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Microstructure control of porous alumina film using aqueous sol containing trehalose

机译:含海藻糖水溶液多孔氧化铝膜的微观结构控制

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To fabricate porous and thick alumina films, we prepared an aqueous alumina hydroxide sol containing trehalose. The alumina films were deposited by dip-coating technique on glass substrates and heating at 500°C. The maximum thickness of the film obtained by one-run dip-coating using the sol containing trehalose was over 1000 nm. The film was an aggregate of alumina particles with a diameter of 20-40 nm and pores were interstices between the particles. The porosity of alumina film can be controlled in the range of 48-65% by changing trehalose concentration in the dip-coating solution.
机译:为了制造多孔和厚的氧化铝薄膜,我们制备了含有海藻糖的氧化铝水溶液溶胶。通过浸涂技术在玻璃基板上沉积氧化铝薄膜并在500℃下加热。通过使用含溶的海藻糖溶胶的单次浸涂而获得的膜的最大厚度超过1000nm。薄膜是直径为20-40nm的氧化铝颗粒的聚集体,并且粒子之间的孔隙是间隙。通过在浸涂溶液中改变海藻糖浓度,可以在48-65%的范围内控制氧化铝膜的孔隙率。

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