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Researcher Details
 
Name: Professor AT Paxton
Organisation: Imperial College London
Department: Materials
Current EPSRC-Supported Research Topics:

Current EPSRC Support
There is no current EPSRC Support
Previous EPSRC Support
EP/V001787/1 Practice and theory in the design of martensitic steels(P)
EP/R005230/1 A tool for atomic scale simulation of corrosion: applications to Mg and Ti alloys(P)
EP/L025213/1 Designing alloys for resource efficiency (DARE)- a manufacturing approach(C)
EP/L014742/1 Hydrogen in metals - from fundamentals to the design of new steels (HEmS)(C)
EP/K029371/1 Small items of research equipment at Queen's University, Belfast(C)
EP/I00713X/1 Non-conservative dynamics: a new driver in molecular electronics(C)
EP/G012156/1 CASTECH(C)
EP/F006527/1 Atomistic pathways for dislocation motion in three dimensions(P)
EP/E025854/1 Atomistic studies of dislocation-interface interactions in lamellar Ti-Al(P)
EP/C006739/1 Modelling Non-Adiabatic Processes In Materials with Correlated Electron-Ion Dynamics: The Next Frontier in Quantum Modelling of Materials(C)
GR/S80165/01 Time-dependent tight-binding+U: application to photoionic and Photonic device molecules(P)
GR/R39085/01 Theoretical and Experimental Investigation of the Dead-Layer Effect in Ferroelectric Thin Film Capacitators(C)
GR/N12053/01 THE EMBRITTLEMENT OF CU BY BI; A FIRST-PRINCIPLES THEORECTICAL STUDY OF THE MECHANISM(C)
GR/N03273/01 NORTHERN IRELAND THIN FILM CHARACTERISATION SUITE(C)
GR/L66908/01 THE USE OF XANES AND ELNES FOR THE CHARACTERISATION OF STABILISED ZIRCONIA(C)
GR/L08380/01 ATOMISTIC SIMULATION OF MATERIALS AND INTERFACES(C)
GR/L08427/01 LIQUIDS: SOLVATION AND SURFACES(C)
GR/K74326/01 MODELLING OF INTERMETALICS FOR HIGH TEMPERATURE APPLICATIONS.(P)
GR/K03968/01 MODELLING OF INTERMETALLICS FOR HIGH TEMPERATURE APPLICATIONS.(P)
GR/J19351/01 QUANTUM MECHANICAL THEORY OF INTERMETALLIC COMPOUNDS FOR HIGH TEMPERATURE APPLICATIONS(P)
Key: (P)=Principal Investigator, (C)=Co-Investigator, (R)=Researcher Co-Investigator