Personal details |
Name |
Dr Sean
Davis |
Job title |
Senior Lecturer
|
Department |
School of Chemistry University of Bristol
|
Contact details |
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Office.
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work+44 (0)117 331 8092
email: public-relations@bristol.ac.uk
|
Qualifications |
B.Sc., Ph.D.(Bath) |
Professional details |
Keywords |
inorganic and materials chemistry
templated assembly of nanoparticles
spontaneous formation of macroporous ceramics
|
Areas of expertise |
My group's research falls in two main areas. 'Templated assembly of nanoparticles' and 'spontaneous formation of macroporous ceramics'. I. 'Templated assembly of nanoparticles': Various templates, both synthetic and biological, are being used as structural scaffolds to control the deposition of colloidal inorganic 'building blocks'. Sponge-like starch gels can be loaded with performed magnetic, ceramic or semiconducting nanoparticles to produce monolithic hybrid materials. Subsequent removal of the template by heating produces highly porous inorganic replicas. Micron sized spherical hybrid particles can be prepared using polymer latex particles, emulsion droplets or cells as templates.
II.'Spontaneous formation of macroporous ceramics': We have recently developed a method to produce macroporous ceramic powders and fibres from alkoxide pre-cursors. In addition to the synthesis and characterisation of these novel materials, properties such as the biocompatibility and photocatalytic activity of macroporous titania are also investigated.
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