Developing efficient, fast performing and thermally stable Silver iodide‐based fast ion
conducting solids are of great interest for resistive switching applications, but still remain a
challenge. Metallization in bulk, behavior of threshold voltage profile over composition, and
corrosion reactions are few of the challenges. In this work, the switching behavior of bulk,
fast ion conducting, vitreous (AgI) x‐(Ag2O) 25‐(MoO3) 75‐x, for 60≤ x≤ 40 solids, has
been investigated in order to understand the switching mechanism with the inert electrodes …

Developing efficient, fast performing and thermally stable Silver iodide based fast ion
conducting solids are of great interest for resistive switching applications, but still remain
challenges. Metallization in bulk, behavior of threshold voltage profile over composition and
corrosion reactions are few of these challenges. In this work, the switching behavior of bulk,
fast ion conducting, vitreous (AgI) x-(Ag2O) 25-(MoO3) 75-x, for 60< x< 40 solids, has been
investigated, in order to understand the switching mechanism with theinert electrodes. By …