首页> 外国专利> THE METHOD OF SILICON NANOWIRE COATED WITH ZINC OXIDE FILM AND SILICON NANOWIRE COATED WITH ZINC OXIDE FILM PREPARED THEREBY

THE METHOD OF SILICON NANOWIRE COATED WITH ZINC OXIDE FILM AND SILICON NANOWIRE COATED WITH ZINC OXIDE FILM PREPARED THEREBY

机译:氧化锌膜包覆硅纳米管的方法及由此制备的氧化锌膜包覆硅纳米线的方法

摘要

PURPOSE: A manufacturing method of silicon nanowire in which zinc oxide film is coated and a ZNO layer coated silicon nano wire manufactured by the method are provided to improve light emission properties of the silicon nanowire. CONSTITUTION: A manufacturing method of silicon nanowire in which zinc oxide film is coated comprises the following steps: forming silicon nano wires on a silicon substrate using a non-electrolytic etching process; and coating zinc oxide(ZnO) on the silicon nano wires; and heat treating the ZNO coated silicon nano wires. The non-electrolytic etching process uses silver (Ag) dipped in the nitric acid. The zinc oxide coating is a sol-gel method, heating, a solution method, a chemistry gaseity deposition method, a method for atomic layer deposition and a sputtering method. The thermal process is processed at 400-700 deg. Celsius under a N2/3 mol% H2 reducing atmosphere or an oxygen atmosphere. The thickness of the ZNO layer is 2-10 nano meters.
机译:目的:提供一种其中涂覆氧化锌膜的硅纳米线的制造方法以及通过该方法制造的涂覆有ZNO层的硅纳米线,以改善硅纳米线的发光特性。构成:一种在硅纳米线上涂覆氧化锌膜的制造方法,包括以下步骤:采用非电解刻蚀工艺在硅基板上形成硅纳米线;在硅纳米线上涂覆氧化锌。并进行ZNO包覆的硅纳米线的热处理。非电解蚀刻工艺使用浸在硝酸中的银(Ag)。氧化锌涂层是溶胶-凝胶法,加热,溶液法,化学气体沉积法,原子层沉积法和溅射法。热处理在400-700度下进行。在N2 / 3摩尔%H2还原气氛或氧气气氛下的摄氏温度。 ZNO层的厚度为2-10纳米。

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