聚合物阳极

电化学处理对∏共轭聚合物阳极特性的改善

Improvement of Electrochemical Process on the Performance of Π - conjugated Polymer Anode

聚合物电解质阳极过程的稳定性受到阴离子氧化电位的限制，在0～4.2V（vs.Li+/Li）之间，保持较好的电化学稳定性。

The anode stability was limited by the oxidation of the ClO 4 - anion . The electrolyte revealed good electrochemical stability up to 4.2V ( vs. Li + / Li ), in which it was time dependent .

由此推断出聚合物溶液浸润阳极氧化铝模板的过程反复多次进行，并归纳出溶液浸润模板制备聚合物纳米管的多次浸润机理。

According to the multi-time wetting mechanism , PS solution wets template , and then forms polymer nanotubes .

将铝及铝合金先进行硬质阳极氧化，然后采用热浸或二次电解的方法将氟聚合物微粒引入阳极氧化膜微孔及其表面，通过真空精密热处理的方法形成协合涂层。

Aluminum alloy was firstly anodized , then the PTFE was introduced into the porous hard anodizing film by means of hot dipping or electrolysis , finally the synergistic coating was formed by nice vacuum heat treatment .