequency, below aperture cutoff      70—76 81
Frequency, collision      135 136
Frequency, cutoff      54 290
Frequency, cyclotron      301
Frequency, excitation      293
Frequency, from transient fields      151
Frequency, nonlinear materials and      216 221
Frequency, Nyquist      42 72 359
Frequency, optical      299
Frequency, oscillation      95
Frequency, patterns of      289—290
Frequency, plasma      300
Frequency, processional      314
Frequency, radian plasma      135
Frequency, resonant      139
Frequency, sinusoidal excitation      290
Frequency-dependent materials      6 29 123—161 see
Frequency-dependent materials, conductivity of      123 126 130 135 136 139 147
Frequency-dependent materials, differential equation method and      151—154
Frequency-dependent materials, far zone scattering and      241—243 259—261
Frequency-dependent materials, first-order Debye dispersion and      124—131
Frequency-dependent materials, first-order Drude dispersion and      131—139
Frequency-dependent materials, multiple poles and      146—151
Frequency-dependent materials, permeability of      123 145
Frequency-dependent materials, permittivity of      123 124 130 136 146 147
Frequency-dependent materials, scattered field FDTD method and      154—161
Frequency-dependent materials, second-order dispersive      139—146
Frequency-dependent materials, surface impedance and      169—172
Fuzziness approximations      38
Fuzzy dispersive calculations      261
Fuzzy outer surface      259
Fuzzy surface approach      249
Gain      279
Gain, absolute      277 284 289 293 297
Gain, antenna      263 265 273—274 277 279 281
Gain, antenna, absolute      284 289 293 297
Gain, antenna, calculations for      290
Gain, antenna, copolarized absolute      293 297
Gain, antenna, patterns in      292
Gain, copolarized absolute      293 297
Gain, measurements of      293
Gain, patterns in      292
Gas law      366
Gaussian envelope      81
Gaussian excitation voltage      283
Gaussian pulse      34
Gaussian pulse plane waves      33 130 147
Gaussian pulse plane waves of peak amplitude      208
Gaussian pulse plane waves, far zone scattering and      252 254
Gaussian pulse plane waves, FORTRAN code for      391
Gaussian pulse plane waves, gyrotropic media and      307
Gaussian pulse plane waves, incident      252
Gaussian pulse plane waves, nonlinear materials and      206
Gaussian pulse voltage      265 267 283 284
Gaussian pulse, advantages of      156
Gaussian pulse, amplitude of      208 212
Gaussian pulse, antennas and      265 267
Gaussian pulse, derivative      137 138 140 141 321
Gaussian pulse, determination of parameters for      36
Gaussian pulse, far zone scattering and      248 254
Gaussian pulse, far zone transformation and      113 118
Gaussian pulse, frequency-dependent materials and      137 138 155 156
Gaussian pulse, gyrotropic media and      321
Gaussian pulse, incident      181 248
Gaussian pulse, nonlinear materials and      213
Gaussian pulse, surface impedance and      175 181
Gaussian pulse, truncated      155
Gaussian waveforms      72
Geometrical theory of diffraction (GTD)      3
Geometry      70—72 217 381
Geometry, antenna      191 263 265 277 279 284
Geometry, aperture      80
Geometry, Cartesian      369 370 389
Geometry, coupling      232 359
Geometry, Gaussian pulse amplitude      212
Geometry, gyrotropic media      309
Geometry, interior      76 197 198
Geometry, magnetized ferrite      309
Geometry, one-dimensional      299
Geometry, quantization and      217
Geometry, scattering      359
Geometry, scientific visualization and      231 232
Geometry, shaped-end radiator      290
Geometry, three-dimensional      263 299
Geometry, two-dimensional      299 369 370
Geometry, waveguide      79
Geometry, wire antenna      191
Geometry, wire monopole      265
Geometry, Yee cell      20 45
GINT      112
Good conductors      123 166 221
Grid dispersion errors      32
GTD      see "Geometrical theory of diffraction"
Gyrotropic media      7 299—322 see
Gyrotropic media, anisotropic      299 309
Gyrotropic media, electromagnetic field interactions with      309
Gyrotropic media, geometry of      309
Gyrotropic media, isotropic      300 304
Gyrotropic media, magnetized ferrites as      see "Magnetized ferrites"
Gyrotropic media, magnetized plasma as      see "Magnetized plasmas"
Gyrotropic media, permittivity of      299—301 303
Harmonic vector potentials      107
Harmonics      67
High conductivity surface impedance      176
High frequency approximation      363—364
Horizontally polarized dipoles (HPD)      53 55—56
HPD      see "Horizontally polarized dipoles"
Human body electromagnetic penetration      87 91—97
Hybrid techniques      3 105 106 see
Hyperbolic equations      327 330—333 335 363 see
Ideal dielectrics      123
Image      232
Image theory      213
Impedance matching conditions      348
Impedance of free space      219
Impedance sheets      251—254
Impedance, antenna      263 265 273—274 277 279 281
Impedance, antenna, calculations for      284 290
Impedance, antenna, input      283 284
Impedance, defined      164
Impedance, dipole      264
Impedance, far zone scattering and      242
Impedance, frequency      281
Impedance, input      65 279 283 284
Impedance, mutual      263 273
Impedance, patterns of      264
Impedance, resistive      251
Impedance, self-      263 273
Impedance, sheet      252
Impedance, surface      see "Surface impedance"
Impedance, thin wire      190
Implicit differencing methods      217 328 363
Incidence angles      113 254 259
Incident fields      30
Incident fields in near zone sphere scattering      90
Incident fields, antennas and      264
Incident fields, Cartesian components of      33
Incident fields, description of      72
Incident fields, far zone scattering and      243
Incident fields, far zone transformation and      107
Incident fields, FORTRAN code and      399
Incident fields, frequency-dependent materials and      131 155 157
Incident fields, nonlinear materials and      220—221
Incident fields, polarization of      248
Incident fields, specification of      33—36
Incident plane waves      241
Incident pulse      53 155 160 161
Incident waveforms      221
Inductance      168 193 194
Infinite frequency permittivity      124
Input impedance      65 279 283 284
Input power      273 284
Instability      29 228 335
1 2 3 4
blank
Реклама
blank
blank
HR
@Mail.ru
       © Электронная библиотека попечительского совета мехмата МГУ, 2004-2024
Электронная библиотека мехмата МГУ | Valid HTML 4.01! | Valid CSS! О проекте