“Fringing” current influence on results of measuring cross-section area of liquid flow by a conductive sensor
The work presents the results of theoretical research and simulation of “fringing” current distribution and its influence on the output signal of a conductive sensor which is used as a measuring device for determining a cross-sectional area of liquid flow (in particular, milk flow) and consists of electrodes placed on the walls of the dielectric tube with a rectangular cross-section.