Abstract
The analysis of ionic mobility of Ag+ ions in the nano-composite material is performed. The material is space charge polarized initially by applying a dc field ~0.5 V. The depolarization potential is recorded at various isothermal conditions in the temperature range of 300–535 K. By considering open circuit condition, drift and trapped ionic mobility are analyzed and the results are compared with the ionic mobility measured by conventional transient ionic current (TIC) and experimental techniques in the same temperature range.
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