用偏振紫外光谱研究了两种侧链偶氮聚电解质静电逐层自组装膜中偶氮生色团的初始取向。
Orientation of azobenzene units in self assembled multilayer films of two side chain azo polyelectrolytes was investigated by using polarized UV Vis absorption spectroscopy.
从苯胺单体出发，通过原位聚合、现场掺杂以及基于静电力的层层自组装制备了聚苯胺复合膜。
Polyaniline (PANI) composite films were prepared from aniline monomers by in situ polymerization, acid-doping and layer-by-layer self-assembly through the electrostatic force.
相反电荷的聚电解质在溶液中通过静电相互作用自组装形成超薄多层膜，这种膜的结构可实现分子水平上的控制。
The ultrathin multilayer films were built-up by self-assemble of oppositely charged polyelectrolytes in aqueous solution. Its structure can be designed at molecular scale.
本文围绕阻止生物膜形成这一主线，并采用层层静电自组装技术，构建了以下抗菌涂层。
The chitosan as an antibacterial agent and the heparin as an anti-adhesion agent were successfully deposited onto the aminolyzed PET by the layer-by-layer self assembly technology.
本文围绕阻止生物膜形成这一主线，并采用层层静电自组装技术，构建了以下抗菌涂层。
The chitosan as an antibacterial agent and the heparin as an anti-adhesion agent were successfully deposited onto the aminolyzed PET by the layer-by-layer self assembly technology.
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