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Researcher Details
 
Name: Professor J Evetts
Organisation: University of Cambridge
Department: Materials Science & Metallurgy
Current EPSRC-Supported Research Topics:

Current EPSRC Support
There is no current EPSRC Support
Previous EPSRC Support
GR/R42528/01 Novel Processig of RE-based Superconductors for Improved Grain Boundary Properties(C)
GR/R30518/01 Combinatorial Thin Film Growth For Chemical Synthesis and Optimisation of Device Materials.(C)
GR/N64557/01 NETWORK ON MAGNETOTRANSPORT IN FERROMAGNETIC NANOSTRUCTURES(C)
GR/R04423/01 (Re) Bco Coated Conductor Processing By Liquid Phase Epitaxy(C)
GR/M34669/01 MULTIDISCIPLINARY SQUID MAGNETOMETER FACILITY(C)
GR/M48147/01 A HIGH SENSITIVITY MAGNETIC MEASUREMENT FACILITY FOR MATERIALS SCIENCE & DEVICE DEVELOPMENT(P)
GR/M09957/01 THE DEVELOPMENT OF NOVEL CURRENT SENSORS BASED ON THE GIANT MAGNETORESISTIVE EFFECT(P)
GR/M14524/01 THE DEVELOPMENT, OPTIMISATION & PRODUCTION OF HIGH TC SUPERCONDUCTING THIN FILMS & HETEROSTRUCTURES(C)
GR/M23953/01 SPIN POLARISED ELECTRON TUNNELLING: BASIC SCIENCE & DEVICE TECHNOLOGY(C)
GR/L90347/01 THE INVESTIGATION & EXPLOITATION OF METAL ION SPUTTER DEPOSITION USING AN RF INDUCTIVELY COUPLED PLASMA(C)
GR/L60449/01 EXPERIMENTAL TRANSPORT STUDIES OF THE PINNING, DYNAMICS AND TRANSITIONS OF VORTICES IN SUPERCONDUCTORS(C)
GR/L95571/01 OPTIMISATION OF COLOSSAL MAGNETORESISTIVE MATERIALS FOR DEVICE APPLICATIONS(P)
GR/L16774/01 PREPARATION, CHARACTERISATION AND TRIBOLOGICAL PROPERTIES OF CARBON NITRIDE(C)
GR/K71516/01 MATERIALS SCIENCE AND TECHNOLOGICAL OPTIMISATION OF COLOSSAL MAGNETORESISTIVE OXIDES FOR DEVICE APPLICATIONS(P)
GR/K47160/01 ENHANCING BULK HIGH TEMPERATURE SUPERCONDUCTORS AND THEIR APPLICATION AS FAULT CURRENT LIMITERS(P)
GR/K33187/01 INVESTIGATION OF FUNDAMENTAL PROPERTIES AND APPLICATIONS OF HIGH TEMPERATURE SUPERCONDUCTURES(C)
GR/K39097/01 TEACHING COMPANY PROGRAMME BETWEEN UNIVERSITY OF CAMBRIDGE AND KORE TECHNOLOGY LIMITED.(C)
GR/H97420/01 THE DEPOSITION OF OXIDE-METAL THIN FILMS AND HETEROSTRUCTURES(P)
GR/J25437/01 SUPERCONDUCTION TUNNEL JUNCTIONS FUNDAMENTAL SCIENCE AND EVALUATION AS HIGH RESOLUTION SPECTROMETERS(C)
GR/J32657/01 MAGNETIC PROPERTIES OF MULTILAYER STRUCTURES AND DEVICES FOR MAGNETORESISTIVE SENSOR APPLICATIONS(C)
GR/J40645/01 SUPERCONDUCTING TUNNEL JUNCTIONS: FUNDAMENTAL SCIENCE AND EVALUATION AS HIGH RESOLUTION SPECTROMETERS.(C)
GR/H96614/01 THE FABRICATION PROCESSES AND EVALUATION OF CARBON NITRIDE THIN FILMS(C)
GR/E99734/01 NIOBIUM BASED WHOLE-WAFER TECHNOLOGY ALL-REFRACTORY SUPERCONDUCTING TUNNEL JUNCTIONS AND JUNCTION ARRAYS(P)
GR/E64381/01 HIGH MAGNETIC FIELD HIGH CRITICAL TEMPERATURE SUPERCONDUCTING MATERIALS(P)
Key: (P)=Principal Investigator, (C)=Co-Investigator, (R)=Researcher Co-Investigator