Novel 2D materials for Energy Applications

二维纳米材料有可能彻底改变电化学能量转换和存储技术。为此，必须首先建立将其纳入这些应用的工业可扩展方法。层状材料是2D片材的堆叠，它们一起形成3D晶体。直到最近，从石墨中分离石墨烯片开始，各个层或纳米片本身才被分离和研究，许多不同类型的纳米片已经成功分离，该项目将联合收割机在2D材料中的进步与燃料电池的电催化和锂离子电池和电容器的结构电极相结合。

Two-dimensional nanomaterials have the potential to revolutionise electrochemical energy conversion and storage technology. For this to happen, industrially scalable methods for their incorporation into these applications must first be established. Layered materials are stacks of 2D sheets which together form a 3D crystal. It is only recently, starting with the isolation of graphene sheets from graphite, that the individual layers, or nanosheets themselves, have been isolated and studied, with many different types of nanosheets have been successfully isolated, This project will combine advances in 2D materials with electrocatalysis for fuel cells and structured electrodes for Li-ion batteries and capacitors.