本论文应用常压辉光放电等离子体对涤纶织物(PET)进行了旨在改善其亲水性和染色性的表面改性研究。
Study on PET (polyethylene terephthalate) fabric surface modification by APGD is carried to improve its hydrophilic property and dyeing ability.
本文提出通过超临界CO_2流体技术对基体膜进行接枝改性，改善基体膜表面亲水性及抗污染性能。
In this paper, the surface graft polymerization of porous membrane in supercritical carbon dioxide (SC CO_2) was proposed to improve the hydrophilic and antifouling properties.
本文着重综述了目前常用的高分子分离膜材料的改性方法。表面活性剂改性法可以改善膜表面的亲水性，提高了膜的通量；
The modification methods of polymer membrane materials was reviewed. In order to improve hydrophile and flux of membrane , it can be use the surfactant modified membrane.
增加PVA质量分数，改性表面亲水性增加。
With increasing PVA concentration, surface hydrophilicity is increased.
结果发现，当改性有机硅涂层浸水时，聚丙烯酰胺共聚物能够吸水并在有机硅涂层表面形成亲水性微凝胶，从而提高了有机硅表面的亲水性。
The results showed that the polyacrylamide segment of COP formed hydrophilic micro-gel on the silicone surface after the COP incorporated silicone coating was immersed into filtered seawater.
丝素改性后，聚氨酯膜不仅表面亲水性提高，而且仍具有良好的柔韧性和一定的透汽性。
PU membranes modified with SF have good flexibility as well as their hydrophilicity was improved, and certain water vapor permeability.
样品中孔炭的表面富含羟基、醚基等化学官能团，亲水性强，易于进行化学改性。
The surface chemical groups of hierarchical mesoporous carbon were mainly hydroxyl and carbonyl, so, it was easy to modify and introduce some new groups.
样品中孔炭的表面富含羟基、醚基等化学官能团，亲水性强，易于进行化学改性。
The surface chemical groups of hierarchical mesoporous carbon were mainly hydroxyl and carbonyl, so, it was easy to modify and introduce some new groups.
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