介绍了化学、等离子体、辐射和光化学等应用于聚合物分离膜领域的接枝技术的主要特点。
The grafting techniques applied in polymer membrane such as chemical, plasma, radiation and photochemical methods were introduced.
与化学掺杂相比较，等离子体掺杂具有很高的掺杂速率，并可提高导电聚合物的稳定性。
Compared with a chemical doping, the plasma doping displays much higher doping speed and can improve the stability of conductive 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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