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Faculty of Engineering
 

Sean Rigby

Professor of Chemical Engineering, Faculty of Engineering

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Biography

Sean Rigby is a member of the Environmental Fluid Mechanics and Geoprocesses research group

Research Summary

Research topics

Characterisation of porous media

Transport in porous media

Enhanced Oil Recovery (EOR)

MFX Imaging and NMR Studies of Controlled Drug Release

Synthesis and Characterisation of Novel, Highly-Ordered Porous Solids

Characterisation of porous media

The requirement to characterise the structure of porous solids arises in a number of fields of study, such as catalysis, fuel cells, soil remediation, water resources management, hydrothermal vents, oil recovery and bone diseases, to name but a few. It is important to determine the nature of the structure of a porous solid in order to fully understand transport processes that may be taking place within those materials (see below).

My work has focussed on employing a synergistic combination of different characterisation techniques in order to provide a more comprehensive description of porous media than is possible using one method alone. This is because each experimental technique has its own set of strengths and weaknesses. I have combined the traditional techniques of gas sorption and mercury porosimetry with tomographic methods such as MRI and MFX. Much of the work involves developing more sophisticated models for the interpretation of gas sorption and mercury porosimetry. A variety of different modelling methodologies have been adopted, which include employing concepts from fractal physics, for example.

Transport in porous media

The different applications of porous media mentioned above involve a variety of transport phenomena. Another area of my research work focuses on the study of the physical processes involved, and the influence of the pore structure, on pore diffusion, the surface diffusion of molecules, the permeation of liquids, the sintering of dispersed supported metal catalysts, and the displacement of wetting by non-wetting fluids (and vice-versa). The structural architecture of porous media will significantly influence the rates of the various transport processes that occur within them. This work involves the construction of models for the transport processes and porous structures, and the subsequent validation of the model predictions against experimental data. The experimental techniques that I employ for studying transport include MRI, Pulsed-field Gradient Spin-Echo NMR and deuterium NMR. A greater understanding of the transport processes and the factors that influence their rates will allow us to design more effective catalysts that are more resistant to deactivation, or improve the recovery efficiency of oil, for example.

Enhanced Oil Recovery (EOR)

This work is carried out in collaboration with Professor Malcolm Greaves of the Chemical Engineering Department at the University of Bath, and Dr Joseph Wood, of the University of Birmingham. My interests in EOR include the development of experimental techniques and theoretical analysis methods for structural characterisation of oil reservoir rock cores, using methods such as magnetic resonance imaging (MRI), pulsed-field gradient (PFG) NMR, mercury porosimetry, gas sorption and microscopy. I am also interested in transport phenomena in reservoir rocks. The particular processes that I study are gas and/or liquid phase permeation and adsorption, and the entrapment of non-wetting phases (such as oil) within porous solids. These studies are both theoretical (eg molecular dynamics simulations of flows of non-wetting fluids) and experimental (eg gas permeation, and mercury intrusion and extrusion). The purpose of these studies is to predict key characteristic parameters for reservoir rocks, such as the bound volume index (BVI), that are used in reservoir economic evaluation and reservoir simulations. I also work on reservoir simulations of various EOR methods, such as THAI and CAPRI.

MFX Imaging and NMR Studies of Controlled Drug Release

This work is carried out in collaboration with Drs. Karen Edler, John Lowe and Marianne Ellis of the University of Bath, Dr Chris Van der Walle of the University of Strathclyde, and Dr. Jim Raistrick of the University of Keele. A greater understanding of the physical processes involved in the release of drugs from polymeric vehicles is essential for the design of new controlled release devices. My work in this area focuses on using MFX imaging and NMR (PGSE and DOSY) techniques to study the drug spatial distribution and structural evolution within polymeric vehicles during the drug release process. These data are used to construct mathematical models of controlled drug release.

