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Patterning of BaTiO_3 by inkjet deposition using a precursor solution

机译:使用前体溶液通过喷墨沉积对BaTiO_3进行图案化

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BaTiO_3 patterning was directly fabricated by a novel inkjet technique that deposited a precursor solution on a heated substrate. BaTiO_3 precursor solution was prepared using ammoniumcitratoperoxotitanate and barium nitrate. X-ray diffraction and Raman scattering revealed that BaTiO_3 with tetragonal and hexagonal phases was obtained from the precipitate heat treated at 650℃ for 4h. Crystallized BaTiO_3 dot patterns were fabricated by inkjet deposition at 360℃ followed by heat treatment at 650℃ for 4h in an ambient atmosphere. The size and height of one dot was controlled by tuning the concentration of the solution and the number of droplets.
机译:通过新颖的喷墨技术直接制造BaTiO_3图案,该技术将前体溶液沉积在加热的基材上。使用柠檬酸过氧化钛酸铵和硝酸钡制备BaTiO_3前体溶液。 X射线衍射和拉曼散射分析表明,在650℃下热处理4h的沉淀物得到了具有四方相和六方相的BaTiO_3。通过在360℃下进行喷墨沉积,然后在环境气氛中在650℃下热处理4h来制备结晶的BaTiO_3点图案。一个点的大小和高度是通过调节溶液的浓度和液滴的数量来控制的。

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