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| Ïîèñê ïî óêàçàòåëÿì |
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| Reist P.C. — Aerosol Science and Technology |
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| Ïðåäìåòíûé óêàçàòåëü |
Pressure, osmotic 134
Probability function 147
Problem of radiative transfer 293—294
Problems, visualization of 31
Projected area diameters 5—6
Protozoans 320
Pruppacher, H.R. 213 232 253 261
Psychometric chart 353
Pueschel, R. 240
Pui, D.Y.H. 188—189
Quartz particles 183—184
Raabe, O. 26 61 97 99
Radial acceleration 91—92 115
Radial velocity 92—93 116 118
Radiation scattering 283—293
Radiative transfer 293—294
Radioactive sources 208
Radioactivity and ion production 201
raindrops 3 13 225
Raindrops, ion concentrations in 201
Raindrops, terminal velocities of 66
Ranz, W.E. 95 120
Rao, A.K. 96
Rationalized electrical units 349
Rayleigh limit 198—199
Rayleigh region 290
Rayleigh scattering 271 282—283 289—291
Rayleigh, Lord 163 290
Rebound 102 170
Receptors 264 276
Rectangular jets 96 101
Rectangular slot impactors 95
Rectilinear motion 75
Red light 293 295
Reflectance 265
Reflection coefficient 172
Refractive indices 266—267 296
Regional deposition 125
Reist, P.C. 8 185 208 323
Relative humidity see “Humidity”
Relaxation times for spheres 82
Resistance 49—51 59—64 66—67 75—76
Respirable dust 125—128
Respirable fraction 127—128
Respirable sampling 124—128
Respiratory system, deposition in 125
Respiratory system, toxic doses to 124—125
Respiratory system, upper 7
Retention time for gases within cyclones 117—118
Reynolds number 45—49 135
Reynolds number and drag 50—56
Reynolds number and impactor efficiency 97—99
Reynolds number and Peclet number 152
Reynolds number and Stokes' equation 63
Reynolds number for jets and nozzles 96
Reynolds number for viscous flow 341—342
Reynolds number, one-dimensional motion in 84—86
Rigid particles and Stokes' equation 65—68
Robinson, R.A. 243
Rods, aerodynamic diameter of 71
Rohmann, H. 190
Root-mean-square displacement 136—137 141
Root-mean-square velocity 37—38
Rose, H.E. 222
Rosenblatt, P. 171—172
Rotation of coordinate systems 79
Rotation, Brownian 138
Round jet impactors 96 99
Rubow, K.L. 97
S/W ratios for impactors 97 100
Sampling, devices for 91
Sampling, isokinetic 120—124
Sampling, respirable 124—128
Sampling, thermophoresis for 166
Sartor, J.D. 199
Saturation charges 190—192 194—195
Saturation ratios 227—238 352
Sauter diameter 26 275
Sawdust 13
Scattering 7 263
Scattering for particle sizing 297
Scattering of polydisperse particles 289—294
Scattering, applications of 294—299
Scattering, coefficient of 267
Scattering, diagrams of 293
Scattering, efficiency factor for 268
Scattering, forward angle of 281—282 291—293 296—297
Scattering, intensity coefficient of 282
Scattering, Mie 283—293
Scattering, patterns in 291—293
Schadt, C.F. 171
Schlicting, H. 157
Schmitt number 261
Schmitt, K.H. 168—169 172
Seddig, R. 133
Sedimentation 65
Sedimentation velocities 7 339
Sehmel, G.A. 158
Selective collection 121
Self-preserving size distribution 312
Settling 75
Settling, stirred 86—88
Settling, velocities in 53—55 64 66 81—82
Sewage 319—320
Shapes of particles 3—4 6 68
Sharkey, W.P. 207
Silica, Cunningham correction factor for 63
Silica, settling velocity of 81—82
Simple coagulation theory 308
Simple diffusion 131—143
Single scattering in Bouger's law 270
Single-particle scattering measurements 297—299
Singular-node phase diagram type 112
Size of particles 1 4—7 11 297
Size of particles and acceleration 82
Size of particles and centrifuges 115
Size of particles and coagulation 306—309 315—316
Size of particles and Cunningham correction factor 62
Size of particles and eddy diffusion coefficient 158
Size of particles and extinction efficiency factors 271
Size of particles and flammability of dusts 332—336
Size of particles and toxic doses 125
Size of particles and turbidity coefficients 275
Size of particles and viscosity 60
Size of particles in cyclones 119
Size of particles in extinction and scattering of light 294—295
Size of particles with impactors 96—97
Size of particles, distributions of see “Distributions”
Size of particles, intervals for 19
Size of particles, monodisperse 4 296
Size of particles, scattering technique for 297
Skewed curves 22
Skim milk 330
Skin friction 50
Sky, color of 290 293—295
Slime molds 320
SLIP 60—64 169—170 172
Small ions 201
Small particles in cyclones 119
Small particles, anisokinetic sampling with 123—124
Small particles, diffusion for 131
Small particles, impactors for 102—104
Small particles, measuring 103
Small particles, number of 19
Small volumes 33
Smog 3 241
Smoke particles 3
Smoke particles and diffusion 136 150
Smoke particles, Brownian motion of 131
Smoke particles, concentration of 87
| Smoke particles, definition of 2
