首页> 外国专利> METHOD OF FORMING AN INORGANIC THIN FILM AND A SPUTTERING SYSTEM THEREFORE, CAPABLE OF EFFECTIVELY PROTECTING THE ORGANIC LAYER OF AN ORGANIC ELECTRONIC ELEMENT SINCE OXYGEN PERMEABILITY AND WATER PERMEABILITY ARE TOO LOW COMPARED WITH A THIN FILM SYNTHESIZED FROM SINGLE INORGANIC MATERIAL

METHOD OF FORMING AN INORGANIC THIN FILM AND A SPUTTERING SYSTEM THEREFORE, CAPABLE OF EFFECTIVELY PROTECTING THE ORGANIC LAYER OF AN ORGANIC ELECTRONIC ELEMENT SINCE OXYGEN PERMEABILITY AND WATER PERMEABILITY ARE TOO LOW COMPARED WITH A THIN FILM SYNTHESIZED FROM SINGLE INORGANIC MATERIAL

机译:形成无机薄膜的方法和由此形成的溅射系统,因为与由合成的薄膜相比,氧渗透性和水渗透性太低,因此能够有效地保护有机电子元素的有机层。

摘要

PURPOSE: A method of forming an inorganic thin film and a sputtering system therefore are provided to effectively protect the organic layer of an organic electronic element since oxygen permeability and water permeability are too low compared with a thin film, which is synthesized from single inorganic material.;CONSTITUTION: A sputtering system for forming an inorganic thin film comprises a vacuum chamber(10), magnetron deposition sources(11), a substrate holder(13) and a power supply unit. The inside of the vacuum chamber is maintained in a vacuum state. The magnetron deposition sources deposit an inorganic thin film. The magnetron holder is installed on a position facing at least one of the magnetron deposition sources and holds a substrate. The substrate forms an organic-polymer protecting layer by coating photo-curable polymer and curing the coated photo-curable polymer. The power supply unit applies RF power and frequency to each of the magnetron deposition sources.;COPYRIGHT KIPO 2011
机译:用途:因此提供了一种形成无机薄膜的方法和溅射系统,以有效保护有机电子元件的有机层,因为与由单一无机材料合成的薄膜相比,其氧气渗透性和水渗透性太低组成:用于形成无机薄膜的溅射系统,包括真空室(10),磁控管沉积源(11),基板支架(13)和电源单元。真空室的内部保持在真空状态。磁控管沉积源沉积无机薄膜。磁控管保持器安装在面对至少一个磁控管沉积源的位置并保持基板。基材通过涂覆光固化聚合物并固化涂覆的光固化聚合物来形成有机聚合物保护层。电源单元将射频功率和频率施加到每个磁控管沉积源。; COPYRIGHT KIPO 2011

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