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Generation of Thin Surface Plasma Layers for Atmospheric-Pressure Surface Treatments

机译:常压表面处理的薄等离子表面层的产生

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Thin layers of atmospheric-pressure nonequlibrium plasma can be generated by pulse surface corona discharges and surface barrier discharges homogenously on the treated surfaces or brought into a close contact with the treated surfaces. Plasma sources based on this discharge types have the potential of meeting the basic on- line production requirements in the industry and can be useful for a wide range of surface treatments and deposition processes including continuous treatment of textiles. When compared with atmospheric pressure glow discharge sources, the potential advantages of these plasma sources include their simplicity, robustness, and capability to process in a wide range of working gases.
机译:通过在处理过的表面上均匀地产生脉冲表面电晕放电和表面势垒放电,或与处理过的表面紧密接触,可以产生大气压不平衡等离子体的薄层。基于这种放电类型的等离子源有潜力满足行业中的基本在线生产要求,并且可用于各种表面处理和沉积过程,包括纺织品的连续处理。与大气压辉光放电源相比,这些等离子源的潜在优势包括它们的简单性,坚固性以及在各种工作气体中进行处理的能力。

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