射频辉光放电系统的设计与实现

Erhan Ocak, H. A. Yucer, I. Kocum, Dilek Cokeliler
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引用次数: 0

摘要

在实验室条件下,射频辉光放电系统用于处理被称为等离子体的物质的第四态。室温等离子体状态是生物医学应用的一项新技术,特别是用于修饰传感器和不同类型的生物材料表面,使其具有适当的功能(改善亲水性、疏水性、组织相容性、血液相容性等)。本文介绍了射频等离子体系统、射频发生器、阻抗匹配和驱动150瓦射频功率放大器的电源部分的设计。这种由系统产生的能量借助电极作用在参考表面上。在此范围内,高频功率用于在惰性气体允许值下产生等离子体,单体在低压(10 - 3 Torr)和参考生物材料表面均匀修饰。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Design and implementation of radio frequency glow discharge system
Radio frequency glow discharge system is used for processing the fourth state of matter as called plasma in laboratory condition. Plasma state at room temperature is novel technique for biomedical applications especially in modification of sensor and different type of biomaterial surfaces to have proper functionality (improvement of hidrophilicity, hydrophobicity, tissue compability, blood compability etc.). In this study designs the parts of RF plasma system, RF generator, impedance matching and power source which will drive the 150 watt RF power amplifier are presented. This power which is produce by system, is applied on reference surface with the aid of electrodes. In this scope the power, which is get high frequency, is used for generating plasma at allowable value of inert gases and monomers on low pressure (10−3 Torr) and reference biomaterial surface will be modified homogeneously by this plasma generation.
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