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Researcher Details
 
Name: Dr W Hayes
Organisation: University of Oxford
Department: Oxford Physics
Current EPSRC-Supported Research Topics:

Current EPSRC Support
There is no current EPSRC Support
Previous EPSRC Support
GR/R64186/01 MHz and GHz Studies of Novel Groundstates in organic metals.(C)
GR/R16075/01 Infrared Studies of Organic Molecular Metals Under Hydrostatic Pressure(C)
GR/M47249/01 CRYSTAL GROWTH OF NOVEL OXIDES WITH A LIGHT FURNACE(C)
GR/M52205/01 DEVELOPMENT & USE OF A POLARIZATION SYNCHROTRON(C)
GR/M32757/01 STUDIES OF ORGANIC METALS AT HIGH MAGNETIC FIELDS(C)
GR/L37083/01 MAGNETO-OPTICAL STUDIES OF CORRELATED ELECTRON SYSTEMS IN THE 0.1 MEV TO 1 EV RANGE(C)
GR/L36772/01 MUON STUDIES OF ORGANIC MAGNETS, CONDUCTORS AND MAGNETIC OXIDES(P)
GR/K60824/01 MAGNETIC ORDER IN CRYSTALLINE ORGANIC MOLECULAR SOLIDS(C)
GR/K79697/01 USROF ORGANIC MAGNETS AND CONDUCTORS(C)
GR/K67991/01 INFRARED STUDIES OF MANY-BODY EFFECTS IN ORGANIC METALS & RELATED SYSTEMS(C)
GR/K15695/01 USR OF ORGANIC MAGNETS AND CONDUCTORS(C)
GR/K15701/01 USR OF ORGANIC MAGNETS AND CONDUCTORS(P)
GR/J75531/01 X-RAY AND RAMAN SCATTERING STUDIES OF MBE GROWN RARE EARTH METAL SUPER LATTICES(C)
GR/J79508/01 MBE GROWTH OF RARE-EARTH METAL SUPERLATTICES AND STUDY USING ESTABLISHED AND NOVEL TECHNIQUES(C)
GR/J33449/01 INFRARED STUDIES OF MANY BODY EFFECTS IN ORGANIC METALS AND RELATED SY STEMS(C)
GR/H38492/01 MBE GROWTH OF RARE EARTH METAL SUPERLATTICES AND STUDY USING ESTABLISHED AND NOVEL TECHNIQUES(C)
GR/H11426/01 STRUCTURE-PROPERTY RELATIONS IN METALLIC AND SUPERCONDUCTING MOLECULAR CHARGE TRANSFER SALTS(P)
GR/F79924/01 MBE GROWTH OF RARE-EARTH METAL SUPERLATTICES AND STUDY USING ESTABLISHED AND NOVEL TECHNIQUES(C)
GR/F59247/01 RAMAN SCATTERING OF QUANTUM WELLS AND SUPERLATTICES(P)
GR/F44342/01 PREPARATION AND PROPERTIES OF METALIC AND SUPERCONDUCTING CHARGE TRANSFER SALTS(C)
GR/F32608/01 NEUTRON SCATTERING STUDY OF PREMELTING, POLARONIC MATERIALS AND SUPERCONDUCTORS(P)
GR/E97778/01 ESTABLISHMENT OF A HIGH PULSED MAGNETIC FIELD FACILITY AND ITS USE IN SOLID STATE PHYSICS RESEARCH(C)
GR/E27034/01 HIGH MAGNETIC FIELD STUDIES OF NEW SOLIDS USING A HYBRID MAGNET(P)
Key: (P)=Principal Investigator, (C)=Co-Investigator, (R)=Researcher Co-Investigator