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METHOD FOR PLASMA-ACTIVATED REACTIVE DEPOSITION OF ELECTRICALLY CONDUCTIVE MULTI-COMPONENT MATERIAL FROM A GAS PHASE

机译:气相法电活化多组分材料的等离子体活化反应沉积方法

摘要

Electrically conductive multicomponent material is deposited on a tubular substrate (3) by means of a PCVD method. A plasma (9) is produced between an inner electrode (13) and an outer electrode, one of which is tubular and serves as a substrate. In order to obtain multicomponent material of the desired composition, the composition of the gas phase is changed as a function of time and/or place. In particular when metalorganic starting compounds are used, PCVD of many single layers together with an intermittent, for example, Ar/O2 plasma intermediate treatment yields an efficient removal of undesired carbon or fluorine from the deposited multicomponent material already during its manufacture.
机译:借助于PCVD方法将导电的多组分材料沉积在管状衬底(3)上。在内部电极(13)和外部电极之间产生等离子体(9),内部电极之一是管状的并且用作衬底。为了获得所需组成的多组分材料,气相的组成根据时间和/或位置而变化。特别地,当使用金属有机起始化合物时,许多单层的PCVD以及间歇性的例如Ar / O2等离子体中间处理可在其制造过程中就从沉积的多组分材料中有效去除不需要的碳或氟。

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