运用等离子体技术改变高分子材料的表面性质的方法主要有三类：等离子体处理、等离子体聚合和等离子体接枝聚合。
There are three ways using plasma technology to modify the surface properties of polymer materials, which are plasma surface treatment, plasma polymerization and plasma graft copolymerization.
采用低温等离子体辉光放电技术，用含氟有机单体在硅太阳电池表面聚合成膜。
This paper describes the polymerization of monomer containing fluorine by the low-temperature plasma glow discharge to produce the antireflective films which deposited on textured solar cells.
目的：利用低温等离子体轰击法建立高分子聚合体表面润湿性研究模型。
AIM: To establish a model of polymer surface wettability by oxygen plasma treatment.
本文对比了用氩等离子体和氧等离子体预刻蚀电极的情况，认为在电极表面是否有含氧基团存在对氩等离子体聚合制备修饰电极影响不大。
The effects of etching electrode with argon and oxygen plasmas in advance on the preparation of argon plasma polymerized vinylferrocene film electrode were compared.
通过对“初始”薄层结构和等离子体条件的选择，在不同聚合物表面可形成多种纳米结构。
By choosing thin initial layers and variable plasma conditions, a broad range of nanostructures can be obtained on various polymers.
通过对“初始”薄层结构和等离子体条件的选择，在不同聚合物表面可形成多种纳米结构。
By choosing thin initial layers and variable plasma conditions, a broad range of nanostructures can be obtained on various polymers.
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