Name:	Professor RW Joyner
Organisation:	Nottingham Trent University
Department:	Chemistry and Physics
Current EPSRC-Supported Research Topics:

Current EPSRC Support

There is no current EPSRC Support

Previous EPSRC Support

GR/P03056/01 DTA - Nottingham Trent University (C) GR/M09964/01 BIOMIMETIC NANOCATALYSTS FOR THE SYNTHESIS OF ACRYLAMIDE (P) GR/M09902/01 IMPROVED CATALYTIC PROCESS FOR OXIDATION OF CYCLODODECANE TO CYCLODODECANOL (C) GR/J86964/02 PREDICTIVE MODELLING OF CATALYST PREPARATION AND CATALYTIC REACTIVITY (C) GR/K28701/01 ZEOLITES AS REDOX CATALYSTS (P) GR/K33309/01 IN-SITU STUDIES OF CATALYSIS BY X-RAY ABSORPTION SPECTROSCOPY (P) GR/J86964/01 PREDICTIVE MODELLING OF CATALYST PREPARATION AND CATALYTIC REACTIVITY (C) GR/J37546/01 FIRST PRINCIPLES STUDY OF OXYGEN ADSORPTION AND EXCHANGE AT OXIDE CATALYST SURFACES (C) GR/H98601/01 ELECTRON MICROSCOPY STUDIES OF CATALYSTS USING AN EX-SITU GAS REACTION CELL (C) GR/H68482/01 THE OPTIMUM CATALYST FOR THE SELECTIVE REDUCTION OF NITROGEN OXIDES BY HYDROCARBONS (P) GR/H73479/01 A MULIT USER SYSTEM FOR 'IN SITU' EXAFS ANALYSIS OF CATALYST SAMPLES (P) GR/G32830/01 SELECTIVE PRODUCTION OF OXYGENATED CHEMICALS. (P) GR/G08491/01 STRUCTURAL STUDIES OF HETEROGENEOUS CATALYSIS USING X-RAY ABSORPTION (P) GR/F45677/01 SCHOTTKY BARRIER THEORY OF METAL/OXIDE INTERACTIONS INCATALYSIS (P) GR/H21135/01 MULTI-USER SYSTEM FOR 'IN SITU' EXAFS ANALYSIS OF CATALYST SAMPLES (P) GR/F39409/01 DESIGN OF NOVEL ZEOLITE AND OXIDE CATALYSTS FOR THE SYNTHESIS AND CONVERSION OF HYDROCARBONS (C) GR/E95651/01 AUTO-EXHAUST CATALYSIS UNDER LEAN BURN CONDITIONS (P) GR/E58595/01 CATALYST DESIGN BY THE METHODS OF SURFACE SCIENCE (P)

Key: (P)=Principal Investigator, (C)=Co-Investigator, (R)=Researcher Co-Investigator