首页> 外国专利> INDIUM, GALLIUM, ZINC, OXIDE TARGET MANUFACTURING METHOD AND AN INDIUM, GALLIUM, ZINC, OXIDE TARGET THEREBY, CAPABLE OF MANUFACTURING SINGLE TARGET WHICH IS NOT SEPARATED

INDIUM, GALLIUM, ZINC, OXIDE TARGET MANUFACTURING METHOD AND AN INDIUM, GALLIUM, ZINC, OXIDE TARGET THEREBY, CAPABLE OF MANUFACTURING SINGLE TARGET WHICH IS NOT SEPARATED

机译:铟,镓,锌,氧化物靶材的制造方法,以及由此可以制造未分离的单个靶材的铟,镓,锌,氧化物靶材的方法

摘要

PURPOSE: An IGZO(Indium, Gallium, Zinc, Oxide) target manufacturing method and an IGZO target thereby are provided to maximize the time for using a target by including a smaller generation of the nozzle in comparison to the target in which In-Zn-O composition and ZnGa2O4 composition are separated by generating InGaZnO4 single phase.;CONSTITUTION: An IGZO target manufacturing method comprises a process(S110) of dispersing after mixing Indium oxide powder, gallium oxide powder, and zinc oxide powder with dispersant; and a process(S120) of sintering after manufacturing green compact by mixing the dispersed indium oxide powder, the dispersed gallium oxide powder, and the dispersed zinc oxide powder. A dispersion process comprises a first dispersion step preparing indium oxide by mixing the indium oxide powder and a first dispersant; a second dispersion step preparing gallium oxide dispersed liquid by mixing the gallium oxide powder and a second dispersant; a third dispersion step preparing zinc oxide dispersed liquid by mixing the zinc oxide powder and a third dispersant. Dispersion is implemented with wet milling. The first dispersant adds polyacrylic acid amine salt of 500 molecular weight in comparison with indium oxide powder 100 parts by weight in order to be 1.0 parts by weight.;COPYRIGHT KIPO 2013;[Reference numerals] (AA) Start; (BB) End; (S110) Dispersion process; (S120) Sintering process
机译:目的:提供一种IGZO(铟,镓,锌,氧化物)靶材的制造方法和一种IGZO靶材,与使用In-Zn-的靶材相比,通过减少喷嘴的产生,可以最大程度地延长使用靶材的时间。组成:IGZO靶的制备方法包括将氧化铟粉,氧化镓粉和氧化锌粉与分散剂混合后分散的步骤(S110)。通过混合分散的氧化铟粉末,分散的氧化镓粉末和分散的氧化锌粉末,制造生压坯之后的烧结工序(S120)。分散方法包括:第一分散步骤,其通过将氧化铟粉末和第一分散剂混合来制备氧化铟。第二分散步骤是通过将氧化镓粉末和第二分散剂混合来制备氧化镓分散液。第三分散步骤,通过将氧化锌粉末和第三分散剂混合来制备氧化锌分散液。通过湿磨实现分散。与100重量份的氧化铟粉末相比,第一分散剂添加500分子量的聚丙烯酸胺盐,以成为1.0重量份。; COPYRIGHT KIPO 2013; [附图标记](AA)开始; (BB)结束; (S110)分散过程; (S120)烧结过程

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