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| Ïîèñê ïî óêàçàòåëÿì |
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| Reist P.C. — Aerosol Science and Technology |
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| Ïðåäìåòíûé óêàçàòåëü |
50 percent Stokes number 103
Abrahamson, J. 120
Absorbance 265
Absorption 263 266—267
Acceleration 75—76 82—84
Acceleration, forces for 91
Acceleration, radial 91—92 115
Acceleration, time-dependent cases of 82
Acoustic agglomeration 316
Adiabatic expansion 351—352
Adsorption 241 247
Aerodynamic boundary layers 155—159
Aerodynamic diameters 6 71—72 106—107
Aerodynamics 31
Aerosol owl 295
Aerosol spectrometers 117
Agglomerates 8 10—11;
Air and thermophoretic velocity 175
Air in ducts 48
Air pressure and dust-free spaces 165
Air, coagulation constant for 305
Air, composition of 348
Air, currents in 91
Air, density of 47
Air, diffusion in 150—152
Air, ion concentrations in 200—201
Air, mean free path in 39—40
Air, mobility of ions in 193
Air, pollution of 225
Air, resisting force of 59—60 66—67 75
Air, scattering efficiency factor for 271
Air, spinning of 91
Air, temperatures of 225
Air, terminal velocities in 66
Air, viscosity of 41 46—47
Airstreams 109 150—152 314—315
Aitken nuclei 238
Aitken, J. 165 225 293
Albedo 265
Alberty, R. 32 41 351
Algae 320
Allen, M.D. 61
Alveolar region 7 125
Amelin, A.G. 226—227 233
American Conference of Governmental Industrial Hygienists (ACGIH) 126—128
Angstrom units 1
Angular intensity functions 283—285
Angular scattering 281—282
Angular scattering of polydisperse particles 289—294
Angular scattering, applications of 294—299
Angular scattering, Mie theory 283—288
Anisokinetic sampling 121—124
Anterior unciliated nares 125
Apparent mean free path 142
Arithmetic mean 26
Asbestos fibers 4
Asbestos fibers, aerodynamic diameter of 71—72
Asbestos fibers, settling velocity of 81
Atkinson, W.R. 199
Atomic Energy Commission (AEC) 126—127
Attenuation coefficient 267—368
Attrition 4 13
Autoignitable dust 332
Automatic vents 337
Average charges per particle 206
Average diameters 13 25
Average displacement 136 140—141
Average kinetic energy 38
Average surface 26
Average velocity 38 116 139
Average volume 26
Avogadro's number 32 134 229
Backscatter 291—292
bacteria 319—320
Bakanov, S.P. 168
Bar charts 15—16
Barometric distribution 139—140
Barrer, R.M. 146
Bartknecht, W. 328—329
Baseballs 31
Berry, J. 264
Blue sky 290
Centrifugation in moving atmospheres 314—315
Centrifugation, nonlinear integrodifferential equations for 310—311
Centrifugation, nonspherical 312—313 105
Chains, Stokes' law with 68—70
Chan, T. 120
Chapman, S.J. 168—169
Characteristic charge 187
Characteristic length and diffusion 155
Charging mechanisms 179
Charging mechanisms and force 179—180
Charging mechanisms and mobility 180—181
Charging mechanisms collisions with ions 185
Charging mechanisms contact electrification 182—183
Charging mechanisms diffusion 185—189 195
Charging mechanisms field charging 185 189—195
Charging mechanisms flame ionization 184—185
Charging mechanisms spray electrification 183
Charging mechanisms static electrification 182
Charging mechanisms, corona discharge 195—198
Charging mechanisms, electric 179—183
Charging mechanisms, equilibrium with 200—201
Charging mechanisms, equilibrium with, steady-state theory of 201—207
Charging mechanisms, equilibrium with, transient approach to 207—208
Charging mechanisms, frictional 184
Charging mechanisms, ionization 181—182 184—189 195—198 213—214
Charging mechanisms, maximum charge with 198—200
Charging mechanisms, speed of 187 194
Charlson, R.J. 278
Charts, histograms 15—19
Chatigny, M.A. 320—321 323
Chemical groups, explosions with 330
Cheng, Y.-S. 81 153
Chilton, C.H. 41 176
Cigarette smoke particles 136 150
Ciliated nasal passages 125
Circular jet impactors 96
Circular paths 91—92 115
Circulation of particles 66—67 86
Clark, W.E. 165 312
Clausius — Clapeyron equation 227
Cloud chambers 226 236
Cloud condensation nuclei (CCN) 239
Clouds and cloud droplets 225
Clouds and cloud droplets, formation of 236
Clouds and cloud droplets, turbidity coefficient for 269
CN (condensation nuclei) 226 238—241
Coagulation 301
Coagulation and particle size 306—309 315—316
Coagulation constant 304—307
Coagulation with ordered motion 315
Coagulation, differential equation form for 309—310
Coagulation, electrical effects in 313—314
Coagulation, external factors in 313—316
Coagulation, monodisperse spherical 301—306
Coagulation, rate of 308
Coagulation, sonic 316
Coagulation, turbulent 316
Coastlines, length of 9—10
Collection efficiency 94 96—100 221—222
Collisions 32 38
Collisions and thermal diffusion 302
Collisions with ions 185
Collisions, elastic 32 49
Colloidal solutions 301
Colony-forming units (CFUs) 320
Color of sky 290 293—295
Combustion sources 337; see also “Explosions and explosive aerosols”
Concentration boundary layers 157—159
| Concentration change 149
