首页> 外文会议>IEEE International Conference on Plasma Science >Polystyrene and PMMA surface modification by electron beam generated plasma in argon and oxygen - effect of increased ion energy on polymer surface characteristics
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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

机译:通过电子束产生的聚苯乙烯和PMMA表面改性在氩气中产生的等离子体和氧气效应对聚合物表面特性的增加的离子能量

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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.
机译:当入射离子能量增加到与常规的低压等离子体放电(20eV)相当的水平增加时,本研究研究了聚合物表面变化。这允许在不容易在等离子体中实现的一系列离子能量进行极性群掺入,地形和表面能量分析。使用惰性气体环境(AR)将允许我们比较离子能量的影响,而反应气体(02)增加了对研究的化学成分。

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