Synthesis and Characterisation of Novel, Highly-Ordered Porous Solids

This work is carried out in collaboration with Drs. Karen Edler, Andrew Burrows and Mary Mahon from the Department of Chemistry at Bath. My work in this area concerns the synthesis and characterisation of novel, structured porous solids for use as gas storage media, catalyst supports, and model systems to study transport phenomena in porous solids. Projects involve the experimental synthesis and characterisation of new structured, mesoporous silicas and silica films, experimental synthesis and characterisation of new microporous metal-organic framework materials, and computer simulation of the various synthesis processes involved.

Selected Publications

  • CHUA, L. M., VAZHNOVA, T., MAYS, T. J., LUKYANOV, D. B. and RIGBY, S. P., 2010. Journal of Catalysis. VOL 271(NUMBER 2), 401-412
  • SHAH, A.A., FISHWICK, R.P., LEEKE, G.A., WOOD, J., RIGBY, S.P. and GREAVES, M., 2011. Experimental optimization of catalytic process in situ for heavy-oil and bitumen upgrading Journal of Canadian Petroleum Technology. 50(11), 33-47
  • SHAH, A., FISHWICK, R., WOOD, J., LEEKE, G., RIGBY, S. and GREAVES, M., 2010. Energy & Environmental Science. VOL 3(NUMBER 6), 700-714
  • PERKINS, E.L., LOWE, J.P., EDLER, K.J. and RIGBY, S.P., 2010. Chemical Engineering Science. 65(2), 611-625
  • MOUSA, S., NOVAK, V., FLETCHER, R. S., GARCIA, M., MACLEOD, N., CORFIELD, M. and RIGBY, S. P., 2023. Chemical Engineering Journal. 452,
  • RIGBY, S. P., 2023. Materials. 16(8),
  • MOUSA, S., NOVAK, V., FLETCHER, R. S., KELLY, G., GARCIA, M., MACLEOD, N., PARMENTER, C. and RIGBY, S. P., 2023. Chemical Engineering Science. 277,
  • ALSAYAH, A. and RIGBY, S. P., 2023. Geoenergy Science and Engineering. 229,
  • SEELY, R., LIDDY, T. J., ROCHELLE, C. A., FLETCHER, R. S. and RIGBY, S. P., 2022. Journal of Petroleum Science and Engineering. 213,
  • ADO, M. R., GREAVES, M. and RIGBY, S. P., 2022. Petroleum Research.
  • DIM, P. E. and RIGBY, S. P., 2022. Journal of Engineering Science and Technology Review. 15(2), 54-60
  • SOOSAI, M. R., MOORTHY, I. M. G., VARALAKSHMI, P., SYED, A., ELGORBAN, A. M., RIGBY, S. P., NATESAN, S., GUNASEELAN, S., JOSHYA, Y. C., BASKAR, R., KUMAR, R. S. and KARTHIKUMAR, S., 2022. Environmental Science and Pollution Research.
  • RIGBY, S. P., ALSAYAH, A. and SEELY, R., 2022. Energies. 15(20),
  • GIANNOUKOS, K., RIGBY, S. P., ROCHELLE, C. A., MILODOWSKI, A. E. and HALL, M. R., 2021. Applied Geochemistry. 131,
  • PITCHER, E. G., LARGE, D. J., FLETCHER, R. S. and RIGBY, S. P., 2021. Marine and Petroleum Geology. 134,
  • ADO, M. R., GREAVES, M. and RIGBY, S. P., 2021. Petroleum Research.
