喷雾热解路线的电陶瓷粉末和薄膜

C.H. Chen, F.L. Yuan, J. Schoonman
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引用次数: 0

摘要

本文简要介绍了本实验室近年来发展起来的两种新型喷雾热解技术,即静电喷雾沉积(ESD)和火焰辅助超声喷雾热解(FAUSP)。金属盐或醇氧化物的酒精溶液用作前驱体溶液。这两种技术已经成功地应用于合成半导体TiO2、离子导体ZrO2和混合电子离子导体LiMn2O4等电陶瓷材料。静电放电通常用于制造各种形态的薄膜,而FAUSP用于生产细粉末。
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Spray pyrolysis routes to electroceramic powders and thin films

A brief overview on two novel spray pyrolysis techniques developed recently in our laboratory, i.e. Electrostatic Spray Deposition (ESD) and Flame-Assisted Ultrasonic Spray Pyrolysis (FAUSP), is presented in this paper. Alcoholic solutions of metal salts or alkoxides are used as precursor solutions. Both techniques have been successfully applied to synthesize electroceramic materials including semiconductor TiO2, ionic conductor ZrO2, and mixed electronic-ionic conductor LiMn2O4. ESD is usually used for the fabrication of thin films with various morphologies, while FAUSP is used for the production of fine powders.

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