INDEX

Area source
	Deposition Algorithm - REF --- 1   2 
	For the Long Term Model - REF --- 1
	For the Short Term Model - REF --- 1   2 
Atmospheric resistance - REF --- 1  2 
Attenuation correction factor
	In Complex Terrain - REF --- 1

Briggs plume rise formulas
	Buoyant Plume Rise - REF --- 1  2
	Momentum Plume Rise - REF --- 1  2
	Stack Tip Downwash - REF --- 1
Building downwash procedures - REF --- 1  2
	And Buoyancy-Induced Dispersion - REF --- 1
	Effects on Dispersion Parameters - REF --- 1
	For the Long Term Model - REF --- 1  2  3  4
	General - REF --- 1  2
	Huber and Snyder - REF --- 1
	Schulman and Scire - REF --- 1  2  3  4
	Schulman-Scire Plume Rise - REF --- 1  2
	Virtual Distances - REF --- 1 
	Wake Plume Height - REF --- 1
Buoyancy flux - REF ---  1  2
Buoyancy-induced dispersion - REF --- 1  2
Buoyant plume rise
	Stable - REF --- 1
	Unstable and Neutral - REF --- 1

Cartesian receptor network - REF --- 1
Complex terrain modeling
	Short Term model - REF --- 1  2
Crossover temperature difference - REF --- 1
Crosswind distance - REF --- 1  2  3  4  5  6

Decay coefficient - REF --- 1
Decay term - REF --- 1  2  3
	For the Long Term Model - REF --- 1  2  3
	For the Short Term Model - REF --- 1  2
Depletion
	For the Dry Deposition Algorithm - REF --- 1  2
	For the Wet Deposition Algorithm - REF --- 1
Deposition layer resistance - REF --- 1
Deposition velocity - REF --- 1  2 
Direction-specific building dimensions - REF --- 1  2
	With Huber-Snyder Downwash - REF --- 1
Dispersion coefficients
	See Dispersion Parameters - REF --- 1  2
Dispersion parameters
	For the Long Term Model - REF --- 1
	McElroy-Pooler - REF --- 1  2
	Pasquill-Gifford - REF --- 1  2  3  4
Distance-dependent plume rise  - REF --- 1
Downwind distance - REF --- 1  2  3  4  5  6
	And Virtual Distance - REF --- 1
	For Area Sources - REF --- 1
	For Building Wake Dispersion - REF --- 1
	For Dispersion Coefficients - REF --- 1
Dry deposition - REF --- 1  2  3
	For the Long Term Model - REF --- 1
	For the Short Term Model - REF --- 1

Elevated terrain - REF --- 1  2  3
	Truncation Above Stack Height - REF --- 1
Entrainment coefficient - REF --- 1

Final plume rise - REF --- 1
	Distance to - REF --- 1
	Stable - REF --- 1  2
	Unstable or Neutral - REF --- 1  2
Flagpole receptor - REF --- 1

Gaussian plume model - REF --- 1  2
	Sector Averages for Complex Terrain - REF --- 1
	Sector Averages for Long Term - REF --- 1
GEP stack height - REF --- 1  2
Gradual plume rise - REF --- 1
	For Buoyant Plumes - REF --- 1
	For Schulman-Scire Downwash - REF --- 1
	Stable Momentum - REF --- 1
	Unstable and Neutral Momentum	 - REF --- 1
	Used for Wake Plume Height - REF --- 1

Half life - REF --- 1
Huber-Snyder downwash algorithm - REF --- 1

Initial lateral dimension
	For the Long Term Model - REF --- 1
	For Volume Sources - REF --- 1  2
Initial plume length
	Schulman-Scire Downwash - REF --- 1
Initial plume radius
	Schulman-Scire Downwash - REF --- 1
Initial Vertical Dimension
	For Volume Sources - REF --- 1
Intermediate terrain - REF --- 1

Jet entrainment coefficient - REF --- 1  2

Lateral dispersion parameters - REF --- 1  2  3 
	For the Long Term Model - REF --- 1
Lateral virtual distance
	For the Long Term Model - REF --- 1  2  3
Lateral virtual distances
	For Building Downwash - REF - 1
Line source
	Approximation for Schulman-Scire Sources - REF --- 1  2
Line sources, modeled as volumes - REF --- 1  2  
Linear decay factor
	Schulman-Scire Downwash - REF --- 1  2
Long-term Dispersion Model - REF --- 1

McElroy-Pooler dispersion parameters
	See Dispersion parameters - REF --- 1
Mixing heights - REF --- 1
Momentum flux - REF --- 1  2
Momentum plume rise - REF --- 1  2  3
	Stable - REF --- 1
	Unstable and Neutral - REF --- 1

Open pit source
	deposition algorithm - REF --- 1  2
	for the Long Term model - REF --- 1
	for the Short Term model - REF --- 1
Open pit sources - REF --- 1  2

Pasquill-Gifford dispersion parameters
	See Dispersion Parameters - REF --- 1
Plume rise
	For Schulman-Scire Downwash - REF --- 1
	For the Long Term Model - REF --- 1
	For the Short Term Model - REF --- 1  2
Point source
	Deposition Algorithm - REF --- 1  2
	Dispersion Parameters - REF --- 1  2
	For the Long Term Model - REF --- 1
	For the Short Term Model - REF --- 1
Polar receptor network - REF --- 1

Receptors
	Calculation of Source-Receptor Distances - REF --- 1  2
Rural
	Dispersion Parameters - REF --- 1
	Virtual Distances - REF --- 1 2

Schulman-Scire downwash algorithm - REF --- 1
Short-term dispersion model - REF --- 1
Sigma-y	 - REF --- 1  2
Sigma-z - REF --- 1  2
Smoothing function
	For the Long Term Model - REF --- 1  2
Stability parameter - REF --- 1  2
Stack-tip downwash - REF --- 1
	for wake plume height	- REF --- 1

Uniform vertical mixing - REF --- 1
Urban
	Decay Term For SO2	- REF --- 1
	Dispersion Parameters - REF --- 1
	Virtual Distances - REF --- 1  2

Vertical dispersion parameters - REF --- 1  2  3
Vertical term - REF --- 1  2  3  4
	For Gases and Small Particulates - REF --- 1
	For Large Particulates - REF --- 1
	For the Long Term Model - REF --- 1  2  3
	For the Short Term Model - REF --- 1  2
	For Uniform Vertical Mixing - REF --- 1
	In Complex Terrain - REF --- 1
	In Elevated Terrain - REF --- 1  2
Vertical virtual distances
	For Building Downwash - REF --- 1  2
Virtual distances - REF --- 1  2  3  4  5  6
	For the Long Term Model - REF --- 1  2
	For Volume Sources - REF --- 1
Virtual point source - REF --- 1  2  3  4
Volume source - REF --- 1
	Deposition Algorithm - REF --- 1  2
	For the Long Term Model - REF --- 1
	For the Short Term Model - REF --- 1

Wet deposition
	For the Short Term Model - REF --- 1
Wind speed
	Minimum Wind Speed For Modeling - REF --- 1
Wind speed profile - REF --- 1  2  3