Air Pollution Control Theory |
Contents
Principles of Fluid Flow | 36 |
Dynamics of Particles in Fluids | 93 |
References | 116 |
Copyright | |
13 other sections not shown
Common terms and phrases
adsorbent adsorption air pollution air pollution control air-fuel ratio airstream approximation Assume boundary layer charge cleaning coefficient collection efficiency collector combustion Compute concentration condenser constant control surface corona curve cylinder density Derive Eq determine device distribution dust electrode electrostatic precipitator equation erfc evaluated field strength FIGURE filter fluid function gases given by Eq gives Henry's law hood J/kg K₁ K₂ kg/m³ laminar flow log-normal distribution m³/s of standard main duct mass flow rate mixture N/m² n₁ negative corona number of particles obtained operating P₁ particle diameter precipitator pressure drop r₂ radius ratio Repeat Prob Reynolds number scrubber settling chamber shown in Fig SOLUTION solved standard air stream t₁ T₂ Table temperature terminal velocity trays tube turbulent unit V₁ velocity venturi viscosity voltage volumetric flow rate ΔΡ