van de Hulst H.C. — Light Scattering by Small Particles :: Электронная библиотека попечительского совета мехмата МГУ

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van de Hulst H.C. — Light Scattering by Small Particles

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Название: Light Scattering by Small Particles

Автор: van de Hulst H.C.

Аннотация:

This excellent text offers comprehensive treatment of the light-scattering properties of small, independent particles, covering both basic scattering theory and particular computations with different kinds of particles. It includes a full range of useful approximation methods for researchers in chemistry, meteorology and astronomy. 46 tables. 59 graphs. 44 illustrations.

Язык:

Рубрика: Физика/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Год издания: 1981

Количество страниц: 470

Добавлена в каталог: 21.03.2006

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID

Предметный указатель

Lindberg-Hanchen      380
Liquid water content      415 429 434
Little      340
Ljunggren      215 216 217 227 246 258 259 260 261 262 263 266 378
Localization principle      103 208 209 210
Logarithmic derivatives      130 270
Lorentz-Lorenz      37 39
Lothian      401 402 413
Lowan      136 138 147 148 152 165 168 233 235 236 237 263 272 275 276 277 294 296 308 328 400 429 444
Luminance      16
Luneburg — Kline method      353
Lyophilic solutions      397
Lyophobic solutions      272 397 399
Lyot      407 413 426 427 438 441 442 452
MacFarlane      330 339
Machine computation      143 148 150 162 233 277 293 374
Macromolecules      395
Maecker      367 380
Maffett      333 341
Magnetic dipole      160 161 332
Magnetic dipole pattern      283
Magnetic dipole radiation      271 276 331
Magnetic dipole resonance      155 157 281 433
Magnetic permeability      115 288
Malkus      249 266 425 438
Malus      7
MARS      234
Mars atmosphere      441—444
Marshall      438
Marx      331 340
Mascart      241 247 253
Mathieu functions      330 331 339 340
Matossi      295 328
Matrix amplitude      34 35 46 51 56 302
Matrix amplitude transformation by rotation      52 54
Matrix intensity      14 15 35 43—56
Matthews      112
Maue      355 379 380
Maxima and minima, washed out      234
Maxwell      7 13 26
Maxwell equations      114—120 154 297 329 336
Maxwell Garnett      39
McLachlan      319 328 340
Mecke      226 258 259 263 266
Medium of scattering particles      32 33 37 38 129 409
Meixner      337 340 341
Melmore      422 438
Melting band      434 439
Menzel      442 452
Mercury refractive index      273
Mercury solutions      274 399
Metal optics      295
Metal particles size criteria      392
Metal particles, reflection by large      111
Metal solutions, colloidal      271 395 400 412
Metal sphere experiments      284
Metal sphere, infrared extinction by      289 296
Metal sphere, large      223 279
Metal sphere, small      271
Metal wires in microwave domain      326
Metallic absorption      268
Metallic conductors      117
Metals colors      268
Metals complex refractive index      273 274 399
Metals refractive index in infrared      158 287
Meteor trails, radar reflection      411
Meteorite      107
Meteorological optics      414 437
Meyer      109 113 266 428 438
Microwave attenuation by fog      429
Microwave attenuation by rain      430—432
Microwave attenuation by small drops      429
Microwaves      58
Microwaves diffraction by screen      27
Microwaves, refractive index of metals for      158
Middleton      414 415 437
Mie      8 119 130 158 271 272 275 280 295 397 412
Mie coefficients      124 126—128 134 209 217 270 279 281
Mie effect      399 445
Mierdel      255 256 257 266
Miller      328
Minnaert      257 414 428 437 445 452
Mirror image of a particle      46 48 53 55 58
Mixtures of particles with different sizes      193
Modes of vibration of sphere      151 154 155 157
Moebius      246 247 266
Moeglich      331 340
Moeller      421 438
Molecular absorption bands      414
Molecular optics      36 37 58
Molecular weight determination      395
Momentum, conservation of      13
Montroll      92 101 196 197 199 259
Moon      112
Morse      39 49 59 113 138 140 148 165 195 199 291 308 328 340 341
Mosotti      67
Mott      412
Mott-Jones      399
Mueller      338 341
Multiple diffraction      352
Multiple scattering      58 84 383 387 414 415 436 437 440 441
Multipole vibrations      155
Naik      168 262 266
natural light      15 35 43 129 252
Needle      73 304;
Neptune      441
Neuberger      414 437
Neugebauer      101
Neutrons, scattering of      6
New York Mathematical Tables Project      8
Newton's rings      7
Nicholson      165
Nickel spheres      273
Niesel      409 413
Nodes for circular cylinders      308—311 323 324
Nodes for spheres      138 139 143 148 149 150 156 157 211
Non-linear effects      43
Nordmann — Tikhov effect      451
Notation, comparison of, with Blumer      136
Notation, comparison of, with Debye      123 275
Notation, comparison of, with Gumprecht      236
Notation, comparison of, with Lowan      136 148 149 236 275 309
Notation, comparison of, with Mie      275 398
Notation, comparison of, with Schalen      275 398
Notation, comparison of, with Stratton      114
O'Konski      405 406 409 413
Oberhettinger      327
Oblique incidence on cylinder      297 327
Oka      409 413
Opal glass      85 87 384 411
Opaque body      182 183
Opaque disk      185 261
Opaque screen      342
Oppenheimer      417 437
Optical depth      6
Optical equivalence      42 43 44
Orthogonality      128
Orthwein      329 339
Osborn      71 83
Oscillator strength      191
Oster      10 395 397 412
Ott      366 374 375 380
Pangonis      170 171
Papas      328 341 355 379
Paraboloid      331 334 354
Paranjpe      168 262 266 407 413
Patel      262 266
Pekeris      440 452
Penetration depth      268
Penndorf      171 374

