Handbook of air pollutant emissions from transportation systems

Cirillo, R.R.; Wolsko, T.D.

doi:10.2172/4337329

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1974

1976

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“…m Xs = i~l j~l pipjxi4rrm (23) where pi is the probability of having wind speed i, pj is the probability of having wind direction j, and X·. is the concentration level associated 1] with these wind characteristics. The variance of the approximate normal di~tribution is n m va.r Cxs) =l.=Il ·L P·P+(X· .-xs) As discussed previously in this section it has been assumed that the 2 maximum annual eight-hour concentrations will be among 7 eight-hour periods which occur annually satisfying the described conditions.…”

Section: =mentioning

confidence: 99%

Dispersion simulation techniques for assessing the air pollution impacts of ground transportation systems

Habegger¹,

Wolsko²,

Camaioni³

et al. 1974

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Section: =mentioning

confidence: 99%

Dispersion simulation techniques for assessing the air pollution impacts of ground transportation systems

Habegger¹,

Wolsko²,

Camaioni³

et al. 1974

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Transportation Emissions and Environmental Health: An Evaluatory Planning Methodology

1976

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A planning methodology which relates pollution emissions from transportation networks to potentially exposed human populations is described. The location of total population and hypersusceptible populations with respect to emission sources are used to compare planning alternatives. Hypersusceptible groups are defined as those with an increased health sensitivity to specific pollutants caused by transportation. High-risk zones are those defined as having both a high proportion of their population hypersusceptible to a particular pollutant and a high emission level of the pollutant. Enumeration of hypersusceptible populations in high-risk zones and the number of these zones, together with the total hypersusceptible populations contained within network corridors, the net emissions of individual pollutants, and the population-weighted mean emission levels for each pollutant for the complete study area, serve as rating indices for comparing a set of alternative transportation plans.

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Handbook of air pollutant emissions from transportation systems

Cited by 2 publications

References 3 publications

Dispersion simulation techniques for assessing the air pollution impacts of ground transportation systems

Dispersion simulation techniques for assessing the air pollution impacts of ground transportation systems

Transportation Emissions and Environmental Health: An Evaluatory Planning Methodology

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