Feizpour等分别用微波技术和传统技术制备(K0.5Na0.5)N

Feizpour et al. used microwave technology and traditional technology to prepare (K0.5Na0.5)NbO3 ceramic powders and blocks, and found that KNN ceramic powders with the same structure and properties were synthesized at the same temperature, and the time required for microwave heating was that of traditional heating. %; KNN ceramic blocks with similar density and electrical properties are prepared by sintering at the same temperature, and the time required for microwave sintering is only 10% of that of traditional sintering.

Feizpour and other microwave technology and traditional technology preparation (K0.5Na0.5) NbO3 ceramic powder and block, found that at the same temperature synthesis of the same structure and performance of KNN ceramic powder, microwave heating time used for traditional heating 3%;

Feizpour et al. Prepared (K0.5NA0.5) NbO3 ceramic powders and blocks by microwave technology and traditional technology respectively. It was found that the microwave heating time for synthesizing KNN ceramic powders with the same structure and properties at the same temperature was 3% of the traditional heating time; the microwave sintering time for preparing KNN ceramic blocks with similar density and electrical properties at the same temperature was only 10% of the traditional sintering time.