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Tsang L., Kong J.A. — Scattering of electromagnetic waves (Vol 3. Advanced topics)
Tsang L., Kong J.A. — Scattering of electromagnetic waves (Vol 3. Advanced topics)



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Название: Scattering of electromagnetic waves (Vol 3. Advanced topics)

Авторы: Tsang L., Kong J.A.

Аннотация:

This book is very good about theoretical approach to electromagnetic scattering for graduate students. Topics are clearly expressed and easy to follow. Some of the applications such as interferometric SAR, radar polarimetry, RCS, Remute Sensing are examinated.


Язык: en

Рубрика: Физика/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Год издания: 2001

Количество страниц: 413

Добавлена в каталог: 07.10.2005

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID
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Предметный указатель
Nonuniform temperature distribution      344
Ocean spectrum      108
Ocean spectrum, Durden — Vesecky      115
Ocean spectrum, large scale      109
Ocean spectrum, small scale      109
Optical theorem      158 see
Optical thickness      236 374 383 385 386 393 395 399 400
Pair distribution function      136 137 139 211 250 309 343
Pair distribution function for clusters      150 152 156 158 159
Pair distribution function for low-frequency scattering      258
Pair distribution function for multiple species      224 294 310 324 351
Pair distribution function for sticky particle      308 310
Pair distribution function, cross species      280—282
Pair distribution function, Hole — Correction (HC)      261 266
Pair distribution function, Percus — Yevick (PY)      259 261 280 310 324
Pair distribution function, sparse limit      213
Passive remote sensing      324 340 344 346 349—351
Permittivity fluctuation      162 168 169 178—180
Perturbation series      102 137 162 163
Phase function      146 150 302 305 307 316
Phase function for clusters      158
Phase function, Henyey — Greenstein      399
Phase matching      126 270 283
Phase matrix      300 301 340 343
Phase matrix, body frame      305
Phase matrix, principal frame      306 307
Phase perturbation method (PPM)      2 101
Phase perturbation method (PPM), bistatic scattering coefficient      108
Phase perturbation method (PPM), coherent field      105
phase velocity      259 261
Photonic band gap      360
Point scatterer      366 373 374
Point scatterer, albedo      369
Point scatterer, isotropic      374
Polder and van Santern mixing formula      179 182
Position operator      199
Potential function      199
Potential operator      199
Potential operator, modified      214
Poynting's vector      69 108 136 344
Primary scatterers      151
Principal value      169 180 220
Propagator      181
Quasi-crystalline approximation (QCA)      210 246 249 267 281 287 288
Quasi-crystalline approximation (QCA) for size distribution      280
Quasi-crystalline approximation (QCA) in DMRT      246 300
Quasi-crystalline approximation (QCA), T-matrix formalism      246
Quasi-crystalline approximation with coherent potential (QCA-CP)      216 324
Quasi-crystalline approximation with Coherent Potential (QCA-CP) for multiple species      224 325
Quasi-crystalline approximation with Coherent Potential (QCA-CP) in DMRT      324
Radiative transfer equation      240
Radiative transfer equation, cascading of layers approach      122
Radiative transfer equation, difference form      149
Random height function      3
Random process      96 163
Rayleigh phase matrix      343
Rayleigh scattering      281
Rayleigh size distribution      281 293 294
Reciprocity relation      87
Reciprocity relation for bistatic reflection coefficient      88
Reciprocity relation for bistatic transmission coefficient      88
Reducible diagram      164 173 see
Reflectivity      15 51 88 105 266
Resonant scattering      261
Scattering coefficient      78 83 257 301 302 307 362 see
Scattering coefficient, backscattering      see "Backscattering coefficient"
Scattering coefficient, bistatic      see "Bistatic coefficient"
Scattering dyad      202
Scattering rate      236 296 316
Schwarzschild — Milne, integral equation      374
Schwarzschild — Milne, problem      239
Second moment      329
Second moment, coherent      330
Second moment, incoherent      330
Secondary scatterers      152
Shadowing      77 78 83 89 90 92
Shadowing, function      91
Single scattering      89 122 126 133 152 163 185 342 360 362 367
Slope, crosswind      109
Slope, distribution      109 113
Slope, local      108
Slope, rms      92
Slope, upwind      109
Slope, variance      98
Small perturbation method (SPM)      2
Small perturbation method (SPM) for 2-D conducting rough surface      2
Small perturbation method (SPM) for 2-D dielectric rough surface      18
Small perturbation method (SPM), bistatic scattering coefficients      48 57 58
Small perturbation method (SPM), coherent reflection      48
Small perturbation method (SPM), emissivities      48 51
Small perturbation method (SPM), first-order      8 29
Small perturbation method (SPM), second-order      11 37
Small perturbation method (SPM), zeroth-order      7 27
Small slope approximation      2 4
Smoothing approximation      167
Snell's law      266 271 276 283 286 309 339 341
Snow      293 314 316 352 355
Snow, dry      187 281 298 299 353
Snow, extinction of      281 298 299
Snow, wet      187 192
Sommerfeld identity      238
source state      204
Specific intensity      350 391
Specific intensity, diffuse      239
Specific intensity, downward-going      239
Specific intensity, upward-going      239
Spherical waves      247
Stationary phase method      90
Sticky parameter      246
Sticky particle      246 302 309—311 314 317 318
Stokes parameters      114 133 306 324 340
Stokes vector      133 340
Stokes vector, coherent      342 349
Stokes vector, incoherent      342 343 349
Strong localization      127 149 332
Strong permittivity fluctuation theory (SPF)      179
Strongly connected diagrams      164 165 170 174
Structure factor      140 155 310 311
T-matrix      246 266 275 285
Tangent plane approximation      66 74 77 see
Tensor product      173
Thick layer      122 125 132 150
Thin layer      122 125 128 130 144 150
Transition operator      128 198 201 203 204 214 219 232 233 235 368
Transition operator for point scatterer      130 368
Transition operator, coordinate representation      129
Transition operator, dyadic      201
Transition operator, mixed representation      219
Transition operator, modified      222 224
Transition operator, momentum representation      129 130 202
Transition operator, relation to scattering amplitude      129
Transition operator, relation to scattering dyad      202
Translational formula      248
Translational invariance      166 278
Translational theorem      207
Transmissivity      88
Transport rate      386 395
Two-level diagram      173
Two-scale model      2 108
Unidirectional point-source Green's function      386 391 392
Unit operator, coordinate representation      199
Unit operator, momentum representation      200
Vector spherical harmonics      273 291
Vector spherical harmonics, addition theorem      276
Volume integral equation      328
Volume integral equation for half-space Green's function      327
Ward identity      226 227
Wave equation      144 149 162 176 180 367 368
Wave equation, scalar      130 135 167
Wave equation, vector      162 168 178—180 227 329
Weak localization      360
Weakly connected diagrams      164 165 167 170 173 174
Wiener method      2
Wigner 3j symbol      259 275
Wind, speed      114
Wind, vector      110
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