Tailoring microwave dielectric properties through high-entropy strategy in spinel-type titanium ceramics

Key Points

• The aim is to explore how configurational entropy can improve microwave dielectric properties in titanium ceramics.
• Applied high-entropy strategy in the design of ceramic materials.
• Evaluated dielectric properties by varying configurations and compositions.
• Conducted experiments to measure microwave behavior of the materials.
• Achieved significant enhancement in dielectric properties compared to traditional materials.
• Found optimal configurations that maximize configurational entropy, leading to better performance.