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Classnotes |
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Introduction
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Particle Size, Shape, and
Density
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Aerosol Concentration
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Properties of Gases
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Kinetic Theory of Gases
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Reynolds Number
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Measurement of Velocity,
Flow Rate, and Pressure
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Uniform Particle Motion
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Newton’s Law
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Stokes’s Law
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Settling at High Reynolds
Numbers
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Instruments That Rely on
Settling Velocity
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Particle Size
Statistics
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Ch
4 |
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Properties of Size
Distributions
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The Lognormal Distribution
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Log-Probability Graphs
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Straight-Line
Acceleration/Curvilinear Motion
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Relaxation Time
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Straight-Line Particle
Acceleration
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Stopping Distance
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Curvilinear Motion and
Stokes Number
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Inertial Impaction
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Cascade Impactors
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Virtual Impactors
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Time of Flight Instruments
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Adhesion of Particles
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Adhesion Forces
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Detachment of Particles
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Resuspension
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Particle Bounce
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Brownian Motion and
Diffusion
Diffusion Coefficient
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Particle Mean Free Path
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Brownian Displacement
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Deposition by Diffusion
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Diffusion Batteries
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Thermal and Radiometric
Forces
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Thermophoresis
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Thermal Precipitators
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Radiometric and
Concentration Gradient Forces
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Filtration
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Macroscopic Properties of
Filters
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Single-Fiber Efficiency
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Deposition Mechanisms
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Filter Efficiency
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Pressure Drop
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Membrane Filters
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