  • ADO, M. R., GREAVES, M. and RIGBY, S. P., 2021. Petroleum Research.
  • RIGBY, S. P., JAHAN, H., STEVENS, L., UGUNA, C., SNAPE, C., MACNAUGHTON, B., LARGE, D. J. and FLETCHER, R. S., 2020. Marine and Petroleum Geology. 112,
  • BURUEVA, D. B., POKOCHUEVA, E. V., WANG, X., FILKINS, M., SVYATOVA, A., RIGBY, S. P., WANG, C., PAVLOVSKAYA, G. E., KOVTUNOV, K. V., MEERSMANN, T. and KOPTYUG, I. V., 2020. ACS Catalysis. 1417-1422
  • SAMUEL C COE, MATTHEW D. WADGE, REDA M. FELFEL, IFTY AHMED, GAVIN S WALKER, COLIN A. SCOTCHFORD and DAVID M. GRANT, 2020. Coatings. 10(2), 190
  • HART, A., ADAM, M., ROBINSON, J. P., RIGBY, S. P. and WOOD, J., 2020. Catalysts. 10(4),
  • HART, A., ADAM, M., ROBINSON, J. P., RIGBY, S. P. and WOOD, J., 2020. Catalysts. 10(5),
  • ADAM, M., ANBARI, H., HART, A., WOOD, J., ROBINSON, J. P. and RIGBY, S. P., 2020. Chemical Engineering Journal.
  • SPANAKOS, D. and RIGBY, S. P., 2020. Energy and Fuels. 34(10), 12417-12428
  • LEE, X. J., HIEW, B. Y. Z., LAI, K. C., LEE, L. Y., GAN, S., THANGALAZHY-GOPAKUMAR, S. and RIGBY, S., 2019. Journal of the Taiwan Institute of Chemical Engineers. 98, 163-180
  • TANG, X., RIPEPI, N., RIGBY, S., MOKAYA, R. and GILLILAND, E., 2019. Journal of Industrial and Engineering Chemistry. 78, 186-197
  • HASAN, M. M. and RIGBY, S. P., 2019.
  • HART, A., ADAM, M., ROBINSON, J.P., RIGBY, S.P. and WOOD, J., 2019. Topics in Catalysis.
  • PAVLOVSKAYA, G. E., MEERSMANN, T., JIN, C. and RIGBY, S. P., 2018. Physical Review Fluids. 3(4),
  • ADAM, M., HART, A., STEVENS, L. A., WOOD, J., ROBINSON, J. P. and RIGBY, S. P., 2018. Carbon. 138, 427-435
  • RIGBY, S. P., 2018. Johnson Matthey Technology Review. 62(3), 296-312
  • RABIU ADO M, GREAVES M and RIGBY SP, 2017. Energy and Fuels. 31(2), 1276-1284
  • DIM, PAUL E., FLETCHER, ROB S. and RIGBY, SEAN P., 2016. CHEMICAL ENGINEERING SCIENCE. 140, 291-298
  • JIN, C., LANGSTON, P. A., PAVLOVSKAYA, G. E., HALL, M. R. and RIGBY, S. P., 2016. PHYSICAL REVIEW E. 93(1),
  • HELMI M, HALL MR, STEVENS L and RIGBY SP, 2016. Construction and Building Materials. 105, 554-562
  • ROGERS NJ, HILL-CASEY F, STUPIC KF, SIX JS, LESBATS C, FRAISSARD J, RIGBY SP, PAVLOVSKAYA G and MEERSMANN T, 2016. Proceedings of the National Academy of Sciences of USA. 113(12), 3164-3168
  • ARTJOM NEPRYAHIN, ELIZABETH HOLT, ROB FLETCHER and SEAN RIGBY, 2016. Chemical Engineering Science. (In Press.)
  • NEPRYAHIN, A., HOLT, E. M., FLETCHER, R. S. and RIGBY, S. P., 2016. Chemical Engineering Science. 152, 663-673
  • NEPRYAHIN, A., FLETCHER, R. S., HOLT, E. M. and RIGBY, S. P., 2016. Adsorption. 1-8
