Titre de série :	U.S. Geological Survey Water Supply paper, 2257
Titre :	Traveltime and dispersion in the Potomac River, Cumberland, Aryland, to Washington, D.C
Type de document :	texte imprimé
Auteurs :	Taylor, K. R. ; James, R. W. ; Helinsky, B. M.
Mention d'édition :	United States Government printing office
Editeur :	United States Government Printing Office
Année de publication :	1985
ISBN/ISSN/EAN :	CI-04992
Note générale :	A traveltime and dispersion study using rhodamine dye was conducted on the Potomac River between Cumberland, Maryland, and Washington, a distance of 189 miles. The purposes of this report are to describe the movement of a soluble material in the potomac river from Cumberland, Md. to Washington, DC, and to present techniques for predicting traveltimes and concentration attenuation at downstream locations resulting from the spillage of any amount of soluble contaminant at any point along the river.
Langues :	Anglais (eng)
Mots-clés :	Bassin versant  Eau de surface  Ruissellement  Pollution  Hydrochimie
Index. décimale :	551.48 Hydrologie :
Résumé :	A traveltime and dispersion study using rhodamine dye was conducted on the Potomac River between Cumberland, Maryland, and Washington, a distance of 189 miles. The purposes of this report are to describe the movement of a soluble material in the potomac river from Cumberland, Md. to Washington, DC, and to present techniques for predicting traveltimes and concentration attenuation at downstream locations resulting from the spillage of any amount of soluble contaminant at any point along the river.
Note de contenu :	A traveltime and dispersion study using rhodamine dye was conducted on the Potomac River between Cumberland, Maryland, and Washington, a distance of 189 miles. The purposes of this report are to describe the movement of a soluble material in the potomac river from Cumberland, Md. to Washington, DC, and to present techniques for predicting traveltimes and concentration attenuation at downstream locations resulting from the spillage of any amount of soluble contaminant at any point along the river.

U.S. Geological Survey Water Supply paper, 2257. Traveltime and dispersion in the Potomac River, Cumberland, Aryland, to Washington, D.C [texte imprimé] / Taylor, K. R. ; James, R. W. ; Helinsky, B. M.  . -  United States Government printing office . - United States Government Printing Office, 1985.
ISSN : CI-04992
A traveltime and dispersion study using rhodamine dye was conducted on the Potomac River between Cumberland, Maryland, and Washington, a distance of 189 miles. The purposes of this report are to describe the movement of a soluble material in the potomac river from Cumberland, Md. to Washington, DC, and to present techniques for predicting traveltimes and concentration attenuation at downstream locations resulting from the spillage of any amount of soluble contaminant at any point along the river.
Langues : Anglais (eng)

Mots-clés :	Bassin versant  Eau de surface  Ruissellement  Pollution  Hydrochimie
Index. décimale :	551.48 Hydrologie :
Résumé :	A traveltime and dispersion study using rhodamine dye was conducted on the Potomac River between Cumberland, Maryland, and Washington, a distance of 189 miles. The purposes of this report are to describe the movement of a soluble material in the potomac river from Cumberland, Md. to Washington, DC, and to present techniques for predicting traveltimes and concentration attenuation at downstream locations resulting from the spillage of any amount of soluble contaminant at any point along the river.
Note de contenu :	A traveltime and dispersion study using rhodamine dye was conducted on the Potomac River between Cumberland, Maryland, and Washington, a distance of 189 miles. The purposes of this report are to describe the movement of a soluble material in the potomac river from Cumberland, Md. to Washington, DC, and to present techniques for predicting traveltimes and concentration attenuation at downstream locations resulting from the spillage of any amount of soluble contaminant at any point along the river.