Peppier      426 438
Perfect conductor      115 291;
Perlee      170
Pernter      109 113 255 257 266 414 428 437 438
Perrin      47 58
Peterlin      92 101 409 413
Pfenninger      327 354 378
Phase      11 17
Phase angles derivatives in nodes      310 323 324 326
Phase angles for cylinders      307 308 313 315 322 324
Phase angles for spheres      135 137 139 143 144 147 150 151 157 208
Phase difference in Mie solution      126
Phase function      11 12 113 126 272 444
Phase of scattered wave      28
Phase shift at focal line      207 372
Phase shift at focus      226 258
Phase shift at reflection      206
Phase shift of central ray as scattering parameter      85 132 175 179 200
phase velocity      56
Phases, lunar      12
Physical-optics approximation      333 341
Picht      27
Pickard      406 413
Pinney      331 340
Pitts      406 413
Plane of reference      40 42 47 51 56 57 125
Planet covered by ocean      112
Planetary atmospheres      385 441 452
Platinum, refractive index      268
Platt      447
Pluto      441
poisson      8 112
Pokrowski      427 438
Polarizability      37 63
Polarizability of coated sphere      435
Polarizability of cylinder      316 317
Polarizability of disk      337
Polarizability of ellipsoid      70 72 334
Polarizability of sphere      70
Polarizability tensor      63 70 77 393
Polarizability, complex      66
Polarizability, magnetic      76
Polarization      7 11
Polarization by long cylinders      328
Polarization measurement      407
Polarization of incident light      40 121 126
Polarization of light scattered at right angles      80 81 144 146 395
Polarization ratio      402 403 405
Polarization, circular      42 57
Polarization, electric, per unit volume      68
Polarization, elliptical      41 46 79 298
Polarization, full      43
Polarization, general state of      8 40
Polarization, rotation of plane of      57
Polarization, vertical or horizontal      344 387
Polaroid      409
Polymers      412
Polystyrene particles      396 402
Porod      98 102
Porter      400 412
Potential theory      334
Poynting vector      64 267
Precipitation rate      434
Prins      425 438
Profile of edge      342 343
Propagation constant      116
Propagation in medium containing scatterers      28 56
Propagation in vacuum      17
Propagation of radio waves beyond horizon      365
Propagation, rectilinear      21 24
Propagation, scalar      82
Proper frequencies      268
Proudman      165
Quadrapole, electric      332
quantum mechanics      8 113 132 199 208
Quantum mechanics extinction theorem      39
Quarter-wave plate      45
Radar      8 414 428
Radar cross section      284
Radar cross section approximate      333 334
Radar cross section of compound sphere      332
Radar cross section of large sphere      279
Radar cross section of melting snow flake      435
Radar cross section of perfectly conducting cylinders and spheres      370 371
Radar cross section of prolate spheroid      331
Radar cross section of water drop      285 286 296 432 433
Radar meteorology      429 432 434 438
Radar mirror      331
Radar with circular polarization      393 437
Radiance      16
Radiation pressure      13 90
Radiation pressure cross section      13 128
Radiation pressure on cylinders      315 327
Radiation pressure on large dielectric spheres      224 227
Radiation pressure on metal spheres      276 280
Radiation pressure on perfectly conducting spheres      159 162 440
Radiation reaction      66
Radiative transfer      6 441 442
Radio propagation around curved hills      343
Radio propagation around earth      215 216 343
Radius of curvature      343 345
Rain drop size      415
Rain rate of precipitation      430
Rainbow      200 202 203 215 228—234 240—249 424
Rainbow artificial      425
Rainbow colors      425
Rainbow integral      244 245 246
Rainbow polarization      428
Rainbow position by geometrical optics      229— 231
Rainbow positions of maxima      243 245 391
Rainbow shift of maxima with polarization      249 266
Rainbow supernumerary bows      241 242 424
Rainbow theories      213 217 246—249 265 351
Raindrop      see “Water drops”
Ramachandran      258 262 266
Raman      400 412
Raman scattering      4
Random orientation atoms      101
Random orientation convex particles      110 223
Random orientation disks      97
Random orientation long cylinders      109
Random orientation particles of arbitrary form      47 53 55 58
Random orientation rods      97 397
Random orientation small particles      77
Random orientation spheroids      436
Randomly coiled molecule      395
Rauch      331 340
Ray      167 400 412
Ray of light      103 201 213 253
Ray-optics      see “Geometrical optics”
Ray-tracing      202 218 223
Rayleigh      8 39 58 83 88 101 153 167 172 195 315 326 327 394 395 412 435 436
Rayleigh approximation      432—434
Rayleigh scattering      6 134 354 385 391 394 441
Rayleigh scattering by air      414 416
Rayleigh scattering by anisotropic particles      65
Rayleigh scattering by cylinders      316 317
Rayleigh scattering by dielectric spheres      143 144
Rayleigh scattering by metallic spheres      271 392
Rayleigh scattering by sulfur sol      400
Rayleigh scattering diagram      65 159 292
Rayleigh scattering not correct for perfectly conducting spheres      75 158 160 165
Rayleigh scattering, conditions for      75 173
Rayleigh scattering, definition of      64
Rayleigh scattering, deviations from      145—147 334 402
Rayleigh — Gans region, absorption in      182
Rayleigh — Gans scattering      85—102 209;
Rayleigh — Gans scattering by cylinders      93 317
Rayleigh — Gans scattering by macromolecules      396 397
Rayleigh — Gans scattering, conditions for      85 133 134 172 173

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