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DISPER software: Air pollution map produced by three different stacks (XZ-plane)
Canarina software for analysis of air pollution in environment: air pollution control, environmental engineering, environmental consultancy service, environment simulation, environmental modeling and environmental impact assessment. Air dispersion software: ISC 145 gas dispersion
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DISPER: Air pollution dispersion ˇ DISPER - Solutions - Data - Algorithms - Emissions - Graphs - ISC3 (VOL. 2)
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Jet entrainment coefficient....................... 1‑11, 1‑14
Lateral dispersion parameters............... 1‑16, 1‑19, 1‑30
for the Long Term model.................................. 2‑4
Lateral virtual distance
for the Long Term model....................... 1‑64, 2‑2,
2‑4
Lateral virtual distances
for building downwash................................... 1‑26
Line source
approximation for Schulman‑Scire
sources.......... 1‑12, 1‑13
Line sources, modeled as volumes. 1‑43, 1‑44, 1‑45, 1‑46,
2‑7
Linear decay factor
Schulman‑Scire downwash........................... 1‑13, 1‑29
Long‑term dispersion model............................... 2‑1
McElroy‑Pooler dispersion
parameters
see Dispersion parameters............................... 1‑19
Mixing heights.......................................... 1‑33
Momentum flux...................................... 1‑6, 1‑13
Momentum plume rise......................... 1‑11, 1‑23,
1‑29
stable.................................................. 1‑10
unstable and neutral..................................... 1‑8
Open pit source
deposition algorithm.............................. 1-61, 2‑12
for the Long Term model................................. 2‑11
for the Short Term model................................ 1‑50
Open pit sources.................................. 1‑43,
1‑50
Pasquill‑Gifford dispersion
parameters
see Dispersion parameters............................... 1‑16
Plume rise
for Schulman‑Scire downwash............................. 1‑12
for the Long Term model.................................. 2‑3
for the Short Term model........................... 1‑5, 1‑65
Point source
deposition algorithm.............................. 1‑60,
2‑11
dispersion parameters.............................. 1‑14,
2‑4
for the Long Term model.................................. 2‑1
for the Short Term model................................. 1‑2
Polar receptor network................................... 1‑3
Receptors
calculation of source‑receptor
distances............ 1‑3, 1‑4
Rural
dispersion parameters................................... 1‑14
virtual distances................................. 1‑20,
1‑25
Schulman‑Scire downwash
algorithm........................ 1‑5
Short‑term dispersion model.............................. 1‑1
Sigma‑y........................................... 1‑14, 1‑66
Sigma‑z........................................... 1‑14, 1‑66
Smoothing function
for the Long Term model............................. 2‑2,
2‑6
Stability parameter................................ 1‑8,
1‑14
Stack‑tip downwash....................................... 1‑6
for wake plume height................................... 1‑12
Uniform vertical mixing................................. 1‑32
Urban
decay term for SO2...................................... 1‑43
dispersion parameters................................... 1‑15
virtual distances................................. 1‑20,
1‑25
Vertical dispersion parameters.............. 1‑17, 1‑18, 1‑19
Vertical term........................... 1‑3, 1‑47, 1‑65,
2‑5
for gases and small particulates........................ 1‑31
for large particulates................................... 2‑6
for the Long Term model....................... 1‑65, 2‑3,
2‑5
for the Short Term model.......................... 1‑31, 1‑66
for uniform vertical mixing............................. 1‑32
in complex terrain...................................... 1‑67
in elevated terrain................................ 1‑33,
2‑6
Vertical virtual distances
for building downwash............................. 1‑24,
1‑25
Virtual distances......... 1‑20, 1‑21, 1‑28,
1‑29, 1‑44, 1‑47
for the Long Term model............................. 2‑4,
2‑5
for volume sources...................................... 1‑44
Virtual point source.................... 1‑43, 1‑64,
2‑2, 2‑7
Volume source........................................... 1‑46
deposition algorithm.............................. 1‑60,
2‑11
for the Long Term model.................................. 2‑7
for the Short Term model................................ 1‑43
Wet deposition
for the Short Term model................................ 1‑61
Wind speed
minimum wind speed for modeling.......................... 1‑5
Wind speed profile............................ 1‑4, 1‑65,
2‑3
