Abstract
Electrical capacitors (EC) are manufactured having environmental-friendly and cost-effective bioactive hybrid magnetorheological suspensions (hMRSs) as dielectric material. hMRSs are prepared by soaking a cotton fabric with a liquid solution based on honey bee (HB), wax and various concentrations of carbonyl iron (CI) microparticles. We investigate the response of EC to a static magnetic field with and without an electric field, and to time-periodic magnetic fields. We show that the induced magnetodielectric properties are sensibly influenced by concentration of CI, and are comparable to those of MRSs based on chemically synthesized components.
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