Page 497 - Air pollution and greenhouse gases from basic concepts to engineering applications for air emission control

Index 479

Global warming potential, 350 Log probability paper, 113
Grade efficiency curve, 151 Lower flammable limit, 298
Granular filters, 186 Lower heating value, 82
Gravity number, 187 Low visibility, 7
Gravity settling chamber, 154
Greenhouse gas effects, 8
Greenhouse gases, 4, 349 M
Mass transfer coefficietns, 55
Maxwell–Boltzmann
H distribution, 28, 41, 406, 407
Hamaker constant, 187 Mean free path, 38
Heating, ventilation and air conditioning Mean molecular speed, 28
(HVAC), xvi, 4, 435, 445 Mean thermal velocity, 109
Height of transfer unit, 144 Mechanical constants, 412
Henry’s law, 48 Mercury, 223
Higher heating value, 82 Mercury Adsorption, 306
Hydrocarbon, 62 Mesosphere, 319
Hydrolysis, 246 Metal–organic frameworks, 363
Hydrothermal conversion, 248 Mineral trapping, 385
Hydrothermal liquefaction, 251 Minimum ventilation rate, 436
Mirror source, 340
Mixing height, 341
I Mobile systems, 196
Ideal gas law, 33 Molar weight, 30
In-combustion air emission Molecular kinetic energy, 37
control, 257 Mole flow rates, 133
Indoor air dispersion, 441 Mole ratio, 134
Indoor air pollutants, 428 Momentum flux, 335
Indoor air quality, 4, 36, 427
Inertial impaction, 173
Intensity of an electric field, 158 N
Interception, 173 Nanoaerosols, 395
Internal combustion engine, 261 Nanomaterials, 395
Internal energy of the system, 80 Nanoparticles, 395
International energy outlook, 11 Nano-silver, 396
Ionic liquids, 376 Natural gas fired combined
Isokinetic sampling, 449 cycles, 239
Isothermal, 80 Natural gas sweetening, 231
Neutral atmosphere, 323
Nitrogen oxides, 210
K Noncontinuum regime, 94
Knudsen number, 94 Normalized concentration, 432
Kuwabara, 174 Number of collisions, 39
Number of transfer unit, 144
L
Langmuir isotherm, 120 O
Lapple cyclones, 167 Obukhov length, 327
Latent heat of vaporization, 197 Overall filtration efficiency, 180
Laughing gas, 214 Overall mass transfer coefficients, 55
Life cycle analysis, 390 Oxyfuel combustion, 358
Lifetime of the droplets, 199 Oxygen-carrier, 361