首页> 外国专利> Method of treating a polymeric substance, a substance superfu00eccie polymer with a dielectric barrier discharge in nitrogen at atmospheric pressure, and system for applying a dielectric barrier discharge at atmospheric pressure in nitrogen substu00e1ncias polymeric

Method of treating a polymeric substance, a substance superfu00eccie polymer with a dielectric barrier discharge in nitrogen at atmospheric pressure, and system for applying a dielectric barrier discharge at atmospheric pressure in nitrogen substu00e1ncias polymeric

机译:处理聚合物的方法,在大气压下在氮气中具有介电势垒放电的物质表面聚合物以及在大气压下在氮气中施加大气压的介电势垒放电的系统

摘要

Method of treating a polymeric substance, a substance superfu00eccie polymer with a dielectric barrier discharge in nitrogen at atmospheric pressure, and system for applying a dielectric barrier discharge at atmospheric pressure in nitrogen polymer substu00e1ncias S.Methods and systems using a dielectric barrier discharge of nitrogen in atmospheric pressure to treat the surface of polymeric substances.The dielectric discharge of nitrogen in atmospheric pressure can be maintained at a level of H ~ 2 ~ the below a predetermined amount, how to measure and control of H ~ 2 ~ inside an attendant, to produce a surface treatment for a substance which offers of polymeric Radio characteristics.In addition, the level of H ~ 2 ~ can be measured and controlled according to a predetermined quantity or in accordance with other parameter such as an analysis of the resulting polymer substance.For example, the polymeric substance may be provided with an optimum ratio of nitrogen added to oxygen added and / or a great stability based on contact angles of advance washed not washed as for control of the level of H ~ 2 ~ inside the attendant on the basis of these Analysis of the polymer treated.
机译:处理聚合物的方法,在大气压下在氮气中具有介电势垒放电的物质表面聚合物以及在大气压下在氮气聚合物中施加大气压下的介电势垒放电的系统。大气中氮的介电放电可以保持在H〜2〜低于预定量的水平,如何测量和控制内部的H〜2〜可以对具有聚合放射性特性的物质进行表面处理。此外,H〜2〜的水平可以根据预定量或根据其他参数进行测量和控制,例如分析例如,可以向聚合物物质提供添加的氮与添加的氧的最佳比例。基于对所处理的聚合物的这些分析,基于预先洗涤的接触角和/或基于洗涤后未洗涤的大的稳定性来控制内部的H〜2〜的水平。

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