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Researcher Details
 
Name: Professor JP Attfield
Organisation: University of Edinburgh
Department: Sch of Chemistry
Current EPSRC-Supported Research Topics:
Condensed Matter Physics Magnetism/Magnetic Phenomena
Materials Characterisation Materials Synthesis & Growth

Current EPSRC Support
EP/R013004/1 Exploring Electronic Materials with Extreme Conditions(P)
EP/P021786/1 High Pressure Synthesis of All Transition Metal Oxide Perovskites and Related Materials(P)
EP/P001319/1 Measurements Platform for Materials at Multiple Extremes(C)
EP/N029119/1 Solid-state chemistry for transition-metal oxides: Exploring for new materials with novel functionalities(P)
Previous EPSRC Support
EP/K014331/1 New Materials from High Pressure and Beyond(P)
EP/K004468/1 GLOBAL - Edinburgh-Pacific Partnership of Excellence in New Energy Technologies(C)
EP/J00099X/1 New Electronic Materials from Extreme Conditions(P)
EP/G048584/1 Functional Oxide Materials Discovery using Extreme Conditions(P)
EP/G030332/1 High Pressure Synthesis of New Superconductors and Related Materials(P)
EP/F02083X/1 Ordered States in Oxides(P)
EP/E06471X/1 A New SQUID Magnetometer for Extreme Conditions Research(C)
EP/C528506/1 High Pressure and Temperature Synthesis of New Electronic Perovskite Oxides(P)
EP/C52294X/1 Combinatorial thin film studies and materials discovery: Stage 1(C)
GR/R88601/02 Super-D2B-A high resolution and intensity neutron powder diffractometer(P)
GR/R88601/01 Super-D2B-A high resolution and intensity neutron powder diffractometer(P)
GR/R30518/01 Combinatorial Thin Film Growth For Chemical Synthesis and Optimisation of Device Materials.(C)
GR/R34615/01 Novel simultaneous conduction calorimeter - X-ray diffractometer.(C)
GR/M59976/01 FERROMAGNETIC SUPERCONDUCTORS - CHEMISTRY, STRUCTURE AND PROPERTIES(P)
GR/M34669/01 MULTIDISCIPLINARY SQUID MAGNETOMETER FACILITY(C)
GR/L52581/01 STRUCTURE DETERMINATION OF NEW MATERIALS FROM HIGH-RESOLUTION POWER X-RAY DIFFRACTION(P)
GR/K75040/01 SWITCHABLE TRANSITION METAL OXOSALT FRAMEWORKS(P)
GR/K33187/01 INVESTIGATION OF FUNDAMENTAL PROPERTIES AND APPLICATIONS OF HIGH TEMPERATURE SUPERCONDUCTURES(C)
Key: (P)=Principal Investigator, (C)=Co-Investigator, (R)=Researcher Co-Investigator