ZHAO Li ¹, HU Yuye ¹, WANG Yongzhi ²
(1.College of Civil and Environmental Engineering, Anhui Xinhua University, Hefei 230088, Anhui, China; 2.Hefei GuoXuan High-
Tech Power Energy Co., Ltd., Hefei 230001Anhui, China)

Abstract: This paper covers the structure of (Mg,Zn)TiO₃ solid solution. Diferent sintering properties and microwave dielectric properties of (Mg,Zn)TiO₃ solid solution were introduced. The selection rules of perovskite τf compensators and low-temperature sintering additives are system discussed. The additives used in (Mg,Zn)TiO₃-based microwave ceramics and the influences on the properties of materials were summarized. analysed and modified ways were summarized. At last, the problem and develop menttrends of (Mg,Zn)TiO₃-based microwave ceramics were pointed out.

Key words: microwave dielectric ceramics; (Mg,Zn)TiO₃; compensator; low-temperature sintering