Neuron-like conducting polymer prepared electrochemically and design of new device with new characteristic

1.采用具有凝胶特性的导电聚合物代替第三电极来控制网络路径的电导率。这种导电聚合物中的掺杂剂在溶胀和收缩过程中进出。网络路径中的电阻取决于学习过程的预处理.制备了一种导电聚合物的简单网络，并检查了它是否具有清除效果的特性。在脉冲学习过程中设置的网络中路径电阻的变化小于未设置的网络中路径电阻的变化.简单网络的复合膜具有比单一膜更好的导电性。

1. Conducting polymer which have characteristic of gel was used to control the conductivity of the path of the network instead of using the third electrode. Dopants in this kind of conducting polymer move in and out during the process of swelling and shrinkage. The resistance in the path of the network depends on the pre-process for learning process.2. A simple network of a conducting polymer was prepared and was checked whether it has characteristic of clearing effect or not. The resistance of the path in the network which set in the process of learning pulses changed less than the one which did not set in the process.3. An composite film of the simple network had a better conductivity than the single film.