Canarina
Spain ˇ Canarina
software
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 96 ventilation
CANARINA:
Home -
Air pollution ˇ
DISPER -
Noise pollution ˇ
CUSTIC -
Water pollution ˇ
DESCAR -
Contact us
DISPER:
Air
pollution
dispersion ˇ DISPER -
Solutions -
Data -
Algorithms -
Emissions -
Graphs -
ISC3 (VOL. 2)
Home -
DEMO
Download -
Price
Having determined the
effective area from which the model will simulate the pit emissions, the
specific dimensions of this effective rectangular area are calculated as a
function of θ such that (see Figure 1-10):
|
 88 (1-75)
|
and
|
 89 (1-76)
|
Note that in equations 1-75 and 1-76, W is defined as the short
dimension of the pit and L is the long dimension; AW is the dimension of the
effective area aligned with the short side of the pit and AL is the dimension
of the effective area aligned with the long side of the pit (see Figure
1-10). The dimensions AW and AL are used
by the model to define the shape of the effective area for input to the area
source algorithm described in Section 1.2.3.
The emission rate, Qe,
for the effective area is such that
|
 90 (1-77)
|
CANARINA:
Home -
Air pollution ˇ
DISPER -
Noise pollution ˇ
CUSTIC -
Water pollution ˇ
DESCAR -
Contact us
DISPER:
Air
pollution
dispersion ˇ DISPER -
Solutions -
Data -
Algorithms -
Emissions -
Graphs -
ISC3 (VOL. 2)
SOLUTIONS:
Air pollution
dispersion ˇ DISPER -
Software
solutions -
Software advantages -
Price -
DEMO download
COMMANDS:
Input data I -
Input data II -
Input data III -
Input data IV -
Temporal average -
Import and export data -
Software commands
ALGORITHMS:
Algorithms I -
Algorithms
II -
Algorithms III -
Algorithms IV -
Algorithms V -
Algorithms VI -
Algorithms VII -
Algorithms VIII -
Algorithms IX -
Algorithms X
EMISSIONS:
Emissions I -
Emissions II -
Emissions III -
Pollutants I -
Pollutants II
GRAPHS:
Graphs I -
Graphs II -
Graphs III -
Graphs IV
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