Авторизация
Поиск по указателям
Tsang L., Kong J.A., Ding K.- H. — Scattering of electromagnetic waves (Vol 2. Numerical simulations)
Обсудите книгу на научном форуме
Нашли опечатку? Выделите ее мышкой и нажмите Ctrl+Enter
Название: Scattering of electromagnetic waves (Vol 2. Numerical simulations)
Авторы: Tsang L., Kong J.A., Ding K.- H.
Аннотация: Scattering of Electromagnetic Waves offers in three volumes a complete and up-to-date treatment of wave scattering by random discrete scatterers and rough surfaces. Written by leading scientists who have made important contributions to wave scattering over three decades, this new work explains the principles, methods, and applications of this rapidly expanding, interdisciplinary field. It covers both introductory and advanced material and provides students and researchers in remote sensing as well as imaging, optics, and electromagnetic theory with a one-stop reference to a wealth of current research results. Plus, Scattering of Electromagnetic Waves contains detailed discussions of both analytical and numerical methods, including cutting-edge techniques for the recovery of earth/land parametric information.
The three volumes are entitled respectively Theories and Applications, Numerical Simulation, and Advanced Topics. In the second volume, Numerical Simulations, Leung Tsang (University of Washington) Jin Au Kong (MIT), Kung-Hau Ding (Air Force Research Lab), and Chi On Ao (MIT) cover:
*Layered media simulations
*Rough surface and volume scattering simulations
*Dense media models and simulations
*Electromagnetic scattering by discrete scatterers and a buried object
*Scattering by vertical cylinders above a surface
*Electromagnetic waves scattering by vegetation
*Computational methods and programs used for performing various simulations
Язык:
Рубрика: Физика /Электромагнетизм /
Статус предметного указателя: Готов указатель с номерами страниц
ed2k: ed2k stats
Год издания: 2001
Количество страниц: 705
Добавлена в каталог: 07.10.2005
Операции: Положить на полку |
Скопировать ссылку для форума | Скопировать ID
Предметный указатель
Periodic rough surface 62
Permittivity of ocean 151
Permittivity of soil 343
Permittivity, fluctuation 2 6 7
Phase function see also "Phase matrix"
Phase function for point scatterers 382 383 386 387 391—393
Phase function in dense media 454 510
Phase function, defintion 374 375
Phase matching 552 553
Phase matrix 372 373 455 see
Phase matrix for point scatterers 387 388
Phase matrix for spheres 496
Phase matrix for spheroids 519 528 532
Photonic bandgap 62
Physics-based two-grid (PBTG) method 179 196 197 200 326 327 329 330
Physics-based two-grid (PBTG) method with BMIA/CAG 198 204 207 210 211
Physics-based two-grid (PBTG) method with SDFMM 249 252 254
Physics-based two-grid (PBTG) method with SMCG 270 327 334
Physics-based two-grid (PBTG) method, parallel implementation 356 358 359
Point matching 25 86 117 136 143 242 286
Point scatterer 372 379 380 382
Poisson process 10
Poisson's summation formula 96 97 100 102
Polarimetric brightness temperatures 89
Polarizability 498—500
Polarizability of a small sphere 29
Polarization 27 496 498 514 517 522
Polarization angular correlation function (PACF) 565 571 575
Polarization, charge density 20
Polarization, density 18 20 513
Polarization, vector 35
Post-multiplication 186 187 490
power conservation 82 172
Power spectrum 166 169 170 171 173 174
Power spectrum, modified 258
Pre-conditioning 55 56
Pre-corrected FFT method 180
Pre-multiplication 186 187 490
Primary Green's function 622 624 629 633
Primary scatterer 389
Principal value integral 19 134 159 567
Probability density function 3 166 404 502 597
Probability density function, single-particle 405 384
productions 644—646
Prolate spheroid 521 526
Propagation constant 455
Propagation constant, effective 500 505 510 669
