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首页> 外文期刊>Journal of the Ceramic Society of Japan >Formation of zirconia films by aerosol gas deposition method using zirconia powder produced by break-down method
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Formation of zirconia films by aerosol gas deposition method using zirconia powder produced by break-down method

机译:使用分解法生产的氧化锆粉末通过气溶胶气相沉积法形成氧化锆膜

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The purpose of this study is to form a film of dry-milled zirconia powders by aerosol gas deposition (AGD). Recently, we reported that we could form a high-density zirconia film using wet-type zirconia powders prepared wet-chemically. From the stand point of industrial use, the dry-milled zirconia powder seems to be much more advantageous than the wet type. In this study, we examined the possibility to fabricate zirconia film using commercially available dry-milled zirconia powders with a mean diameter range that is nearly the same as those of wet-type ones, for example, 0.73 to 10.2 μm in mean diameter. As a result, we were able to make a zirconia film from all powders, although the film formation conditions for the wet-type powder was very much limited in the diameter and the specific surface area. In conclusion, dry-milled zirconia powders are considered to have high potential for industrial use.
机译:这项研究的目的是通过气溶胶沉积(AGD)形成干磨氧化锆粉末的薄膜。最近,我们报道说,我们可以使用湿化学法制备的湿式氧化锆粉末来形成高密度氧化锆膜。从工业用途的角度来看,干磨的氧化锆粉末似乎比湿式粉末更具优势。在这项研究中,我们研究了使用平均直径范围与湿式粉末的平均直径范围几乎相同(例如,平均直径为0.73至10.2μm)的市售干磨氧化锆粉末制造氧化锆膜的可能性。结果,尽管湿型粉末的成膜条件在直径和比表面积上有很大的限制,但我们能够用所有粉末制成氧化锆膜。总之,认为干磨氧化锆粉末具有很高的工业应用潜力。

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