THERMAL CONDUCTIVITY OF AN ELECTRORHEOLOGICAL FLUID UPON THE CHANGE IN EXTERNAL ELECTRIC AND TEMPERATURE FIELDS

A study has been made of the rheological behavior of electrorheological fl uids containing composite perovskite-like-structured oxides under the impact of a constant electric fi eld of strength 0–4 kV/mm and elevated temperatures (20–60^o C). The behavior of the thermal conductivity of electrorheological fl uids has been analyzed upon the change in the temperature in the range 20–40^o C, and in the electric fi eld, from 0 to 1.5 kV/mm. Methods of scientifi c experiment, the method of an unbounded plane layer, and regression-analysis methods were employed. Experimental results have been interpreted in diagrammatic representation and analytical form.
A study has been made of the rheological behavior of electrorheological fl uids containing composite perovskite-like-structured oxides under the impact of a constant electric fi eld of strength 0–4 kV/mm and elevated temperatures (20–60^o C). The behavior of the thermal conductivity of electrorheological fl uids has been analyzed upon the change in the temperature in the range 20–40^o C, and in the electric fi eld, from 0 to 1.5 kV/mm. Methods of scientifi c experiment, the method of an unbounded plane layer, and regression-analysis methods were employed. Experimental results have been interpreted in diagrammatic representation and analytical form.
Author:  I. M. Kharlamova, E. V. Korobko, L. V. Markova
Keywords:  thermal conductivity, composite perovskite-like oxides, electrorheological fl uid, experiment, modeling
Page:  250