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..., [[Air pollution dispersion terminology|buoyant pollution plumes]] from [[Air pollution dispersion terminology|stationary point sources]]. The first edition was published in 1979. The cu ...lude [[Air pollution dispersion terminology|atmospheric turbulence]] and [[Air pollution dispersion terminology|stability classes]], [[Air pollution dispersion modeling|buoyant pollution

== Regarding re-approval of [[Air pollution dispersion terminology/Draft‎]]== The [[Air pollution dispersion terminology]] article was approved on January 26, 2009. Since that time, these minor ed

...dispersion terminology|air pollutant plumes]], air quality, atmospheric [[Air pollution dispersion terminology|deposition]], and related subjects.<ref>[http://www.arl.noaa.gov/atmosDisp. ...ispersion]], and [[Air pollution dispersion terminology|turbulence]] and [[Air pollution dispersion terminology|atmospheric stability]]. With contributions from SPS scientists and other e

{{r|Air pollution dispersion terminology}}

...ic goal of the ARL is to improve the prediction of trends, dispersion of [[Air pollution dispersion terminology|air pollutant plumes]], air quality, atmospheric deposition, and related va

...dispersion terminology|point and area sources]], and Volume II provides [[Air pollution dispersion terminology|mobile source]] emission factors. Volume I is currently in its fifth editio

...to predict the downwind [[concentration]] of air pollutants emitted from [[Air pollution dispersion terminology#Air pollutant emission sources|emission sources]] such as industrial plants ...ambient air temperature and the height to the bottom of any temperature [[Air pollution dispersion terminology|inversion]] that may be present aloft.

...or to predict the downwind concentration of air pollutants emitted from [[Air pollution dispersion terminology#Air pollutant emission sources|emission sources]] such as industrial plants ...ambient air temperature and the height to the bottom of any temperature [[Air pollution dispersion terminology|inversion]] that may be present aloft.

...erminology|mobile sources]] (like automotive vehicles and airplanes) and [[Air pollution dispersion terminology|stationary sources]] (like [[Petroleum refining processes|petroleum refiner

{{r|Air pollution dispersion terminology}}

'''Air pollution dispersion terminology''' describes the words and technical terms that have a special meaning to t It should be noted that some of the words and technical terms in '''Air pollution dispersion terminology''' quite often have other special meanings when used in fields of activity

'''Air pollution dispersion terminology''' describes the words and technical terms that have a special meaning to t It should be noted that some of the words and technical terms in '''Air pollution dispersion terminology''' quite often have other special meanings when used in fields of activity

...also pioneered advances in vehicle [[emission]] controls and control of [[Air pollution dispersion terminology|stationary sources]] of [[air pollution]] before federal efforts in these a

...ambient air temperature and the height to the bottom of any temperature [[Air pollution dispersion terminology|inversion aloft]] that may be present. * Emissions parameters such as [[Air pollution dispersion terminology|source]] location and height, source vent stack diameter and exit [[velocit

...and a low [[Air pollution dispersion terminology|wind speed]] prevented [[Air pollution dispersion terminology|dispersion]] of the gas.<ref>{{cite book|author=Beychok, M.R.|title=Fundame

...d the [[natural environment]]. These effects may be experienced near the [[Air pollution dispersion terminology|sources]] of air pollution and some air pollutants may be transported long

{{r|Air pollution dispersion terminology}}

Probably one of the most important reasons is that [[Air pollution dispersion terminology|atmospheric turbulence]] and mixing plays a major role in [[air pollution d

===[[Air pollution dispersion terminology/Citable Version]]===

* [[Air pollution dispersion terminology]] : Corrected spelling of "stability"

Because of Denver's high altitude, it has frequent temperature [[Air pollution dispersion terminology#Miscellaneous other terminology|inversions]] when warm polluted air is trap

...tmospheric boundary layer decreases with increasing altitude unless an ''[[Air pollution dispersion terminology|inversion layer]]'',<ref>{{cite book | author=Turner, D.B. | title=[[Workbo

* [[Air pollution dispersion terminology]]