Magnetoelectric Composites: Engineering for Tunable Filters and Energy Harvesting Applications

Multiferroic ceramic composites have been engineered to incorporate multiple desired physical properties within a single component. The objective of this study was create such through pressure less sintering ferroelectric-doped PZT and nickel–zinc ferrite at temperature 1250 °C. growth grains found be influenced by the concentration ferroelectric phase. Consequently, an increase in content decreased average particle size factor 1.8. After impedance spectroscopy, multiferroic can categorized into two groups: those with low (<20%) high (>20%). Composites are suitable for dual-band filters or shield applications. spectroscopy analysis revealed that resonance frequency shifted higher ranges. Therefore, it demonstrated modifying composition composite allows tailoring behavior living working spaces against radiation meet demands 21st century.