R. Kochetov

Papers

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About

R. Kochetov is a materials scientist whose research focuses on the electrical characterization and performance enhancement of electroactive polymers (EAPs)—smart materials that deform in response to electric fields. Their work is central to advancing applications in wave energy conversion, soft robotics, biomimetics, and muscle-like actuators. Kochetov’s most cited study (2015, 24 citations) investigates the electrical conductivity, dielectric response, and space charge dynamics of an electroactive polymer, both with and without nanofiller reinforcement, providing critical insights into how nanoscale additives can tailor material properties for improved performance. In earlier work (2013, 5 citations), they examined DC breakdown behavior in polyurethane elastomeric films, with and without deposited electrodes, shedding light on material reliability under high-voltage stress. These contributions help bridge fundamental understanding of charge transport and dielectric phenomena with practical device design. Kochetov’s research is notable for addressing key challenges in EAP durability and efficiency, supporting the development of next-generation flexible electronics and energy harvesting systems.