Resistivity enhancement in c-axis-grown nanograin Mn–Zn ferrite thin films generated through radio frequency sputtering technique

Key Points

• Significant resistivity enhancement observed in thin films with c-axis growth, highlighting the impact of nanograin structures.
• Resistivity values increased by specific metrics, indicating a correlation with growth technique and material composition.
• Analysis involved radio frequency sputtering to determine structural and electrical properties of the thin films.
• Results may enable advancements in electronic applications, though further studies are needed for practical implementations.