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Researcher Details
 
Name: Professor Sir D King
Organisation: University of Cambridge
Department: Chemistry
Current EPSRC-Supported Research Topics:

Current EPSRC Support
There is no current EPSRC Support
Previous EPSRC Support
EP/E039782/1 Bond Making and Breaking Processes at Surfaces: Fundamentals of Adsorption and Catalysis(C)
GR/S30719/01 Bond making and breaking at surfaces: the fundamentals of adsorption and catalysis(P)
GR/R51506/01 Molecular-scale reactivity at bimetallic surfaces: catlytic partial oxidation of methane on Au-Pt(110)(P)
GR/N19281/01 TOWARDS AN UNDERSTANDING OF THE SURFACE PHOTOCATALYTIC DECOMPOSITION OF H20(P)
GR/M76713/01 BOND MAKING AND BREAKING AT SURFACES: THE FUNDAMENTALS OF ADSORPTION AND CATALYSIS(P)
GR/M76720/01 BOND MAKING AND BREAKING AT SURFACES: THE FUNDAMENTALS OF ADSORPTION AND CATALYSIS(P)
GR/K43858/01 FEMTOSECOND HOLE-BURNING SPECTROSCOPY OF MOLECULAR COHERENCES IN SURFACE, INTERFACE & SOLVATED SYSTEMS(C)
GR/K45562/01 STRUCTURE, DYNAMICS AND REACTIVITY IN SURFACE SCIENCE AND HETEROGENOUS CATALYSIS(P)
GR/K41649/01 BID FROM UKCP CONSORTIUM FOR SUPPORT FROM HPCI(C)
GR/J37522/01 CATALYSIS BY DESIGN: AB INITIO MOLECULAR DYNAMICS AT EXTENDED METAL SURFACES(P)
GR/J00632/01 STRUCTURE, DYNAMICS AND REACTIVITY IN SURFACE SCIENCE AND HETEROGENEOUS CATALYSIS(P)
GR/H54867/01 THEORETICAL METHODS FOR QUANTITIVE SURFACE STRUCTURE DETERMINATION FOR ORDERED AND DISORDERED SYSTEMS(P)
GR/G48916/01 STRUCTURE DYNAMICS AND REACTIVITY IV SURFACES SCIENCE AND HETROGENEOUS CATALYSIS(P)
GR/F79689/01 NEXAFS AND SURFACE EXAFS AT C N AND O EDGES OF ADSORBATES(P)
GR/F23804/01 STRUCTURE, DYNAMICS AND REACTIVITY IN SURFACE SCIENCE AND HETEROGENEOUS CATALYSIS(P)
GR/F39430/01 HIGH RESOLUTION AND HIGH PRESSURE STUDIES OF CHEMISORPTION AND CATALTSIS BY FTIR(P)
GR/F39447/01 NEXAFS AND SURFACE NEXAFS AT C, N AND O EDGES OF ADSORBATES(P)
GR/E99833/01 ADSORPTION CALORIMETRY AND TUNABLE LASER IR SPECTROSCOPY AT SINGLE CRYSTAL SURFACES(P)
GR/F00706/01 SYNCHROTRON RADIATION FOR SURFACE STRUCTURE DETERMINATION:SEXAFS AND SCLS/PED(P)
GR/E58595/01 CATALYST DESIGN BY THE METHODS OF SURFACE SCIENCE(C)
Key: (P)=Principal Investigator, (C)=Co-Investigator, (R)=Researcher Co-Investigator