Greenwood, Richard - University of Birmingham - School of Chemical Engineering

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Richard Greenwood graduated with a BSc in Chemistry from Bristol University and then went on to Imperial College, London to study for a PhD in Chemical Engineering. He then spent some time in Sweden and Italy as a visiting scientist as part of an EU project. On his return to the UK he worked at the Chemistry Department at Keele University before moving to the Chemical Engineering School at the University of Birmingham in 1999. He is the current chair of the IChemE Particle Technology Subject Group and secretary of the RSC Formulated Product Engineering Subject Group

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The effect of particle size on the layer thickness of a stabilising polymer adsorbed onto two different classes of polymer latex as determined from rheological experiments. R. Greenwood, P.F. Luckham and T. Gregory, Colloids and Surfaces, 98, 117, 1995. Rheological properties of bimodal polymer latices. R. Greenwood, P.F. Luckham and T. Gregory, Journal of Colloid and Interface Science, 191, 11 – 21 ( 1997 ) Viscosity reduction in concentrated dispersions of bimodal mixtures and the prediction of the resulting viscosities. R. Greenwood, P.F. Luckham and T. Gregory, Colloids and Surfaces, 144 (1998 ) 139 -147. Acoustophoretic and rheological characterisation of a ceria stabilised Zirconia powder. L. Bergstrom and R. Greenwood, Journal of the European Ceramic Society, 17 ( 2 ) 537 (1997.) Preparation of concentrated aqueous alumina suspensions for tape casting. R. Greenwood, E. Roncari, C. Galassi, Journal of the European Ceramic Society, 17 ( 1997 ) 1393 -1401 An acoustophoretic investigation of aqueous suspensions of three different spinel powders. R. Greenwood and K. Kendall, British Ceramic Transactions 97 ( 4 ) 174 - 179,1998. Experimental methods for measuring the optimum amount of dispersant for seven Sumitomo alumina powders. M. Burke, R. Greenwood and K. Kendall, Journal of Material Science. 33 ( 1998 ) 5149 - 5156 Selection of suitable dispersants for aqueous suspensions of zirconia and titania powders using acoustophoresis. R. Greenwood and K. Kendall, Journal of European Ceramic Society, 19, 1998, 479 - 488 A.L. Costa, C. Galassi, R. Greenwood. Alpha Al2O3 - H20 interface analysis by electroacoustic measurements Journal of Colloid and Interface Science 212 ( 1999 ) 350 - 356 R. Greenwood and K. Kendall, Acoustophoretic studies of aqueous suspensions of alumina and 8 mol % yttria stabilised zirconia powders. Journal of European Ceramic Society. 20 ( 2000 ) 77 - 84 D. Coimbra, R. Greenwood and K. Kendall, Tensile testing of ceramic fibres by video extensometry Journal of Material Science 35 (2000 ) 3341 - 3345 D. Coimbra, R. Greenwood and K. Kendall, Video controlled tensile testing of alumina fibres and rods manufactured by colloidal processing. Journal of Material Science. 35 ( 2000 ) 3347 – 3357 Effect of ionic strength on the adsorption of cationic polyelectrolytes onto alumina studied using electroacoustic measurements. R.Greenwood and K.Kendall Powder Technology 113 ( 2000 ) 148 -157 The use of poly ( N isopropylacryamide ) microgels as a multi functional processing aid for aqueous alumina suspensions. R. Greenwood, K.Kendall, S. Ritchie and M.J.Snowden, J.European Ceramic Society. 20,( 2000 ) 1707 - 1716 A method for making alumina fibres by co extrusion of an alumina and starch paste. R.Greenwood, K.Kendall and O.Bellon, J. European Ceramic Society 21 ( 2001 ) 507 - 513. Particle separation from gases using cross-flow filtration. V. Sibanda, R.W.Greenwood and J.P.K.Seville, Powder Tech. 118 ( 2001 ) 193 - 202 A new method for determining the optimum dispersant concentration in aqueous grinding. R.Greenwood, S.Kingman, N.Rowson and G.Brown Powder Tech. 123 ( 2002 ) 199 – 207 Review of the measurement of zeta potentials in concentrated aqueous suspensions using electroacoustics. R.Greenwood, Advances in Colloid and Interface Science, 106 ( 2003 ) 55 -81 Microwave assisted comminution of ores ar economically viable energy inputs. S.Bradshaw, T.V.Chow, T.Chan, S.W.Kingman, K.Jackson, N.Rowson, R.Greenwood, Microwave and radio Frequency Applications The American Ceramic Society USA ( 2003 ) 247-258 Recent developments in microwave assisted comminution S.W.Kingman, K.Jackson, A.Cumbane, S.M.Bradshaw, N.A.Rowson, R.Greenwood, Int. J. Miner.Process 74,1-4, 71-83, ( 2004 )