Abstract
Atmospheric source strengths quantifying particulate re-suspension from wind and non-wind disturbance-driven processes are computed for sites of small area. These values are useful in computing downwind air concentration values to evaluate risk to exposed populations. The net source strength for the site is the sum of the wind- and disturbance-driven components. A unified source strength approach includes both classes of re-suspension processes. More research is needed to satisfactorily express the time-dependence of re-suspension parameters, especially in non-arid climates where population densities are greater. (JMT)
Citation Formats
Fields, D E.
Computation of radionuclide particulate finite area fugitive source strengths.
United Kingdom: N. p.,
1983.
Web.
Fields, D E.
Computation of radionuclide particulate finite area fugitive source strengths.
United Kingdom.
Fields, D E.
1983.
"Computation of radionuclide particulate finite area fugitive source strengths."
United Kingdom.
@misc{etde_5129526,
title = {Computation of radionuclide particulate finite area fugitive source strengths}
author = {Fields, D E}
abstractNote = {Atmospheric source strengths quantifying particulate re-suspension from wind and non-wind disturbance-driven processes are computed for sites of small area. These values are useful in computing downwind air concentration values to evaluate risk to exposed populations. The net source strength for the site is the sum of the wind- and disturbance-driven components. A unified source strength approach includes both classes of re-suspension processes. More research is needed to satisfactorily express the time-dependence of re-suspension parameters, especially in non-arid climates where population densities are greater. (JMT)}
journal = []
volume = {44:6}
journal type = {AC}
place = {United Kingdom}
year = {1983}
month = {Jun}
}
title = {Computation of radionuclide particulate finite area fugitive source strengths}
author = {Fields, D E}
abstractNote = {Atmospheric source strengths quantifying particulate re-suspension from wind and non-wind disturbance-driven processes are computed for sites of small area. These values are useful in computing downwind air concentration values to evaluate risk to exposed populations. The net source strength for the site is the sum of the wind- and disturbance-driven components. A unified source strength approach includes both classes of re-suspension processes. More research is needed to satisfactorily express the time-dependence of re-suspension parameters, especially in non-arid climates where population densities are greater. (JMT)}
journal = []
volume = {44:6}
journal type = {AC}
place = {United Kingdom}
year = {1983}
month = {Jun}
}