Analyses on response time of magnetohydrodynamic generators for the liquid working fluid
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titokunoyoshihiro@excite.co.jpKeywords:
magneto-hydro-dynamics, response time, liquid metal, working fluid flow, time constantAbstract
Magneto-hydro-dynamic generators is a great application to measure the velocity and flow rate for the liquid metal cooled fast breeder reactors because the decrease of working fluid flow caused by the non-uniformity must be immediately identified to initiate reactor processes. There are many methods to examine the time response and the time constant of the eddy current loop generated in the liquid metal with inductance and resistance by means of the magnetic field. In this study, a specific estimation is carried out using the interaction of magnetic field considering the delay of process caused by the eddy current.
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References
I.A. Maalouf, The Derivation and Validation of the Practical Operating Equation for Electromagnetic Flowmeters: Case of Having an Electrolytic Conductor Flowing Through, IEEE Sensors Journal, 6, pp.89-96, 2006.
I.A. Maalouf, A Validated Model for the Electromagnetic Flowmeter's Measuring Cell: Case of Having an Electrolytic Conductor Flowing Through, IEEE Sensors Journal, 6, pp.623-630, 2006.
P. Fala, Model of inductive flowmeter DN-100, Research report No.2/01, 1-23, Laboratory of modelling and optimisation of electromechanical systems BUT FECT, Brno, Czech Republic, June 2001.
P. Fiala, T. Jirku, I. Behunek, Numerical model of inductive flowmeter, Progress in Electromagnetics Research Symposium Proceedings, Beijing, China, March 26-30, pp.971-975, 2007.
I.A. Maalouf, A Validated Model for the Zero Drift Due to Transformer Signals in Electromagnetic Flowmeters Operating with Electrolytic Conductors, IEEE Sensors Journal, 6, pp.1502-1510, 2006.
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