Smoking and dust explosions 337
Smoluchowski, M. 302
Smooth curves 19
Sneezes 319 323—324
Snow 225
Sodium chloride, condensation on 242—248
Sodium chloride, diameter of 7
Sodium chloride, solutions of 248
Soluble nuclei 242—246
Sonic agglomeration 316
Source of radiant energy 264
Space charge effects 217
Sparks from electric discharges 331
Spherical particles 3 139
Spherical particles in Stokes' law 68—73
Spherical particles, Brownian rotation of 138
Spherical particles, charging 185
Spherical particles, deposition velocity of 160
Spherical particles, diffusion coefficients for 136
Spherical particles, electric charge on 192
Spherical particles, electric force on 180
Spherical particles, extinction efficiency factor for 272
Spherical particles, flux through 210
Spherical particles, ions striking 186 188
Spherical particles, maximum charge on 198
Spherical particles, mobility of 181
Spherical particles, one-dimensional motion of 85
Spherical particles, Peclet number for 152
Spherical particles, pressure on 71
Spherical particles, relaxation times for 82
Spherical particles, repelling forces between 211
Spherical particles, resisting force on 60
Spherical particles, sedimentation velocities of 339
Spherical particles, stop distance of 83
Spherical particles, turbidity coefficient for 268—269
Spinning air 91
Spontaneous combustion 331
Spontaneous condensation 232
Spontaneous nucleation 226
Spray electrification 183
Spumy, K.R. 72
Standard deviation 20—21 23—24
Static electricity 182 337
Statistical assumptions 33
Statistical mechanics 31
steady-state conditions 83
Steady-state diffusion 145—146
Steady-state size distribution 312
Steady-state theory of charge equilibrium 201—207
Stechkina, I. 153
Stirred settling, ideal 86—88
Stoeber spectrometer design 117
Stoeber, W. 69—70 117
Stokes number 95
Stokes region, evaporation in 261
Stokes resistance 76
Stokes resistance and thermal force 173
Stokes resistance for tangential velocities 92
Stokes' diameter 6
Stokes' flow 47
Stokes' Law 59 135 341—343
Stokes' law and thermophoretic velocity 169
Stokes' law, continuous medium assumption in 60—63
Stokes' law, incompressible medium assumption in 63
Stokes' law, rigid particle assumption in 65—68
Stokes' law, spherical particle assumption in 68—73
Stokes, G.G. 59
Stop distance 83 95 142
Stratmann, F. 166 176
Stream velocity 83
Streamline flow 47
Stress tensor 341—342
Structures, aerosol 8
Sun, color of 293
Supercooling of liquids 226
Supersaturations 228 232—233
Surface area 11—12 18—19
Surface-area fractal dimension 10
Surface-area median diameter 26 28
Surfaces for condensation 226
Surfaces, mean diameter of 26 275
Surfaces, properties of 11—12
Sutton, O.G. 50
Sutugin, A.G. 232
Svedberg, Z. 133
Takahashi, K. 311
Talbot, L. 168—169 175
Tangential velocity 91 93 116
Temperature see also “Thermophoresis”
Temperature and conductivity 40—42 168 171
Temperature and corona currents 215
Temperature and diffusion 41 253
Temperature and dust-free spaces 165 175—177
Temperature and lifetime of droplets 258
Temperature and mean free path 40
Temperature and pressure 351
Temperature and viscosity 42
Temperature in Maxwell's equation 254—256
Temperature, critical 331
Temperature, jump in 173
Terminal velocities 53—55 66 75 81—82
Thermal coagulation 301
thermal conductivity 40—42 168 171
Thermal creep 170
Thermal deposition 165
Thermal diffusion and collisions 302
Thermal forces 163 168—173
Thermal gradients 163
Thermal slip flow 169—170 172
Thermophoresis 163—164
Thermophoresis in free molecule regions 166—169
Thermophoresis in slip-flow regions 169—170
Thermophoresis, Brock's equation for 171—172
Thermophoresis, Derjaguin and Talamov's equation for 172—173
Thermophoresis, dust free space from 175—177
Thermophoresis, Epstein's equation for 170—171
Thermophoresis, observations of 165—166
Thermophoresis, theory of 166
Thermophoresis, velocity in 173—176
Threshold of brightness contrast 278
Thunderstorms 201
Tietjens, O.G. 45
Tikhomirov, M. 306
Time factors in acceleration 82
Time factors in charging 194
Time factors in coagulation 305
Total mass 25
Total scattering efficiency 282
Toxic doses, estimation of 124—125
Tracheobronchial tree 125
Trajectories, equation for 80
Trajectories, phase 108—113
Trajectories, two-dimensional 140—141
Transfer of energy 40
Transfer of mass 40
Transfer of momentum 34 40 49 166 168 341
Transient approach to charge equilibrium 207—208
Transmittance 265
Tribo electrification 183—184
Tube deposition 152—160
Turbidity coefficient 267—269 275
Turbulence in impactors 104
Turbulence, eddy diffusion coefficients for 158
Turbulent agglomeration 316
Turbulent boundary layer 155 157
Turbulent flow 47—49 119
Twinkling effect 139
Two-dimensional trajectories 140—141
Tyndall spectra, higher-order 295—296
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