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Characterization of atmospheric pressure rf discharges with aqueous plasma facing surfaces

机译:大气压rf放电面对水等离子表面的表征

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摘要

Summary form only given. Plasma modification of liquids has opened a broad range of new applications ranging from wound treatment to water purification to agricultural fertigation and herbicide. Two of the primary challenges facing systems designed to modify liquid chemistry through plasma treatment have been throughput and efficient introduction of liquid species in the active plasma region. In this presentation, we present novel pathways for both source scale up and liquid incorporation that can make plasma treatment of liquids more economically viable.
机译:仅提供摘要表格。液体的等离子体改性已开辟了广泛的新应用,从伤口处理到水净化到农业施肥和除草剂。设计用于通过等离子体处理改变液体化学性质的系统所面临的两个主要挑战是吞吐量和如何在活性等离子体区域中有效引入液体。在此演示文稿中,我们介绍了用于源放大和液体掺入的新颖途径,这些途径可使等离子体处理液体在经济上更可行。

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