首页> 外国专利> LARGE SCALE TRANSPARENT CONDUCTING FILM MANUFACTURING METHOD AND SYSTEM BY ELLIPTICAL ORBIT ELECTRON CYCLOTRON RESONANCE HAVING LINEAR MICROWAVE

LARGE SCALE TRANSPARENT CONDUCTING FILM MANUFACTURING METHOD AND SYSTEM BY ELLIPTICAL ORBIT ELECTRON CYCLOTRON RESONANCE HAVING LINEAR MICROWAVE

机译:具有线性微波的椭圆轨道电子回旋共振的大规模透明导电薄膜制造方法和系统

摘要

A system and a method for manufacturing a large scale transparent conducting film by an elliptical orbit electron cyclotron resonance having a linear microwave are provided to generate a uniform electromagnetic field ranging within a film width by a linear microwave induction and an elliptical electromagnet. A method for manufacturing a large scale transparent conducting film by an elliptical orbit electron cyclotron resonance having a linear microwave includes the steps of: maintaining a room temperature and a vacuum state in a chamber and transferring a film to be coated via a main drum(10); generating a high density of plasma ions ranging within a large scale by an elliptical orbit electron cyclotron resonance along an electromagnetic field in condition that a microwave and a magnetic field has the same wavelength by a magnetic field of an elliptical shape generated from a rectangular electromagnet of a donut shape and a linear microwave; and forming a transparent metal oxide layer having transparent conductivity on a film in a room temperature condition using a roll to roll method by dissolving a metal ion source provided from a double ejection ring.
机译:提供一种通过具有线性微波的椭圆轨道电子回旋共振来制造大规模透明导电膜的系统和方法,以通过线性微波感应和椭圆电磁体产生在膜宽度范围内的均匀电磁场。一种通过具有线性微波的椭圆轨道电子回旋共振制造大规模透明导电膜的方法,包括以下步骤:在室内保持室温和真空状态,并通过主鼓转印待涂膜(10) );在椭圆形轨道电子回旋共振沿着由电磁场产生的椭圆形磁场使微波和磁场具有相同波长的条件下,通过沿电磁场的椭圆轨道电子回旋共振在大范围内产生高密度的等离子体离子。甜甜圈形状和线性微波炉;通过溶解由双喷射环提供的金属离子源,使用卷对卷方法在室温条件下在膜上形成具有透明导电性的透明金属氧化物层。

著录项

  • 公开/公告号KR100822275B1

    专利类型

  • 公开/公告日2008-04-16

    原文格式PDF

  • 申请/专利权人 EPON CO. LTD.;

    申请/专利号KR20070033627

  • 发明设计人 JUNG SUN;JEON BUP JU;YI JUN SANG;

    申请日2007-04-05

  • 分类号H01B5/14;G06F3/041;

  • 国家 KR

  • 入库时间 2022-08-21 19:52:13

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