Ionic Conducting Frameworks for “Green” Energy Applications
The need to develop improved clean energy technologies to minimise the effects of climate change becomes more important every year. This includes both Li and Na ion batteries and low temperature fuel cells in which energy is generated from the efficient reaction of hydrogen and oxygen to make water. Metal-Organic Frameworks (MOFs), in which cations are connected by an organic ligand into an extended structure, have recently shown tremendous promise as a new class of ionic conducting materials for these applications because of their ability to incorporate functional groups in their organic ligands and their significant porosity. Projects are available creating new ionic-conducting MOFs through a microscopic understanding of the link between atomic structure and physical properties, with the balance between making new compounds and materials characterisation tuneable to meet a student’s interests and background.
If you are interested in this self-funded project, please contact Dr Paul Saines.