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FABRICATION METHOD OF HIGH-QUALITY LARGE-AREA GLASSY-OXIDE TARGET AND THE TARGET BY ITS FABRICATION METHOD

机译:高质量大面积玻璃态氧化物靶材的制备方法及其制备方法

摘要

The invention sputtering deposition method for, in particular, a semiconductor or an oxide thin film production relates to a target according to the production process and method for preparing metal oxide target used in the sputtering vapor deposition or pulsed laser deposition for a semiconductor or an oxide thin film production or in the production process for producing a metal oxide target used in the pulsed laser deposition method, followed by shattering of the respective compositions the composition of the metal oxide in an appropriate size, and a mixing step of mixing a predetermined composition ratio; Receiving step of receiving the sample mixed in a predetermined ratio to the crucible and; And a step of melting by heating the crucible to a burner to melt the sample; Turning step of turning the furnace from the burner top during the melting step; Moving step of moving the sample is completely melted within the furnace to the molding plate and; And a cooling step of cooling the molten sample moved to the forming plate; And a method for producing high-quality, large-area Glacier oxide target characterized in that the configuration including a technical aspect; separating step of separating the cooled sample in the forming plate. The manufacture of high-quality large-area Glacier metal oxide target that by melting the metal oxide sample of appropriate composition to cool and then poured into a molded plate of varying sizes, complete with Glacier target type to significantly improve the target manufacturing time and effort, and cost depending It has the advantage that you can.
机译:本发明特别是用于制造半导体或氧化物薄膜的溅射沉积方法涉及一种根据制备方法和靶的靶,该靶和制备方法用于制备用于半导体或氧化物的溅射气相沉积或脉冲激光沉积中的金属氧化物靶。在薄膜生产中或在用于脉冲激光沉积法的金属氧化物靶的生产方法中,随后粉碎各个组合物以适当尺寸的金属氧化物的组成,以及混合预定比例的混合步骤;接收步骤,将接收到的样品以预定比例混合到坩埚中;通过将坩埚加热到燃烧器以熔化样品的步骤;熔化步骤是在熔化步骤中从燃烧器顶部转动炉子的步骤。移动样品的移动步骤是在炉内将其完全熔融至模板并;并且,冷却步骤将熔融样品冷却至移至成形板;本发明的高质量大面积氧化冰川靶的制造方法,其特征在于,具有技术方面的特征。分离步骤是在成形板上分离冷却后的样品。高质量大面积冰川金属氧化物靶材的制造,方法是将适当成分的金属氧化物样品熔化以冷却,然后倒入各种尺寸的模制板中,并配有冰川靶材类型,从而显着改善靶材的制造时间和工作量,并且取决于成本它具有您可以做到的优势。

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