Entwicklung von kontaktlosen und zeitlich hochauflösenden Strömungs- und Durchflusssensoren für Flüssigmetallströmungen

Control of the flow rate of liquid metals is required in a number of technological processes such as the cooling of nuclear reactors, transmutation systems and the dosing and casting of liquid metals. Contactless operating measurement techniques are very attractive for liquid metal applications. This work deals with the development of new concepts for contactless operating measurement techniques. Analytical models, design, experimental set-up are presented and its test results reported.