Sequence-Controlled Growth of Cross-Linked Polymer Layers on Surfaces (B02)

在这个项目中，顺序控制的交联聚合物层应从基板生长，目的是将不同的功能或梯度纳入垂直于基板的层中。这样的层可能有益于界面属性的优化。特别是锂离子电池负极保护层的应用将在本项目中进行研究。因此，该项目将开发出将通常用作负极的石墨电极涂覆成精确定义的层的策略，并将研究其电化学性质。

In this project, sequence-controlled cross-linked polymer layers shall be grown from a substrate, with the intention to incorporate different functionalities or gradients into the layers perpendicular to the substrate. Such layers may be beneficial for the optimisation of interface properties. In particular the application as protective layer on the negative electrode of lithium-ion batteries will be investigate in the project. Therefore, this project will develop strategies to coat graphite electrodes, commonly used as negative electrodes, with precisely defined layers and will investigate their electrochemical properties.