Abstract
The electrical behavior of the high-field induced diffusive metal (HFIDM) is demonstrated in ceramic–metal composite film deposited by aerosol deposition (AD) method. To verify the effect of HFIDM, electrical properties for non-composite and metal-composite films are analyzed. The obtained results clearly demonstrate that HFIDM in composite film strongly affected its electrical properties such as current level, conduction mechanism, breakdown field, and resistance. These changes are attributed to the displacement and migration of HFIDM under electric field, leading to the noticeable variations in its electrical properties. These findings can provide a strong roadmap for AD-based applications using ceramic-HFIDM composite film.
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