US. Geological survey Water supply Paper, 2213. Acoustic systems for the measurement of streamflow / Laenen, A.

Public ISBD Titre de série : US. Geological survey Water supply Paper, 2213 Titre : Acoustic systems for the measurement of streamflow Type de document : texte imprimé Auteurs : Laenen, A. ; Smith, W. Mention d'édition : United States Gouvernment Printing Office Editeur : United States Gouvernment Printing Office Année de publication : 1983 ISBN/ISSN/EAN : CI-05075 Note générale : The acoustic velocity meter (AVM), also refered to as an ultrasonic flowmeter, has been an operational tool for the measurement of streamflow since 1965. The purpose of this report is to consolidate information in such a manner as to provide a better understanding about the application of this instrumentation to streamflow measurement. AVM instrumentation is highly accurate and non-mechanical. Most commercial AVM systems that measure streamflow use the time-of-travel method to determine a velocity between two points. Langues : Anglais (eng) Mots-clés : Eau de surface  Débit fluvial  Mesure et observation  Méthodologie Index. décimale : 343.092 Approvisionnement en eau et en énergie Résumé : The acoustic velocity meter (AVM), also refered to as an ultrasonic flowmeter, has been an operational tool for the measurement of streamflow since 1965. The purpose of this report is to consolidate information in such a manner as to provide a better understanding about the application of this instrumentation to streamflow measurement. AVM instrumentation is highly accurate and non-mechanical. Most commercial AVM systems that measure streamflow use the time-of-travel method to determine a velocity between two points. Note de contenu : The acoustic velocity meter (AVM), also refered to as an ultrasonic flowmeter, has been an operational tool for the measurement of streamflow since 1965. The purpose of this report is to consolidate information in such a manner as to provide a better understanding about the application of this instrumentation to streamflow measurement. AVM instrumentation is highly accurate and non-mechanical. Most commercial AVM systems that measure streamflow use the time-of-travel method to determine a velocity between two points. US. Geological survey Water supply Paper, 2213. Acoustic systems for the measurement of streamflow [texte imprimé] / Laenen, A. ; Smith, W.  . -  United States Gouvernment Printing Office . - United States Gouvernment Printing Office, 1983. ISSN : CI-05075 The acoustic velocity meter (AVM), also refered to as an ultrasonic flowmeter, has been an operational tool for the measurement of streamflow since 1965. The purpose of this report is to consolidate information in such a manner as to provide a better understanding about the application of this instrumentation to streamflow measurement. AVM instrumentation is highly accurate and non-mechanical. Most commercial AVM systems that measure streamflow use the time-of-travel method to determine a velocity between two points. Langues : Anglais (eng) Mots-clés : Eau de surface  Débit fluvial  Mesure et observation  Méthodologie Index. décimale : 343.092 Approvisionnement en eau et en énergie Résumé : The acoustic velocity meter (AVM), also refered to as an ultrasonic flowmeter, has been an operational tool for the measurement of streamflow since 1965. The purpose of this report is to consolidate information in such a manner as to provide a better understanding about the application of this instrumentation to streamflow measurement. AVM instrumentation is highly accurate and non-mechanical. Most commercial AVM systems that measure streamflow use the time-of-travel method to determine a velocity between two points. Note de contenu : The acoustic velocity meter (AVM), also refered to as an ultrasonic flowmeter, has been an operational tool for the measurement of streamflow since 1965. The purpose of this report is to consolidate information in such a manner as to provide a better understanding about the application of this instrumentation to streamflow measurement. AVM instrumentation is highly accurate and non-mechanical. Most commercial AVM systems that measure streamflow use the time-of-travel method to determine a velocity between two points.

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