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| Авторизация |
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| Reist P.C. — Aerosol Science and Technology |
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| Предметный указатель |
Tyndall, J. 163
Unconfined sedimentation 65
Unipolar ions 186—189
UNITS 1 347—350
Units for viable aerosols 320—323
Units, electrical 211—212
Units, photometric 265
Unpolarized incident light 282
Upper respiratory system 7
van de Hulst, H.C. 270 288 290
Vapor and temperature 351
Vapor, condensation of 3
Vapor, pressure of 243 252—253 351
Vapor, saturation ratio for 227
Vector notation 76—79
Velocities 76 79
Velocities and Brownian motion 133
Velocities and mobility 135
Velocities, average 38 116 139
Velocities, Boltzmann 141
Velocities, diffusion 158—160
Velocities, drift 220—222
Velocities, jump in 170
Velocities, Maxwell — Boltzmann distribution of 36—37 139
Velocities, molecular 33—38
Velocities, radial 92—93 116 118
Velocities, sedimentation 7 339
Velocities, settling 53—55 64 66 81—82
Velocities, tangential 91 93 116
Velocities, thermal 189
Velocities, thermophoretic 169 173—176
Velocities, vectors for 79
Ventilation systems 75
Vertical walls, diffusion on 146—150
Viable aerosols 319
Viable aerosols, estimates of 323—325
Viable aerosols, factors affecting 321—323
Viable aerosols, types of 320
Viable aerosols, units of measure for 320—321
Viruses 319—321 323 325
Viscosity and internal circulation 66—67
Viscosity and particle size 60
Viscosity and temperature 42
Viscosity drag 50
Viscosity of air 41 46—47
Viscosity of gases 40—42
Viscous flow 47 59 341—342
Viscous forces 45 47
Viscous motion and Stokes' law 59
Viscous motion and Stokes' law, continuous medium assumption in 60—63
Viscous motion and Stokes' law, incompressible medium assumption in 63
Viscous motion and Stokes' law, rigid particle assumption in 65—68
Viscous motion and Stokes' law, spherical particle assumption in 68—73
| Viscous motion and Stokes' law, viscous medium assumption in 63
Viscous sublayers 157
Viscous transfer of momentum 341
Visibility and contrast 276
Visual range 278—279
Visualization of problems 31
Volatization rate 333
Volume 25; see also “Mass”
Volume of gases 32—33
Volume, diameter of 25—26 28
Volume, distributions of 18—19
Wait, G.R. 201
Waldmann's equation 175
Waldmann, L. 168
Walls, deposition on 102 146—148
Walls, diffusion on 146—150
Wang, C.S. 312
Water and water droplets 228; see also “Droplets”
Water and water droplets, diffusion coefficients for 252—253
Water and water droplets, equilibrium diameter of 234
Water and water droplets, evaporation rates for 253 255—256
Water and water droplets, extinction efficiency factor for 271
Water and water droplets, free energy of 229 232
Water and water droplets, growth and evaporation of 235
Water and water droplets, properties of 348
Water and water droplets, resistance force of air on 66—67
Water and water droplets, saturation ratios for 228 231 234—238
Water and water droplets, settling velocity in 55
Water and water droplets, supercooling of 226
Water and water droplets, surface area of 11—12
Water and water droplets, terminal velocities of 66
Water embryos 232
Watson, H.H. 165
Wavelength in Bouger's law 270
Weinberg, F.J. 184—185
Well-designed impactors 97
Went, F.W. 240
Wet-bulb temperature 255
Wetted perimeter concept 96
Wffleke, K. 98 297
Wheeldon, J.M. 120
Whitby, K.T. 96 192 199 208 297—298 312
White, H.J. 186—189 195 215—216
Whytlaw-Gray, R. 302
Wiedensohler, A. 205—206
Wilson, C.T.R. 226 233
Wind, dissipation by 68
Wire-in-cylinder arrangement 197
Wong, J. B. 95
Wood, A.J. 222
Yalamov, Yu 172—175
Yeasts 320
Zebel, G. 312—313
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