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Researcher Details
 
Name: Professor MD Ward
Organisation: University of Warwick
Department: Chemistry
Current EPSRC-Supported Research Topics:
Catalysis & Applied Catalysis Chemical Synthetic Methodology
Physical Organic Chemistry

Current EPSRC Support
EP/R03382X/1 Photocatalysis in coordination cages using supramolecular arrays of chromophores(P)
Previous EPSRC Support
EP/N031555/2 Coordination cages for bimolecular supramolecular catalysis(P)
EP/N031555/1 Coordination cages for bimolecular supramolecular catalysis(P)
EP/L022613/1 Capability for Science of the Future: Ultrafast Spectroscopy Laser Centre at Sheffield, USLS(C)
EP/L026872/1 Core equipment for Sheffield Chemistry(P)
EP/K003224/1 Control of self-assembly and functionalisation of coordination cages(P)
EP/H043195/1 Solvent-dependent host-guest chemistry of polyhedral coordination cages(P)
EP/H004645/1 Variable dual luminescence in d/f hybrid complexes by control of energy transfer(P)
EP/P504759/1 DTA - University of Sheffield(C)
EP/P503809/1 DTA - University of Sheffield(C)
EP/F00141X/1 Luminescent cyanometallate networks: the influence of weak interactions on structure and function(C)
EP/E03697X/1 A 400 MHz NMR spectrometer to support chemistry at Sheffield(P)
EP/D078687/1 Dye-sensitised solar cells based on metal complexes with pendant catecholate anchoring groups(P)
EP/D062551/1 Structural, host-guest and chiroptical properties of large coordination cages(P)
EP/P501717/1 DTA - University of Sheffield(C)
EP/C013131/1 Photophysical, sensing, and chiroptical properties of non-covalent molecular assemblies(P)
GR/T26047/01 X-ray crystallography facilities for chemistry at Sheffield(C)
EP/C510542/1 Electro-Optic Properties Of Transition-Metal Complex Films On Nanocrystalline Semiconductor Supports: Electrochromatic Windows And Solar Cells(P)
GR/S97453/01 Near-infrared luminescence from lanthanide complexes sensitised by d-block chromophores in dinuclear complexes.(P)
EP/P50046X/1 DTA - University of Sheffield(C)
GR/S97446/01 Near-infrared luminescence from lanthanide complexes sensitised by d-block chromophores in dinuclear complexes.(C)
GR/P03308/01 DTA - University of Sheffield(C)
GR/P03810/01 Ind. CASE - University of Sheffield(C)
GR/P04237/01 Ind. CASE - University of Sheffield(C)
GR/S50724/01 Solvent -based switching of photophysical interactions in polynuclear complexes(C)
GR/S50731/01 Solvent -based switching of photophysical interactions in polynuclear complexes(P)
GR/S30221/01 New facilities for UV/Vis/NIR spectroscopy(P)
GR/R33182/02 New hybrid phenanthroline/macroline ligands for supramolecular photochemistry(P)
GR/P01601/01 DTA - University of Sheffield(C)
GR/P02103/01 Ind. CASE - University of Sheffield(C)
GR/P02516/01 Ind. CASE - University of Sheffield(C)
GR/R80315/01 NON-LINEAR MAGNETO-OPTIC PROPERTIES OF ORGANIC AND METAL-ORGANIC COMPOUNDS: MOLECULE-BASED SWITCHES(C)
GR/P00741/01 DTA - University of Sheffield(C)
GR/R09961/01 Magnetic Characterisation of Chemically and Electrochemically Prepared Nanostructures(C)
GR/R33182/01 New hybrid phenanthroline/macroline ligands for supramolecular photochemistry(P)
GR/R06069/01 A Laser Raman Spectrometer Facility For the School of Chemistry(C)
GR/R07103/01 New Aspects of Supramolcular Photochemistry: From Light-Harvesting Arrays To Molecular Machines(P)
GR/M99477/01 ANION-DIRECTED SELF ASSEMBLY OF SUPRAMOLECULAR CAGES(P)
GR/M63799/01 REDOX-SWITCHABLE OPTICAL PROPERTIES OF METAL COMPLEXES(C)
GR/L69534/01 NEW ROUTES TO MULTINUCLEAR LUMINESCENT COMPLEXES DISPLAYING PHOTO-INDUCED ENERGY OR ELECTRON TRANSFER(P)
GR/K86084/01 NOVEL PODAND LIGANDS BASED ON TRIS(PYRAZOLYL)BORATES & TRIS(PYRAZOLYL)METHANES(C)
GR/K05672/01 ELECTROCHEMICAL, MAGNETIC AND PHOTOCHEMICAL STUDIES ON VERY LARGE CO-ORDINATION COMPLEXES OF HIGH NUCLEARITY(C)
GR/H57714/01 THE SYNTHESIS OF POLYNUCLEAR PHOTOACTIVE COMPLEXES(P)
GR/H94009/01 SYNTHESIS AND CHARACTERISATION OF BOWLIC METALLOMESOGENS (LIQUID CRYSTALS)(C)
Key: (P)=Principal Investigator, (C)=Co-Investigator, (R)=Researcher Co-Investigator