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Taflove A. — Computational Electrodynamics The Finite-Difference Time-Domain Method
Taflove A. — Computational Electrodynamics The Finite-Difference Time-Domain Method

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Название: Computational Electrodynamics The Finite-Difference Time-Domain Method

Автор: Taflove A.

Аннотация:

Computational Electrodynamics: The Finite-Difference Time-Domain Method is the essential reference for professional engineers, university professors and students using, teaching, or learning FDTD solutions to Maxwell's equations. The book provides a comprehensive tutorial of FDTD theory and techniques as well as details on the latest FDTD methods for the efficient design of key electronic components such as antennas for wireless communications devices, high-speed digital and microwave circuits, and integrated optics.


Язык: en

Рубрика: Физика/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Год издания: 1995

Количество страниц: 599

Добавлена в каталог: 05.09.2009

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID
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Предметный указатель
Abouzahra, M.      391 470 582
Absorbing boundary conditions      5 6 8 12 145
Absorbing boundary conditions, Bayliss — Turkel      147
Absorbing boundary conditions, Berenger      181 417
Absorbing boundary conditions, Engquist — Majda      153
Absorbing boundary conditions, Higdon      171
Absorbing boundary conditions, Liao      174
Absorbing boundary conditions, Mei — Fang superabsorption      178
Absorbing boundary conditions, Mur      158 190
Absorbing boundary conditions, numerical stability      90 172 177
Absorbing boundary conditions, Trefethen — Halpern      160
Absorbing boundary conditions, waveguides      195
Active impedance, phased array antenna      503
Adamson      340
Agrawal, G.P.      277
Aharonian, G.      429
Aircraft, entire military fighter model      17 516
Aitchison, J.S.      277
Akaike information criterion      448
Al-Khafaji, A.W.      200
Algorithms, software      9 545
Algorithms, software, benchmarks, Cray T3D      579
Algorithms, software, benchmarks, Intel Delta      558
Algorithms, software, Cray T3D parallel-processing software      570
Algorithms, software, fixed speed-up      553
Algorithms, software, Greedy algorithm      566
Algorithms, software, multiprocessor computers      551
Algorithms, software, parallel FD-TD algorithm      555
Algorithms, software, parallel nonorthogonal FD-TD algorithm      560
Algorithms, software, parallel planar generalized Yee algorithm      561
Algorithms, software, parallelism      551
Algorithms, software, RIP algorithm      565
Algorithms, software, RISC processors      546
Algorithms, software, scaled speed-up      554
Algorithms, software, spatial decomposition      564
Algorithms, software, vector processors      546
Ali, S.M.      391 470 582
Amdahl, G.M.      553 582
American National Standards Institute (ANSI)      544
Ampere's Law, differential form      52
Ampere's Law, integral form      52 72 345
Andersen, J.B.      544
Angelakos, D.J.      391
Antennas      475
Antennas, active impedance, phased array      503
Antennas, characteristics      477
Antennas, fields and radiation patterns      477
Antennas, impedance      479
Antennas, linear superposition      506
Antennas, monopole over ground plane      480
Antennas, motivation for using FD-TD      479
Antennas, Vivaldi phased array      498
Antennas, Vivaldi quad element      498
Antennas, Vivaldi slotline antenna      491
Antennas, Vivaldi, double flare      496
Antennas, Vivaldi, planar element      493
Antennas, waveguide and horn antennas      487
Autoregressive models      447
Auxiliary differential equation method      246
Auxiliary differential equation method, comparison with recursive convolution      254
Auxiliary differential equation method, Lorentz gain materials (lasing media)      270
Auxiliary differential equation method, multiple Lorentzian relaxations      251
Auxiliary differential equation method, nonlinear Lorentz materials      257
Auxiliary differential equation method, results for spatial solitons      266
Auxiliary differential equation method, results for temporal solitons      263
Auxiliary differential equation method, single relaxation dispersion      246
Average properties model for material surfaces      285
Balanis, C.A.      5 32 214 225 390 507 510
Barber, G.C.      510
Barnard, S.      545 583
Baron, J.      33 142 471 509
Bayliss — Turkel operators      147
Bayliss — Turkel operators, cylindrical coordinates      151
Bayliss — Turkel operators, spherical coordinates      148
Bayliss, A.      147 149—151 153 181 188 198 201
Becker, W.D.      471
Beggs, J.H.      320 324 325 326 340 509
Beker, B.      31 79 338 340 542
Benner, R.E.      582
Berenger perfectly-matched layer absorbing, boundary condition      181
Berenger perfectly-matched layer absorbing, results of numerical experiments      190
Berenger perfectly-matched layer absorbing, theory, three-dimensional case      189