Propagator 377
Pulse basis function 24 26 86 117 136 143 286 242
Quadrupole basis functions 521 522
Quasi-crystalline approximation (QCA) 405 496 509 546
Quasi-crystalline approximation with coherent potential (QCA-CP) 405 496 546
Radiation condition 513
Radiative correction 29 31 32
Radiative transfer in dense media 496 510
Radiative transfer, equation 372 375 376
Radiative transfer, theory 373 383
Radius of curvature 129 150
Random medium, continuous 2
Random medium, discrete 2
Random process 2 166
Random rough surface generation 124
Rao — Wilton — Glisson basis function 301
Rayleigh, mixing formula 500
Rayleigh, phase matrix 511
Rayleigh, polarization dependence 511
Rayleigh, scattering 458
Realization averaging 7 393 555—557 580
Reciprocal lattice 96 102 105
Reciprocal lattice, basis 95
Reciprocal lattice, space 95 96
Reciprocal lattice, vectors 94 96 105
Reciprocity 69 615
Rectangular parallelepiped 22 31 35
Recurrence relation for Bessel function 542
Recurrence relation for Hankel function 99
Recurrence relation for MOMI 246
Recurrence relation for Neumann function 542
Recurrence relation for vector spherical harmonics 543 544
Recursive T-matrix method 179 547
Reflected E-modes 81
Reflected field 89
Reflected Floquet modes 89
Reflected Green's function 608
Reflected H-modes 81
Reflected power 81
Reflectivity 69 81 141 142
Refractive index 28
Residual 47—52 186
Residual, properties of 49
Residual, vector 36 47 49
Residues 627
Response Green's function 623 624 629 630
Rewriting process 644
Rewriting rules 644 646
Rice crop 643 685
Rice crop, dielectric constant for 689
rms height 132 133 150 170 257
rms slope 129 132 150 270
Rock surfaces 113 167 169 171 173
Row direction 62 69 82
Scalar potential 19 293 294 496
Scattered field formulation 481
Scattered power 142
Scattering amplitude 659
Scattering amplitude, amplitude matrix 688
Scattering amplitude, N-particle 374 375 382 384 388 393
Scattering attenuation 500
Scattering coefficient 374 375 456 481 672
Scattering coefficient for cylinders 481 484
Scattering coefficient for point scatterers 383 386 394
Scattering coefficient for spheres 504 510
Scattering coefficient for spheroids 526
Scattering cross section 380
Scattering phase function see "Phase function"
Scattering rate see "Scattering coefficient"
Seaton — Glandt algorithm 434
Second moment 554
Second-order Kirchhoff method 275
Second-order SPM 327
Secondary scatterers 389
Self, field 19
Self, patch 86 117 136 144 158 159
Self, term 29
Self-similarity 644
Sequential addition method 414 418 424
Shadow cylinder 661 672
Shadowing 146 150 354
Shuffling see "Metropolis shuffling"
Single bond 434 466 468
Single coarse grid (SCG) 196 198 199 204 334
Single dense grid (SDG) 196 199 204 207 210 334
Single scattering 595 655
Singular value 55
Singular value decomposition 55
Singularity in dyadic Green's function 18 19
Singularity in integral equation 32 117 278
Sinusoidal surface 80 81
Small perturbation method (SPM) 173 145 270 327 334 339
Small slope approximation 327
Snell's law 505 552
Snow 2 5 6 8 9 167—174 372 424
Snow, density profile 8
Snow, dry 6
Snow, surfaces 113 167 169 173
Soil 257 258 326
Soil, microwave emission from 82 270
Soil, moisture 82 83 260 342 562
Soil, permittivity 260
Soil, surfaces 113 167 169 171 173 196 354
Sommerfeld integral 626
Sommerfeld integration path (SIP) 213 626 627
Sparse matrix canonical grid (SMCG) method 179 304 309 319 354 360 570 572
Sparse matrix canonical grid (SMCG) method for scattering by cylinders 486 487 491
Sparse matrix canonical grid (SMCG) method on Beowulf system 354
Sparse matrix canonical grid (SMCG) method with PBTG 270 360
Sparse matrix canonical grid (SMCG) method, direct calculation in 187 188 489
Sparse matrix canonical grid (SMCG) method, indirect calculation in 187 188 490
