Titre de série :	U.S. Geological Survey Water Supply paper, 2311
Titre :	Specific conductance : theoretical considerations and application to analytical quality control
Type de document :	texte imprimé
Auteurs :	Miller, D. L. ; Bradford, W. L. ; Peters, N. E.
Mention d'édition :	United States Gouvernment Printing Office
Editeur :	United States Gouvernment Printing Office
Année de publication :	1988
ISBN/ISSN/EAN :	CI-05082
Note générale :	This report considers several theoretical aspects and practical applications of specific conductance to the study of natural waters. A review of accepted measurements of conductivity of secondary standard 0.01 NKCI solution suggests the a widely used algorithm for predicting the temperature variation in conductivity is in error. A new algorithm is derived and compared with accepted measurements. An approach for predicting the specific conductance of a water sample from the analytically determined major ion composition is described and critically evaluated.
Langues :	Anglais (eng)
Mots-clés :	PRECIPITATIONS  Analyse de l'eau  Contrôle de qualité  Qualité de l'eau  Hydrochimie  Résistance électrique  Chloride de potassium  Eau de mer  Eau naturelle
Index. décimale :	551.48 Hydrologie :
Résumé :	This report considers several theoretical aspects and practical applications of specific conductance to the study of natural waters. A review of accepted measurements of conductivity of secondary standard 0.01 NKCI solution suggests the a widely used algorithm for predicting the temperature variation in conductivity is in error. A new algorithm is derived and compared with accepted measurements. An approach for predicting the specific conductance of a water sample from the analytically determined major ion composition is described and critically evaluated.
Note de contenu :	This report considers several theoretical aspects and practical applications of specific conductance to the study of natural waters. A review of accepted measurements of conductivity of secondary standard 0.01 NKCI solution suggests the a widely used algorithm for predicting the temperature variation in conductivity is in error. A new algorithm is derived and compared with accepted measurements. An approach for predicting the specific conductance of a water sample from the analytically determined major ion composition is described and critically evaluated.

U.S. Geological Survey Water Supply paper, 2311. Specific conductance : theoretical considerations and application to analytical quality control [texte imprimé] / Miller, D. L. ; Bradford, W. L. ; Peters, N. E.  . -  United States Gouvernment Printing Office . - United States Gouvernment Printing Office, 1988.
ISSN : CI-05082
This report considers several theoretical aspects and practical applications of specific conductance to the study of natural waters. A review of accepted measurements of conductivity of secondary standard 0.01 NKCI solution suggests the a widely used algorithm for predicting the temperature variation in conductivity is in error. A new algorithm is derived and compared with accepted measurements. An approach for predicting the specific conductance of a water sample from the analytically determined major ion composition is described and critically evaluated.
Langues : Anglais (eng)

Mots-clés :	PRECIPITATIONS  Analyse de l'eau  Contrôle de qualité  Qualité de l'eau  Hydrochimie  Résistance électrique  Chloride de potassium  Eau de mer  Eau naturelle
Index. décimale :	551.48 Hydrologie :
Résumé :	This report considers several theoretical aspects and practical applications of specific conductance to the study of natural waters. A review of accepted measurements of conductivity of secondary standard 0.01 NKCI solution suggests the a widely used algorithm for predicting the temperature variation in conductivity is in error. A new algorithm is derived and compared with accepted measurements. An approach for predicting the specific conductance of a water sample from the analytically determined major ion composition is described and critically evaluated.
Note de contenu :	This report considers several theoretical aspects and practical applications of specific conductance to the study of natural waters. A review of accepted measurements of conductivity of secondary standard 0.01 NKCI solution suggests the a widely used algorithm for predicting the temperature variation in conductivity is in error. A new algorithm is derived and compared with accepted measurements. An approach for predicting the specific conductance of a water sample from the analytically determined major ion composition is described and critically evaluated.