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Researcher Details
 
Name: Professor R Compton
Organisation: University of Oxford
Department: Oxford Chemistry
Current EPSRC-Supported Research Topics:

Current EPSRC Support
There is no current EPSRC Support
Previous EPSRC Support
EP/P009514/1 New catalytic modes for carbon-carbon bond forming reactions(C)
EP/I029095/1 Nanogap Electrochemistry and Sensor Technology at the Molecular Limit(P)
EP/I013113/1 Smart Composites for Minimising Bacterial Biofilm Formation(C)
EP/H002413/1 QUANTITATIVE ELECTROCHEMISTRY IN POORLY CONDUCTING MEDIA(P)
EP/F025505/1 Microwave-Induced Nanoscale Convection, Polarisation, and Thermal Effects Leading to Innovative Analytical Technology(P)
EP/F006632/1 New generation amperometric gas sensors(P)
EP/E017738/1 A study into the mechanism and utility of single electron reduction in organic synthesis(C)
EP/D012546/1 PARTICLE COUNTING, SIZING AND IDENTIFICATION USING NANOELECTRODE ARRAYS(C)
EP/C549554/1 Design and Applications of Nanoelectrode Arrays(P)
GR/S85351/02 Development of the Generic Picotitre Plates Employing Reagentless 3D Multi Parametric Detection(C)
GR/T24692/01 Electrochemical Glycosylation(C)
GR/T05011/01 Functional group reduction: Developing a better understanding of electron transfer(C)
GR/S85351/01 Development of the Generic Picotitre Plates Employing Reagentless 3D Multi Parametric Detection(C)
GR/S69559/01 Basic Technology: Advanced Techniques for Food Characterisation - A Generic Strategy for Application Optimised Detectors(C)
GR/S10643/01 Microfluidics for Electrochemical ESR: The design development and application of new reactor designs(R)
GR/S06356/01 MICROWAVE-ENHANCED ELECTROCHEMISTRY - VOLTAMMETRY UNDER EXTREME CONDITIONS.(P)
GR/S10650/01 Microfluidics for Electrochemical ESR: The design, development and application of new reactor designs.(P)
GR/R43846/01 NEW APPROACHES FOR KINETIC MEASUREMENTS WITH HIGH-SPEED MICROJET ELECTRODES: MODELLING AND APPLICATIONS(P)
GR/R72976/01 ROPA: EXTENDING THE HORIZONS OF SONOELECTROCHEMISTRY(P)
GR/R69013/01 A novel electrochemical sensor for measuring the concentrations of inhalational anaesthetic agents and respiratory gases(C)
GR/R14392/01 Novel Electrochemical Liquid-Liquid Applications To Metal Recovery(P)
GR/R17041/01 Simulation of Electrochemical Processes At Microelectrodes Using Adaptive Finite Element Methods(C)
GR/R20861/01 Sonoelectrochemical Processes(P)
GR/N12015/01 DIAMOND ELECTRODES FOR SENSING & MEASUREMENTS UNDER EXTREME CONDITIONS(C)
GR/M67117/01 MEASURING UP TO THE ENVIRONMENT(P)
GR/M12247/01 ELECTROANALYSIS VIA LASER-ABLATION VOLTAMMETRY(P)
GR/L81123/01 ULTRASONIC ENHANCEMENT OF ELECTROCHEMICAL SYSTEMS(P)
GR/K93167/01 ELECTROCHEMICALLY GENERATED LEAD (IV) CATALYSTS(C)
GR/L36413/01 ULTRASONICALLY ENHANCED METHODS FOR ELECTROANALYSIS(P)
GR/K35891/01 ROPA: UNDERSTANDING REACTIONS AT LIQUID/ORGANIC CRYSTAL INTERFACES(P)
GR/H99288/01 PHOTOELECTROCHEMICAL STUDIES(P)
GR/E67689/01 THE PHOTOCHEMISTRY OF ION RADICALS IN FLUID SOLUTION(C)
Key: (P)=Principal Investigator, (C)=Co-Investigator, (R)=Researcher Co-Investigator