Sparse matrix canonical grid (SMCG) method, parallel implementation 356 358 359
Sparse matrix fiat surface iterative approach (SMFSIA) 272 269 270 281
Sparse matrix fiat surface iterative approach (SMFSIA) with canonical grid (SMFSIA/CAG) 284 286
Sparse media 667
Specific intensity 373
Spectral density 4 124 168
Spherical harmonics 99
Spherical wave expansion 100
Spheroid 444
Splitting parameter 100—102 105 106
Statistical moments 552
Statistical phase-matching condition 554
Statistical translational invariance 124 552—555
Steepest decent fast multipole method (SDFMM) 179 212 235 249
Steepest descent method 46—48
Steepest descent path 214 225
Steepest descent path, representation of Green's function 231
Steepest descent path, representation of matrix elements 226
Sticky see also "Adhesive"
Sticky cylinders 454
Sticky disk 463 466 467 469
Sticky hard spheres (SHS) 424
Sticky parameter 425 427 434 465
Sticky particle 40 424—429 457 510
Sticky spheres 444 466
Stochastic L-system 642 643 649 669 680
Stochastic OL-system 646
Stokes parameters 62 89 350
Stratton — Chu formulation 302
Stratton — Chu surface integral equations 565 566
Strong interaction 179 181 188 189 310 486 488
Strong localization 376
Strong matrix 187 272 283 359
Structure factor 404 406 409 410 424 454 503 510
Subsectional basis function 24 80 85 156
Surface adhesion 424
Surface electric current 139
Surface integral equation 14 16 74 115 136 139 161 162 179 300 301 see "Magnetic
Surface integral equation for 2-D rough surface 269 282 293
Surface integral equation for periodic surface 62 85
Surface integral equation, Stratton — Chu 565 566
Surface integral equation, TE case of PEC 16
Surface integral equation, TM case of PEC 16
Surface magnetic current 139 161
Surface polarization charge 20
Synthetic aperture radar (SAR) 685
Synthetic aperture radar (SAR), imaging 553 575 576 582
Synthetic Surfaces 168
T-matrix 62 80
T-matrix for dielectric periodic surfaces 68
T-matrix, approach 62 80 155 496 533
T-matrix, coefficients 474 477 490 534
T-matrix, low frequency limit 482
T-matrix, recursive 179 547
Tapered wave 119 142 154 180 198 254 270
Tapered wave in spatial domain 123 146
Tapered wave in spectral domain 120 124
Tapering parameter 119 179 204 323 556
TEM mode 626
Ternary branching 651
Testing function 23 515 see
Third Stokes parameter 62
Time-averaged power 67
Time-averaged power, absorbed 36 671
Toeplitz matrix 14 37 39 42
tones 150
Total correlation function 409 411 425 430
Transition operator 376 379
Transition probability 465—467
Translation addition theorem see "Addition theorem"
Translation matrix 488
Translational invariance 28 37 64 182 185 187 282 285 489
Translational invariance, statistical 124 552—555
Transmissivity 82
Transmitted power 82
Transverse components 70
Tree-independent scattering approximation 643 660 665 667
Triangle basis functions 25
Triple bond 434
Turtle 646
Two media problem 137
Upward-going 79 611 612
Vector, cylindrical waves 471 477 604 622 623
Vector, Green's theorem 298
Vector, potential 18 19 293 294
Vector, spherical harmonics 543
Vector, spherical waves 533 534 543
Vegetation 594 642 667
Vegetation, canopy 644
Very near field 203 327
Visibility 587
Volume integral equation 17—19 27 483 496 512 516 518 519
Volume integral equation, discretized 27 28
Volume, elemental 373
Volume, exclusion 29 31
Volume, scattering 372 454
Wave equation 62 70 95 119 120 373
waveguide 594
Waveguide, modes 622 633
Wavelet method 179
Weak, interaction 179 181 188 189 271 310 486
Weak, localization 376
Weak, matrix 187 272 285 308 359
Weierstrass — Mandelbrot function 132 133
Weighting function 23 25 see
Weighting function, point matching 25
Wiener — Hopf technique 425 431
Wigner 3j symbols 536 541
Wind speed 131 150
wronskian 630
Zenneck surface wave 608
Zero padding 40 43
Реклама