Berenger perfectly-matched layer absorbing, theory, two-dimensional TE case      182
Berenger perfectly-matched layer absorbing, theory, two-dimensional TM case      188
Berenger perfectly-matched layer absorbing, waveguide applications      196
Berenger, J.-P.      6 8 32 78 91 147 181 182 186 187 188 195 196 198 200 202 279 417 429 489 558
Bi, Z.-Q.      201 510
Biological tissue structure interactions      529
Biological tissue structure interactions, human eye      530
Biological tissue structure interactions, human thigh      18 535
Biological tissue structure interactions, hyperthermia, patient-specific models      530
Biological tissue structure interactions, retinal rod      19 535
Blake, R.J.      583
Blaschak, J.G.      31 200
Bleehan, N.M.      543
Blow, K.      277
Body of revolution algorithm      397
Body of revolution algorithm, field expansion      398
Body of revolution algorithm, numerical stability      417
Body of revolution algorithm, off-axis cells, difference equations      398
Body of revolution algorithm, on-axis cells, difference equations      412
Body of revolution algorithm, particle accelerator beampipe, examples      426
Body of revolution algorithm, PML absorbing boundary condition      417
Body of revolution algorithm, surface-conforming patches      410
Body of revolution algorithm, wake potential      424
Boerman, C.R.      509
Borup, D.T.      542 544
Brillouin, L.      249 277
Britt, C.L.      429
Brodwin, M.E.      5 30 92 531 532 533 542
Brooks, J.P.      30 581
Burg algorithm      450
Cable, V.P.      391
Calalo, R.      581
Cangellaris, A.C.      5 31 341 390 391 392 473
Cap, C.H.      581
Capacitor, FD-TD model      459
Carnahan, B.      92 200
Carter, R.      392
Chamberlin, K.A.      509
Chang, A.H.      341
Chang, C.L.      429
Chao, A.W.      429
Characteristics of space-grid time-domain methods for solving Maxwell's equations      6
Characteristics of space-grid time-domain methods for solving Maxwell's equations, classes of FD-TD and FV-TD algorithms      7
Characteristics of space-grid time-domain methods for solving Maxwell's equations, defense applications      11
Characteristics of space-grid time-domain methods for solving Maxwell's equations, dual-use applications      14
Characteristics of space-grid time-domain methods for solving Maxwell's equations, future prospects      29
Characteristics of space-grid time-domain methods for solving Maxwell's equations, predictive dynamic range      8
Characteristics of space-grid time-domain methods for solving Maxwell's equations, scaling to very large problem sizes      9
Chebolu, S.      471
Chen, C.-C.      542
Chen, C.-T.      542
Chen, J.      341 449 452 471 543 544
Chen, K.M.      542
Chen, S.-Y.      542
Chernin, D.      429
Cherry, P.C.      543
Chin, Y.H.      429
Choi, D.H.      5 31 472
Christensen, D.A.      32 142 472
Chu, P.L.      278
Chuang, H.R.      544
Circuit elements, modeling using FD-TD      456
Circuit elements, modeling using FD-TD, capacitor      459
Circuit elements, modeling using FD-TD, diode      461
Circuit elements, modeling using FD-TD, inductor      460
Circuit elements, modeling using FD-TD, resistive voltage source      459
Circuit elements, modeling using FD-TD, resistor      458
Circuit elements, modeling using FD-TD, SPICE linkage      465
Circuit elements, modeling using FD-TD, transistor, bipolar junction      463
Circuit parameters      432
Clayton, R.W.      471
Computed tomography image analysis tools      534
Contour-path FD-TD modeling, basis      282
Cooper, J.      340
Costen, R.C.      340
Covariance method      447
Covariant and contra variant vector components      355
Cray T3D parallel-processing FD-TD software      570
Cray T3D parallel-processing FD-TD software, benchmarks      578—580
Cray T3D parallel-processing FD-TD software, largest possible problem      581
Cray T3D parallel-processing FD-TD software, program design issues      572
Cray T3D parallel-processing FD-TD software, programming models      570
Cray T3D parallel-processing FD-TD software, single-processor optimization      576
Cray T3D programming models      570
Cray T3D programming models, CRAFT      570
Cray T3D programming models, PVM      571
Cray T3D programming models, SHMEM      571
Curved surface models, conformal subcell      292
Cwik, T.      33 581 582
Davidson, D.B.      429
De Zutter, D.      341
DeFord, J.F.      429 542
Demarest, K.R.      341
Desem, C.      278
Diagonal split-cell model for PEC surfaces      283
Dib, N.I.      471
Differential capacitance      434
Differential inductance      435
Digital signal processing and spectrum estimation      442
Digital signal processing and spectrum estimation, autoregressive models      447
Digital signal processing and spectrum estimation, covariance method      447
Digital signal processing and spectrum estimation, forward-backward method      448
Digital signal processing and spectrum estimation, nonlinear predictor      451
Digital signal processing and spectrum estimation, Prony's method      443
