Introduction to catalytic combustion RE Hayes Routledge, 2021 | 650 | 2021 |
Mass and heat transfer effects in catalytic monolith reactors RE Hayes, ST Kolaczkowski Chemical Engineering Science 49 (21), 3587-3599, 1994 | 327 | 1994 |
Critical review of foamy oil flow JJ Sheng, BB Maini, RE Hayes, WS Tortike Transport in Porous Media 35, 157-187, 1999 | 193 | 1999 |
Unified mechanistic model for Standard SCR, Fast SCR, and NO2 SCR over a copper chabazite catalyst M Bendrich, A Scheuer, RE Hayes, M Votsmeier Applied Catalysis B: Environmental 222, 76-87, 2018 | 171 | 2018 |
The effect of washcoat geometry on mass transfer in monolith reactors RE Hayes, B Liu, R Moxom, M Votsmeier Chemical Engineering Science 59 (15), 3169-3181, 2004 | 152 | 2004 |
Evaluating the effective diffusivity of methane in the washcoat of a honeycomb monolith RE Hayes, ST Kolaczkowskib, PKC Li, S Awdry Applied Catalysis B: Environmental 25 (2-3), 93-104, 2000 | 149 | 2000 |
Catalytic and kinetic study of methanol dehydration to dimethyl ether S Hosseininejad, A Afacan, RE Hayes Chemical Engineering Research and Design 90 (6), 825-833, 2012 | 143 | 2012 |
Finite-element model for a catalytic monolith reactor RE Hayes, ST Kolaczkowski, WJ Thomas Computers & Chemical Engineering 16 (7), 645-657, 1992 | 140 | 1992 |
The palladium catalysed oxidation of methane: reaction kinetics and the effect of diffusion barriers RE Hayes, ST Kolaczkowski, PKC Li, S Awdry Chemical Engineering Science 56 (16), 4815-4835, 2001 | 138 | 2001 |
A study of Nusselt and Sherwood numbers in a monolith reactor RE Hayes, ST Kolaczkowski Catalysis Today 47 (1-4), 295-303, 1999 | 138 | 1999 |
Properties of carbopol solutions as models for yield‐stress fluids SJ Curran, RE Hayes, A Afacan, MC Williams, PA Tanguy Journal of food science 67 (1), 176-180, 2002 | 129 | 2002 |
Diffusion limitation effects in the washcoat of a catalytic monolith reactor D Leung, RE Hayes, ST Kolaczkowski The Canadian Journal of Chemical Engineering 74 (1), 94-103, 1996 | 129 | 1996 |
Flow reversal reactor for the catalytic combustion of lean methane mixtures S Salomons, RE Hayes, M Poirier, H Sapoundjiev Catalysis Today 83 (1-4), 59-69, 2003 | 127 | 2003 |
Modelling a reverse flow reactor for the catalytic combustion of fugitive methane emissions S Salomons, RE Hayes, M Poirier, H Sapoundjiev Computers & Chemical Engineering 28 (9), 1599-1610, 2004 | 115 | 2004 |
On the use of mechanistic CO oxidation models with a platinum monolith catalyst S Salomons, RE Hayes, M Votsmeier, A Drochner, H Vogel, S Malmberg, ... Applied Catalysis B: Environmental 70 (1-4), 305-313, 2007 | 109 | 2007 |
CO and H2 oxidation on a platinum monolith diesel oxidation catalyst S Salomons, M Votsmeier, RE Hayes, A Drochner, H Vogel, J Gieshof Catalysis Today 117 (4), 491-497, 2006 | 108 | 2006 |
A study of the nickel-catalyzed methanation reaction RE Hayes, WJ Thomas, KE Hayes Journal of Catalysis 92 (2), 312-326, 1985 | 101 | 1985 |
Kinetics of methane combustion over Pt and Pt–Pd catalysts R Abbasi, L Wu, SE Wanke, RE Hayes Chemical Engineering Research and Design 90 (11), 1930-1942, 2012 | 97 | 2012 |
Modelling the three-way catalytic converter with mechanistic kinetics using the Newton–Krylov method on a parallel computer LS Mukadi, RE Hayes Computers & chemical engineering 26 (3), 439-455, 2002 | 97 | 2002 |
Experimental study of foamy oil stability JJ Sheng, BB Maini, RE Hayes, WS Tortike Journal of Canadian Petroleum Technology 36 (04), 1997 | 97 | 1997 |