Description:
| Aims: To provide an introduction to the chemistry of modern materials and how technological applications drive development of new materials.
Learning Outcomes: After studying this unit the student should be able to:
* critically analyse methods for synthesising nanoparticles and properties and applications of nanophase materials;
* critically analyse templating methods for hierarchical structures and properties and applications of these materials;
* critically analyse structures and materials for photonic applications;
* critically analyse structures and materials for heterogeneous catalysis;
* critically assess recent literature examples of functional materials;
* suggest routes to designed materials possessing required properties for a particular application.
Skills: Facilitating data gathering, data analysis, critical thinking. Facilitating problem solving.
Content: Nanoparticle synthesis, applications of nanoparticles, templated hierarchical structures, applications of hierarchical materials, solid state inorganic materials, structures and properties of materials for heterogenerous catalysis, optical properties of materials.
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