首页> 外国专利> MANUFACTURING METHOD FOR ELECTRODE MATERIALS AND TRANSPARENT ELECTRODE USING HEAT TREATMENT PLASMA PROCESSING OF RAW MATERIALS GRAPHENE FLAKES, AND TRANSPARENT ELECTRODE AND TRANSPARENT ELECTRODE SUBSTRATE USING THE SAME

MANUFACTURING METHOD FOR ELECTRODE MATERIALS AND TRANSPARENT ELECTRODE USING HEAT TREATMENT PLASMA PROCESSING OF RAW MATERIALS GRAPHENE FLAKES, AND TRANSPARENT ELECTRODE AND TRANSPARENT ELECTRODE SUBSTRATE USING THE SAME

机译:利用原料石墨烯薄片的热处理等离子处理制造电极材料和透明电极的方法,以及使用相同方法制备的透明电极和透明电极基料

摘要

The present invention provides a method for manufacturing a transparent electrode material and a transparent electrode through plasma treatment of graphene flakes, the transparent electrode material, and a transparent electrode substrate. While performing plasma heat treatment for graphene flakes separated from graphite and performing heat treatment for the graphene flakes, the transparent electrode material is manufactured. The transparent electrode material has a reduced oxygen component among impurities other than carbon, included in the graphene flakes by reducing the amount of oxygen gradually in proportional to the number of re-treatments for the graphene flakes through a plasma reactor. A layer of the graphene flakes is separated from the transparent electrode material. Therefore, the transparent electrode material can satisfy electrical stability, transmittance, and a resistance value required by the transparent electrode.
机译:本发明提供了通过对石墨烯薄片进行等离子体处理来制造透明电极材料和透明电极的方法,该透明电极材料和透明电极基板。在对从石墨分离出的石墨烯薄片进行等离子体热处理并对石墨烯薄片进行热处理的同时,制造透明电极材料。通过与通过等离子体反应器对石墨烯薄片的再处理次数成比例地逐渐减少氧的量,透明电极材料在包括在石墨烯薄片中的除碳之外的杂质中具有降低的氧成分。石墨烯薄片层与透明电极材料分离。因此,透明电极材料可以满足透明电极所需的电稳定性,透射率和电阻值。

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