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A method for treating and coating of surfaces of nonconductive, dielectric materials by means of mokrowellenangeregter plasmas and apparatus for carrying out the method

机译:用莫氏阱等离子体处理和涂覆非导电介电材料表面的方法和实施该方法的设备

摘要

The present invention relates to a technical solution for treating and coating of surfaces of nonconductive, dielectric materials waves excited by means of microwave plasmas, in the case of the dollar a a) for the formation of the plasma 4 required energy of the wave-guiding hollow structure 1, in which the article to be treated 2 and the microwave technology closed on all sides, by means of a microwave generator 15 is supplied by means of modulated microwaves, dollar a b) the ignition 3 of the plasma 4 by means of an ignition device 11 to a predetermined location, to be spatially separated from the microwaves are injected 5 takes place, dollar a is c) the current, itself advancing, localized plasma 4 within the wave-guiding hollow structure 1 from the location of the ignition 3 over the surfaces to be treated in the direction of the microwaves are injected 5, wherein in the treatment chamber 9 a for the plasma barrel sufficient cavity above the surface to be treated is present, dollars a d) of the plasma treatment in the region of the atmospheric air pressure and above is carried out with a composition suitable for the plasma treatment, which, by means of a device 12 is supplied, dollars a e) the current plasma 4 by means of a device 13 is interrupted as soon as it has passed over the surface to be treated.
机译:本发明涉及一种技术方案,该技术方案用于处理和涂覆借助于微波等离子体激发的非导电介电材料波的表面,在美元aa)的情况下,用于形成等离子体。4波导中空所需的能量结构1,其中待处理的物品2和微波技术在所有侧面都封闭,借助于微波发生器15,通过调制的微波来提供,美元ab)通过点火来激发等离子体4的点火3装置11到达预定位置,以在空间上与微波分开5被注入,美元a是c)电流本身在波导中空结构1内从点火3的位置前进的局部等离子体4前进。在微波方向上注入待处理的表面5,其中在用于等离子体筒的处理室9a中,在待处理的表面上方存在足够的空腔,以美元计。使用适合于等离子体处理的组合物进行在大气压以上的区域中的等离子体处理,通过提供装置12供应的等离子气体ae)通过等离子体处理当前的等离子体4。装置13越过待处理的表面就被中断。

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