氩气和氧气中电子束产生的等离子体对聚苯乙烯和PMMA的表面改性研究离子能量增加对聚合物表面特性的影响

E. Lock, S. Walton, R. Fernsler, M. Barakett
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引用次数: 0

摘要

本研究研究了当入射离子能量增加到与传统的低压等离子体放电(20 eV)相当的水平时,聚合物表面的变化。这允许极性基团合并,地形和表面能分析的研究,在等离子体中不容易实现的离子能量范围。使用惰性气体环境(Ar)将使我们能够比较离子能量的影响,而添加活性气体(02)则为研究增加了化学成分。
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Polystyrene and PMMA surface modification by electron beam generated plasma in argon and oxygen - effect of increased ion energy on polymer surface characteristics
The present study investigates the polymer surface changes when the incident ion energy is increased to levels comparable to conventional, low pressure plasma discharges (20 eV). This allows for a study of polar groups incorporation, topography, and surface energy analysis over a range of ion energies not easily achieved in plasmas. The use of inert gas environments (Ar) would permit us to compare the influence of ion energy, while the addition of reactive gases (02) adds a chemical component to the studies.
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