Great explanation, but what is the reason for having a bell curve of the pollutants concentrations? Why does it increase than decrease as one moves away from the stack?
Advection Diffusion Gravity Brownian movement Smoke stack Heating of air Rising of pollutant Space vs concentration Bell curve Guassian Models Distribution of pollutant concentration Plume behaviour Wind Temperature Peaks on the centre line
Spatial distribution of pollutant Multiple exponential Decays Empirical statistical Diffusion equations Straight line Sigma y and sigma z has a dependent on x Turbulence ........unstable SD defines the state of plume Contour plots Vertical cross section from above Higher exposure Ground level Thermal inversion
Great video!
Thanks for pointing out the uncertainty value dependence on x, very clarifying 👍
Please
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Great explanation, but what is the reason for having a bell curve of the pollutants concentrations? Why does it increase than decrease as one moves away from the stack?
thank you
👌What application is used to do this plot?
Advection
Diffusion
Gravity
Brownian movement
Smoke stack
Heating of air
Rising of pollutant
Space vs concentration
Bell curve
Guassian
Models
Distribution of pollutant concentration
Plume behaviour
Wind
Temperature
Peaks on the centre line
Spatial distribution of pollutant
Multiple exponential
Decays
Empirical statistical
Diffusion equations
Straight line
Sigma y and sigma z has a dependent on x
Turbulence ........unstable
SD defines the state of plume
Contour plots
Vertical cross section from above
Higher exposure
Ground level
Thermal inversion
We are not lukcy to study in this school very good education system