Modelling of electrical capacitance dependences of magnetic nanofluid layer in an electric field

M. S. Demin - T. F. Morozova

North-Caucasus Federal University, 1 Pushkin str., 355009 Stavropol, Russia

Abstract
Results of the analysis of linear regression models are presented described in the experimental studies on the electrical capacity of a cell with a microlayer of magnetic nanofluid carried out with changed input parameters (factors), such as the polarizing voltage (0-20 V), the volume concentration of the disperse phase (2.3-14.4%), the interelectrode gap (100-200 μm), the layer temperature (293-368 K). Two-dimensional and three-dimensional graphical dependences of the electrical capacitance of the microlayer of magnetic nanofluid determined by the input parameters are presented. Figs 6, Refs 8.