喷雾热分解法

报道了用喷雾热分解法在不同温度下制备二氧化锡薄膜，发现其在325℃时已晶化，得到四方相多晶SnO2。

Using spray pyrolysis we prepared SnO 2 thin film successfully on glass deposited at various temperatures . Results show at depositing temperature of 325 ℃ the SnO 2 thin film is crystallized .

本研究首次报导了利用喷雾热分解法成功地制备出ZnO低压压敏薄膜。

This paper reports ZnO low voltage thin film varistor prepared by spray pyrolysis for the first time .

用简单的压缩空气式喷雾热分解法以醋酸镁为原料在Si（100）衬底上成功地制备了（100）取向的MgO薄膜。

Oriented MgO thin films have been successfully prepared on Si substrate by a simple spray pyrolysis method started from magnesium acetate .

喷雾热分解法Y2O3-ZrO2超细粉末的制备

Preparation of Y 2O 3-ZrO 2 Ultrafine Powders by spray pyrolysis

能谱仪分析显示喷雾热分解法直接制成的LSCF粉体掺杂均匀；

The energy dispersive spectrometer spectra show that the spray pyrolysis allows for the perfectly ( even-doping . )

喷雾热分解法玻璃镀膜

Glass Coatings by Spray Pyrolysis

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 effects of different raw materials and techniques on character of alumina powder were respectively compared and researched to pyrolysis and spray pyrolysis methods .

本文研究了用喷雾沉积热分解法在（110）Ag单晶、{110}<011>Ag带、（100）SrTiO3三种不同的基底上制备YBa2Cu3O7-x涂层超导薄膜。

YBa_2 Cu_3O_7-x films have been deposited using spray pyrolysis on ( 100 ) SrTiO_ 3 , ( 110 ) Ag single crystal and { 110 } < 011 > Ag tapes .

综述了超细NiO粉体近年来的制备方法及其特点（主要有固相反应法、沉淀法、微乳液法、喷雾热解法、热分解法和电化学法），介绍了超细NiO粉体的应用现状。

The recent preparation method ( Such as solid-state reaction , precipitation method , micro-emulsion method , spray pyrolysis method , thermal decomposition method and electrochemical method ) and theirs characteristics of preparation of ultra-fine NiO powder are reviewed . The application of ultra-fine NiO powder is also introduced .