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Researcher Details
 
Name: Professor D Mapps
Organisation: University of Plymouth
Department: Sch of Computing & Mathematics
Current EPSRC-Supported Research Topics:

Current EPSRC Support
There is no current EPSRC Support
Previous EPSRC Support
GR/R42443/01 Advanced perpendicular magnetic writing system for hard disk drives- a feasibility study(P)
GR/N66544/01 MAGNETIC/METALLIC MULTILAYERS FOR ASYMMETRICAL GIANT MAGNETO-IMPEDANCE AND APPLICATIONS IN MAGNETIC SENSING(C)
GR/M82837/01 SUBMICRON SIZED SPIN-VALVE HEADS AND EXCHANGE PINNING LAYERS(C)
GR/M81939/01 THEORY OF MAGNETIC RECORDING(C)
GR/M46808/01 REACTIVE SPUTTERING OF GIANT/HIGH MAGNETIC MOMENT FE-N FILMS WITH IN-SITU PLASMA DIAGNOSIS AND CONTROL(C)
GR/M23977/01 SPIN POLARISED ELECTRON TUNNELLING: BASIC SCIENCE & DEVICE TECHNOLOGY(P)
GR/M23939/01 INVESTIGATION OF ADVANCED METAL-IN -GAP MAGNETIC RECORDING HEADS(P)
GR/M23922/01 ADVANCED INFORMATION STORAGE FILMS WITH MAGNETORESISTIVE PROPERTIES(C)
GR/M56746/01 A NOVEL SUBMICRON TRACKWIDTH THIN-FILM MAGNETIC RECORDING HEAD FOCUSED ION BEAM MACHINED FRONT GAP(C)
GR/M56654/01 COMPUTER SIMULATION OF SPATIAL NOISE FIELDS IN HIGH - PERFORMANCE THIN-FILM MAGNETIC TAPE HEADS(P)
GR/L38110/01 ANOVEL SUBMICRON TRACKWIDTH THIN-FILM MAGNETIC RECORDING HEAD WITH FOCUSED ION BEAM M/C'D FRONT GAP(C)
GR/L69404/01 FEASIBILITY STUDY OF NDFEB AS A COMPUTER DISK MEDIUM(P)
GR/L39803/01 COMPUTER SIMULATION OF SPATIAL NOISE FIELDS IN HIGH-PERFORMANCE THIN-FILM MAGNETIC TAPE HEADS(P)
GR/L54974/01 TWO-DIMENSIONAL SEQUENCE DETECTION FOR A MULTIPLE-TRACK, HIGH PERFORMANCE DATA RECORDING SYSTEM(C)
GR/K87395/01 A NEW NANOSCALE POSITION SENSING SYSTEMS(P)
GR/L19751/01 OBSERVATION OF HIGH FREQUENCY MAGNETODYNAMICS IN MATERIALS AND DEVICES(C)
GR/H92609/01 ULTRA-HIGH DENSITY INFORMATION STORAGE ON GLASS COMPUTER DISKS(P)
GR/H46480/01 KNOWLEDGE BASED ELECTRONIC ENHANCEMENT AND INTERPRETATION OF ELECTROENCEPHALOGRAPHY SIGNALS(C)
GR/H90827/01 PUMP PRIMING PROJECT; ION IMPLANTATION OF MAGNETIC THIN-FILMS FOR MAGNETIC RECORDING.(P)
GR/F79917/01 PERPENDICULAR MAGNETIC RECORDING ON GLASS SUBSTRATES FOR HIGH STORAGE CAPACITY COMPUTER DISCS(P)
Key: (P)=Principal Investigator, (C)=Co-Investigator, (R)=Researcher Co-Investigator