Talk:Air pollution dispersion terminology/Draft: Difference between revisions

From Citizendium
Jump to navigation Jump to search
imported>Milton Beychok
imported>Milton Beychok
Line 15: Line 15:


In closing, if I were to browse articles about astrophysics or quantum physics, I would be quite mystified by their terminology. In other words, no one can know everything. It takes detailed study to understand highly technical subjects. - [[User:Milton Beychok|Milton Beychok]] 23:37, 26 January 2008 (CST)
In closing, if I were to browse articles about astrophysics or quantum physics, I would be quite mystified by their terminology. In other words, no one can know everything. It takes detailed study to understand highly technical subjects. - [[User:Milton Beychok|Milton Beychok]] 23:37, 26 January 2008 (CST)
== Reason why this article may be difficult to understand ==
This article uses a great number of what may be strange words to readers unfamilar with air pollution dispersion. For example: Lagrangian, Eularian, Cartesian grid, Monin-Obukhov similarity, roughness length, Monin-Obukhov length, absorption, sedimentation, deposition velocity, inversion layers, radioactivity, radionuclides, etc. The infrastructure articles of the various workgroups in Citizendium simply have not yet included articles defining those words as has been done in Wikipedia.
Then there are even much simpler words which have not yet been defined in Citizendium. For example: United States Environmental Protection Agency (or U.S. EPA), United States Department of Energy, natural gas and liquified natural gas (LNG), furnace, flue gas, combustion, turbulence, etc.
If I were to put links ( <nowiki>[[Example]]</nowiki> ) around all such words in this article, it would be virtually a sea of red links ... so I have elected not to do so, but to wait until the Citizendiums infrastructure articles define most of them. If anyone disagree with my choice, please feel free to go through the article and put in red links to your heart's content.
In closing, if I were to browse articles about astrophysics or quantum physics, I would be quite mystified by their terminology. In other words, no one can know everything. It takes detailed study to understand highly technical subjects. - [[User:Milton Beychok|Milton Beychok]] 23:39, 26 January 2008 (CST)

Revision as of 23:39, 26 January 2008

This article has a Citable Version.
Main Article
Discussion
Related Articles  [?]
Bibliography  [?]
External Links  [?]
Citable Version  [?]
 
To learn how to update the categories for this article, see here. To update categories, edit the metadata template.
 Definition Describes and explains the words and technical terms that have a special meaning to workers in the field of air pollution dispersion modeling. [d] [e]
Checklist and Archives
 Workgroup categories Engineering and Earth Sciences [Categories OK]
 Subgroup categories:  Chemical Engineering and Environmental Engineering
 Talk Archive none  English language variant American English
Fountain pen.png
NOTICE, please do not remove from top of page.
I released this article to Wikipedia. In particular, the identical text that appears there is of my sole authorship. Therefore, no credit for Wikipedia content on the Citizendium applies.
Check the history of edits to see who inserted this notice.

I was the original sole author of this Wikipedia article

I copied it to here at Citizendium as is with the Wikipedia title ... and will now delete all of the Wikipedia links and certain sections. I will also be making some wording changes. - Milton Beychok 23:08, 25 January 2008 (CST)

Reason why this article may be difficult to understand

This article uses a great number of what may be strange words to readers unfamilar with air pollution dispersion. For example: Lagrangian, Eularian, Cartesian grid, Monin-Obukhov similarity, roughness length, Monin-Obukhov length, absorption, sedimentation, deposition velocity, inversion layers, radioactivity, radionuclides, etc. The infrastructure articles of the various workgroups in Citizendium simply have not yet included articles defining those words as has been done in Wikipedia.

Then there are even much simpler words which have not yet been defined in Citizendium. For example: United States Environmental Protection Agency (or U.S. EPA), United States Department of Energy, natural gas and liquified natural gas (LNG), furnace, flue gas, combustion, turbulence, etc.

If I were to put links ( [[Example]] ) around all such words in this article, it would be virtually a sea of red links ... so I have elected not to do so, but to wait until the Citizendiums infrastructure articles define most of them. If anyone disagree with my choice, please feel free to go through the article and put in red links to your heart's content.

In closing, if I were to browse articles about astrophysics or quantum physics, I would be quite mystified by their terminology. In other words, no one can know everything. It takes detailed study to understand highly technical subjects. - Milton Beychok 23:37, 26 January 2008 (CST)

Reason why this article may be difficult to understand

This article uses a great number of what may be strange words to readers unfamilar with air pollution dispersion. For example: Lagrangian, Eularian, Cartesian grid, Monin-Obukhov similarity, roughness length, Monin-Obukhov length, absorption, sedimentation, deposition velocity, inversion layers, radioactivity, radionuclides, etc. The infrastructure articles of the various workgroups in Citizendium simply have not yet included articles defining those words as has been done in Wikipedia.

Then there are even much simpler words which have not yet been defined in Citizendium. For example: United States Environmental Protection Agency (or U.S. EPA), United States Department of Energy, natural gas and liquified natural gas (LNG), furnace, flue gas, combustion, turbulence, etc.

If I were to put links ( [[Example]] ) around all such words in this article, it would be virtually a sea of red links ... so I have elected not to do so, but to wait until the Citizendiums infrastructure articles define most of them. If anyone disagree with my choice, please feel free to go through the article and put in red links to your heart's content.

In closing, if I were to browse articles about astrophysics or quantum physics, I would be quite mystified by their terminology. In other words, no one can know everything. It takes detailed study to understand highly technical subjects. - Milton Beychok 23:39, 26 January 2008 (CST)