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Researcher Details
 
Name: Professor A Monkman
Organisation: Durham, University of
Department: Physics
Current EPSRC-Supported Research Topics:
Materials Synthesis & Growth

Current EPSRC Support
EP/P012167/1 Understanding and Design Beyond Born-Oppenheimer using Time-Domain Vibrational Spectroscopy(P)
Previous EPSRC Support
EP/L02621X/1 OLEDs without Iridium. 100% efficient triplet harvesting by Thermally Activated Delayed Fluorescence.(P)
EP/K016164/1 The Energy Agenda: Exciplex blend small-molecule OLEDs; high performance fluorescent devices from E-type triplet harvesting(P)
EP/J015482/1 Enhanced Fluorescent OLEDs, through Triplet Fusion(P)
EP/J021547/1 2010 Grant balance: Durham University(C)
EP/I013695/1 High triplet energy polymers for blue phosphorescent, solution-processable multilayer PLEDs to develop solid-state lighting(P)
EP/I016635/1 EXPLORER; Excitonic Polymer Organic Devices for Energy(P)
EP/H051902/1 Solving the NIR dilemma for organic photovoltaics(P)
EP/E041310/1 Exciton confinement and stimulated emission from polyfluorene beta-phase; a new direction for polymer lasers.(P)
DT/F002203/1 FLEXICON(P)
EP/E040810/1 Exploiting Dual Emission from Single Polymers to Achieve Highly-efficient, Colour-tunable and White Organic Light-Emitting Devices(C)
GR/R19687/01 Triplet Exciton Dynamics In Luminescent Polymers(P)
GR/R43426/01 Modelling the hydrogen bonding and supramolecular structures formed in conjugated polymers(P)
GR/N16839/01 POLYANILINE HOLLOW FIBRE MEMBRANES FOR GAS SEPARATION(C)
GR/N16938/01 IMPROVED PROCESSING AND MULTIFILAMENT WET SPINNING OF POLYANILINE FIBRES(P)
GR/M86040/01 WHAT EFFECTS HAVE CHAIN GEOMETERY, RIDGIDITY AND CRYSTALLINITY ON PHOTOPHYSICS OF CONJUGATED POLYMERS?(P)
GR/M40387/01 NEW MOLECULAR ARCHITECTURES FOR HIGH MODULUS, HIGH CONDUCTIVITY POLYANILINE FIBRES(P)
GR/L78802/01 SYNTHESIS OF NEW ELECTRON TRANSPORTING POLYMERS FOR LIGHT EMITTING DIODES(C)
GR/L76037/01 STRUCTURE PROPERTY RELATIONSHIPS IN SOLUTION PROCESSED POLYANILINE SYSTEMS(P)
GR/K92207/01 ROPA BLUE ORGANIC LIGHT EMITTING DIODES FROM POLYPYRIDINES(P)
GR/K35433/01 ROPA: NEW PROCESSING ROUTES SPECIFICALLY TAILORED TO POLYANILINE WHICH INDUCED ORIENTATION & HIGH CONDUCT(P)
GR/J39076/01 FEMTOSECOND WHITE LIGHT SPECTROSCOPY OF POLYANILINE.(P)
GR/F76985/01 CHARACTERISATION OF NOVEL INTRINSICALLY CONDUCTING POLYMERS(P)
Key: (P)=Principal Investigator, (C)=Co-Investigator, (R)=Researcher Co-Investigator