The study aims to investigate the electrical and dielectric characteristics of carbon matrix systems modified with NiO and MnO nanoparticles.
Utilized a sol-gel synthesis method to prepare carbon matrix systems modified with NiO and MnO nanoparticles.
Conducted electrical and dielectric measurements to assess behavior of the materials.
Analyzed the distinct conduction mechanisms at play due to the interaction of carbon with metal oxides.
Identified distinct hopping conduction mechanisms governing the electrical behavior of the modified carbon systems.
Demonstrated variations in dielectric behavior between carbon/niO and carbon/mnO compositions.
Abstract
Distinct hopping conduction mechanisms govern the electrical and dielectric behavior of these carbon/metal oxide systems (NiO and MnO) prepared via sol–gel route.