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