Digital signal processing and spectrum estimation, system identification      453
Dimbylow, P.J.      544
Discrete Fourier Transform      210
Dispersive, nonlinear, and gain materials      5 227
Dispersive, nonlinear, and gain materials, auxiliary differential equation method      246 257 270
Dispersive, nonlinear, and gain materials, Debye relaxation      230 248
Dispersive, nonlinear, and gain materials, gyrotropic case      237
Dispersive, nonlinear, and gain materials, lasing (gain) media      270
Dispersive, nonlinear, and gain materials, Lorentzian resonance      230 248 251
Dispersive, nonlinear, and gain materials, nonlinear dispersive media      257
Dispersive, nonlinear, and gain materials, plasma, unmagnetized      230
Dispersive, nonlinear, and gain materials, precursors      249
Dispersive, nonlinear, and gain materials, recursive convolution method      228 237
Dispersive, nonlinear, and gain materials, scattered-field formulation      233
Dispersive, nonlinear, and gain materials, solitons, spatial      24 266
Dispersive, nonlinear, and gain materials, solitons, temporal      23 263
Dispersive, nonlinear, and gain materials, total-field formulation      228
Douglas, Jr., J.      92
Dowling, J.E.      542
Drobot, A.      429
Dubard, J.L.      471
Dumey, C.H.      32 142 472
Effing, U.      582
El-Ghazaly, S.M.      5 32 472
Electronic circuits, high-speed      431
Electronic circuits, high-speed, basic circuit parameters      432
Electronic circuits, high-speed, differential capacitance      434
Electronic circuits, high-speed, differential inductance      435
Electronic circuits, high-speed, digital signal processing and spectrum estimation      442
Electronic circuits, high-speed, Gysel microwave power divider, FD-TD modeling results      22 386
Electronic circuits, high-speed, IBM thermal conduction module, FD-TD modeling results      387
Electronic circuits, high-speed, impedance      433
Electronic circuits, high-speed, inductance due to a discontinuity      437
Electronic circuits, high-speed, lumped-circuit elements      456
Electronic circuits, high-speed, multilayered digital interconnect module, FD-TD modeling results      20 21 440
Electronic circuits, high-speed, parallel coplanar microstrips      439
Electronic circuits, high-speed, S-parameters      434
Electronic circuits, high-speed, SPICE linkage      466
Electronic circuits, high-speed, transmission line parameters      432
Electronic circuits, high-speed, Wilkinson microwave power divider, FD-TD modeling results      383
Engquist — Majda one-way wave equations      153
Engquist, B.      91 153 154 161 172 174 180 181 187 188 190 200—202 557
Equivalence theorem, surface      213
Equivalent circuit      438
Exponential time-stepping      77 187
Extended FD-TD formulation      457
Fang, J.      31 178 179 180 181 188 200 202 341 470 473
Faraday's Law, differential form      51
Faraday's Law, integral form      51 72 345
Farhat, C.      567 568 583
Fein, A.      543
Feit, M.      277
Fenn, A.J.      509
Ferraro, R.D.      33 582
Feynmann, R.      1
Finite differences, definition      36
Finite differences, Maxwell's equations, application      63
Finite differences, scalar wave equation, application      38
Finite differences, Yee notation      61
Finite-difference time-domain method, classes of algorithms      7
Finite-difference time-domain method, dynamic range, predictive      8 12
Finite-difference time-domain method, general characteristics      6
Finite-difference time-domain method, history      4
Finite-difference time-domain method, scaling      9
Fisher, R.      429 543
Fixed and scaled speed-ups for parallel algorithms      553 554
Fleck, Jr., J.W.      277
Forsythe, G.E.      92
Forward-backward method      448
Foty, D.P.      277
Fraschilla, J.      509
Friedlander, F.G.      198
Fukai, I.      5 31 274 277 392 472
Fusco, M.      362 392
Gamelin, J.      582
Gandhi, O.P.      31 509 542 543 544
Gauss's Law, differential form      52
Gedney, S.      6 33 343 368 377 383—387 392 545 547—549 581 582
Geppert, L.      582
Ghosh, K.K.      30 581
Gibson, P.J.      508
Gilbert, J.      543
Ginzburg, V.L.      278
Givoli, D.      172 200
Glisson, A.W.      30 542
Goodwin, G.C.      472
Goorjian, P.M.      5 32 33 264 265 277
Gordon, L.      392
Govind, S.      541
Green's functions in two dimensions      225
Green's theorem      147 205
Gribbons, M.      392
Grondin, R.O.      32 472
Guerrieri, R.      582
Gunzburger, M.      198
Gustafson, J.L.      582
Gustafsson, B.      92
Gysel microwave power divider modeling example      22 386
Haggan, V.      472
Hagmann, M.J.      542
Hagness, S.C.      6 32 33 270 275—278 543
Half-space (lossy dielectric) modeling example      316
Hall, W.F.      31 391
Halpem, L.      160 161 167 172—174 176 181 188 190 200 557
Han, L.-T.      341
Harfoush, F.      31 79 331 337—339 340 429 542
Harms, P.      391 471
Harrigan, E.      30 33 472 581
Harrington, R.F.      30
Hasegawa, A.      277
Hawkins, R.J.      278
Hein, S.      392
Heinrich, W.      473
Higdon operator      171
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