Electron-transfer Control on Molecular-Functional Conductor Surfaces and Its Application

本研究的重点是过渡金属、氧化还原聚合物、导电膜、自组装膜等具有ad原子和电活性分子功能化的电极，重点涉及新电极表面的建立、新的电活性材料的合成和与化学修饰电极表面相关的新的表征方法，以及膜内电子传递和质量传递过程的分析和控制。该项目展示了这些新材料和电极表面在电池、传感器和其他电子设备中的性能结果。

This research project has focused on electrodes functionalized with ad-atoms and electroactive molecules, such as transition metals, redox polymers, conducting films LB films, self-assembled films, etc. Emphasis was placed on those topics dealing with the creation of new electrode surface, the synthesis of new electroactive materials and novel characterization methods associated with chemically modified electrode surfaces and the analysis and contro of electron transfer and mass transport processes within the films. The project demonstrated the performance results of these new materials and electrode surfaces in batteries, sensors, and other, electronic devices.