Concentration gradient 145
Condensation and evaporation 3 13 225
Condensation and evaporation and isokinetic sampling 124
Condensation and evaporation and nucleation 226
Condensation and evaporation and nucleation, formation rate of 232—233
Condensation and evaporation and nucleation, heterogeneous 238—248
Condensation and evaporation and nucleation, homogeneous 228—232
Condensation and evaporation and nucleation, ions for 233—238
Condensation and evaporation and saturation ratios 227—231
Condensation and evaporation in Langmuir's equation 257—259
Condensation and evaporation of liquid drops 225
Condensation and evaporation of moving droplets 260—262
Condensation and evaporation, concentrations of 64
Condensation and evaporation, hysteresis in 246—248
Condensation and evaporation, Maxwell's equation for 251—256
Condensation and evaporation, observations of 225—226
Condensation and evaporation, surface for 226
Condensation and evaporation, time of, in saturated media 259—260
Condensation nuclei (CN) 226 238—241
Conductivity, thermal 40—42 168 171
Confined sedimentation 65
Constant field strength 213
Constant velocity 75 81 92
Contact electrification 182—183
Continuous curves 17
Continuous medium 31 60—63
Continuum 45
contrast 264 276—279
Convection currents 165 171
Convective diffusion 150—152
Conversion factors 348 350
Cooper, D.G. 185 208
Coordinate systems for motion 76 79—80
Corona discharge 195—198 214—217
Cosmic radiation 201
Coulier, M. 225
Coulomb effect 188
Coulomb's law 211
Counting rate in particle counters 298
Crawford, M. 52
Creep flow 170
Critical drop size 230
Critical nuclei 232—233
Critical Stokes number 113
Critical temperature 331
Cross, J. 329—331
Cross-sectional diameter of fibers 71
Crystallization 248
Cumulative distribution percentages 106
Cumulative lognormal distributions 24
Cunningham correction factor 60—64 69
Cunningham correction factor and coagulation 307
Cunningham correction factor and thermophoretic velocity 169
Cunningham correction factor for settling velocity 81—82
Cunningham, E. 60
Currents, air 91
Currents, convection 165 171
Currents, corona 215
Currents, density of 193
Currents, diffusion 135 145 303
Currents, ion 190 192—193
CURVES 17 19
Curvilinear motion 75 91—92
Cyclone particle collectors 117—120
Cylinders, diffusion in 133—136
Cylinders, settling in 86—87
Cylinders, thermophoresis in 167
Daniels, F. 32 41 351
Davies, C.N. 61 122 155 158 255 257
Debye — Huckel model 314
Deceleration of particles 75 83—84
definitions 2—3 347—350
Definitions of average diameters 26
Definitions of force 179—180
Definitions of means 25—29
Deflagration 328—329
Deformation drag 50—51
Deirmendjian, D. 266 272
Denman, H.H. 283 288
Dennis, R. 296
Density and toxicity 125
Density of air 47
Density of currents 190 192—193
Deposition 121
Deposition by diffusion 149 152—160
Deposition by inertia 121—122
Deposition in boilers 165
Deposition in coagulation 311—312
Deposition in respiratory system 125
Deposition on walls 102 146—148
Deposition, velocity of 160
Derjaguin, B.V. 168 172—175
Detonation 328—329
Deutsch, W. 222
Diameters 4—7
Diameters and saturation ratios 230
Diameters for air 175
Diameters for settling particles 55
Diameters of average mass 25
Diameters of cyclones 119
Diameters of gases 39
Diameters of respirable dust 126
Diameters of small particles 103
Diameters, aerodynamic 6 71—72 106—107
Diameters, equilibrium 234
Diameters, geometric 23
Diameters, mean and median 13—15 23—29 106—107
Dielectric constants of liquids 182
Diffraction 294—296
Diffusion 131
Diffusion and Brownian displacement 136—138
Diffusion and collisions 302
Diffusion and tube deposition 152—160
Diffusion coefficients 132 155 304
Diffusion coefficients for water vapor 252—253
Diffusion coefficients, effects of mass on 140—141
Diffusion coefficients, gas 40—41
Diffusion constants 136
Diffusion in cylinders 133—136
Diffusion of gases 40—42 132—133 253
Diffusion, charging by 185—189 195
Diffusion, convective 150—152
Diffusion, current in 135 145 303
Diffusion, deposition by 149
Diffusion, Fick's laws of 132—133 135 137 145—147 151
Diffusion, force of 134 159
Diffusion, non-steady-state 146—150
Diffusion, steady-state 145—146
Diffusion, velocity of 158—160
Dimensional analysis 46
Direction of motion 75
Disintegration of droplets 198—200
Dissipation by wind 68
Distance between molecules 33
Distance in cyclones 118
Distance, stop 83 95 142
Distributions in respirable sampling 125
Distributions of charges 201—207
Distributions of mean and median diameters 13—15 25—29
Distributions with coagulation 312
Distributions, barometric 139—140
Distributions, cumulative 24 106
Distributions, histograms for 15—19
Distributions, log probability paper for 24—25
Distributions, lognormal 20 22—24 27 106—107
Distributions, mathematical representation of 19—24
Distributions, Maxwell — Boltzmann 35—37 139
Distributions, Normal 20—22
Doherty, D.J. 207
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