Advanced Materials & Nanotechnology
• Characterising materials in terms of their chemistry, structure and/or electronic/magnetic properties.
• Nanostructural characterisation of high-performance polymers and polymer fibres (e.g. skin-core studies).
• Tracking material changes under simulated production conditions (in situ), or at extreme pressures and temperatures.
• Investigating structural changes in situ as a function of stress and/or changing environmental conditions.
• Investigating failure mechanisms in composite materials and stress-transfer in fibre-reinforced composites during in situ deformation.
• Characterising the structure and composition of nanoparticles, and their fabrication.
• Characterising spintronic and magneto-electronic materials and devices.
• Visualising magnetic domains and nanostructures.
• Chemical species determination.
• Investigating oxidation states and surface corrosion under different agents and conditions.
• Structure-property relationship studies.
• Morphological and structural characterisation of nanomaterials using 3D imaging.
• Characterising thin layers (roughness, interfaces).
• Studying structural evolutions in ceramics during synthesis and manufacturing processes