The formation mechanism of the thin films prepared by spray pyrolysis was discussed.
深入探讨了喷雾热解法的成膜机理。
The main results are as follows:(1) The mechanism model of spray pyrolysis was established and the experimental conditions was researched.
论文主要的研究工作如下：（1）喷雾热分解机理模型的建立和实验条件研究。
In this article, some low cost manufacturing techniques with potential applications, including electrodeposition, screen printing and spray pyrolysis, were reviewed.
详细介绍了几种具有潜在应用前景的低成本直接制备工艺：电沉积、丝网印刷、热解喷涂。
The effects of different raw materials and techniques on character of alumina powder were respectively compared and researched to pyrolysis and spray pyrolysis methods.
以不同原料，分别对制备高纯超细氧化铝粉的静态热分解法及喷雾热分解法进行对比研究，对影响粉体质量的诸因素作了具体分析与对比。
The device solved the defects of traditional spray pyrolysis equipment such as bulky device, lower thermal efficiency, difficulty cleaning, contaminated powder easily, serious noise pollution.
该设备解决了传统喷雾热解设备体积庞大，热效率低，清洗困难，粉体容易被污染，噪音污染严重等问题。
Two preparation methods are compared and confirm that the spray pyrolysis may have an average spread of the particle size distribution, which will lead to the effective absorption of the sample.
对于固相合成和喷雾热解法两种方法制备出的样品进行了比较，确定了喷雾热解的制备方法可以使得组分混合的均匀从而导致样品对激发光有更加充分的吸收。
Two preparation methods are compared and confirm that the spray pyrolysis may have an average spread of the particle size distribution, which will lead to the effective absorption of the sample.
对于固相合成和喷雾热解法两种方法制备出的样品进行了比较，确定了喷雾热解的制备方法可以使得组分混合的均匀从而导致样品对激发光有更加充分的吸收。
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