  • MALIK, S., SMITH, L., SHARMAN, J., HOLT, E. M. and RIGBY, S. P., 2016. Industrial and Engineering Chemistry Research. 55(41), 10850-10859
  • BURROWS, A. D., FISHER, L. C., MAYS, T. J., RIGBY, S. P., ASHBROOK, S. E. and DAWSON, D. M., 2015. Journal of Organometallic Chemistry.
  • DIM, P., HART, A., WOOD, J., MACNAUGHTAN, B. and RIGBY, S. P., 2015. Chemical Engineering Science. 131, 138-145
  • HALL, M. R., RIGBY, S. P., DIM, P., BATEMAN, K., MACKINTOSH, S. J. and ROCHELLE, C. A., 2015. Geofluids.
  • PAVLOVSKAYA, GALINA, SIX, JOSEPH, MEERSMAN, THOMAS, GOPINATHAN, NAVIN and RIGBY, SEAN P., 2015. AICHE JOURNAL. 61(11), 4013-4019
  • BEECH, KAREN E., BIDDLECOMBE, JAMES G., VAN DER WALLE, CHRISTOPHER F., STEVENS, LEE A., RIGBY, SEAN P., BURLEY, JONATHAN C. and ALLEN, STEPHANIE, 2015. EUROPEAN JOURNAL OF PHARMACEUTICS AND BIOPHARMACEUTICS. 96, 247-254
  • HITCHCOCK I., LUNEL M., BAKALIS S., FLETCHER R.S., HOLT E.M., RIGBY S.P., 2014. Journal of Colloid and Interface Science. 417, 88-99
  • GOPINATHAN, N; YANG, B: LOWE, JP; EDLER, KJ; RIGBY, SP, 2014. INTERNATIONAL JOURNAL OF PHARMACEUTICS. 469(1), 146-158
  • BAFARAWA, B ; NEPRYAHIN, A ; JI, L ; HOLT, EM ; WANG, JW ; RIGBY, SP, 2014. JOURNAL OF COLLOID AND INTERFACE SCIENCE. 426, 72-79
  • HITCHCOCK, I., MALIK, S., HOLT, E. M., FLETCHER, R. S. and RIGBY, S. P., 2014. Impact of Chemical Heterogeneity on the Accuracy of Pore Size Distributions in Disordered Solids: Journal of Physical Chemistry C Journal of Physical Chemistry C. 118(35), 20627-20638
  • STARKIE, C. M., AMIEIRO-FONSECA, A., RIGBY, S. P., DRAGE, T. C. and LESTER, E. H., 2014.
  • HALL, M.R., MOONEY S.J., STURROCK, C., MATELLONI, P. and RIGBY, S.P., 2013. Acta Geotechnica. 8(1), 67-79
  • SHIKO E., EDLER K.J., LOWE J.P., RIGBY S.P., 2013. Journal of Colloid and Interface Science. 404, 183-192
  • SHIKO E., EDLER K.J., LOWE J.P., RIGBY S.P., 2013. Journal of Colloid and Interface Science. 398, 168-175
  • VAZHNOVA T., RIGBY S.P., LUKYANOV D.B., 2013. Journal of Catalysis. 301, 125-133
  • WONG K.S., VAZHNOVA T., RIGBY S.P., LUKYANOV D.B., 2013. Applied Catalysis A: General. 454, 137-144
  • GOPINATHAN N., GREAVES M., WOOD J., RIGBY S.P., 2013. Journal of Colloid and Interface Science. 393, 234-240
  • BURROWS, AD, FISHER, LC, HODGSON, D, MAHON, MF, CESSFORD, NF, DUREN, T, RICHARDSON, C and RIGBY, SP, 2012. Crystengcomm. 14(1), 188-192
  • CHUA, LM, HITCHCOCK, L, FLETCHER, RS, HOLT, EM, LOWE, J and RIGBY, SP, 2012. Journal Of Catalysis. 286, 260-265
  • ROUQUEROL, J., BARON, G., DENOYEL, R., GIESCHE, H., GROEN, J., KLOBES, P., LEVITZ, P., NEIMARK, A., RIGBY, S.P., SKUDAS, R., SING, K., THOMMES, M. and UNGER, K., 2012. PURE AND APPLIED CHEMISTRY. 84(1), 107-136
  • SHIKO E., EDLER K.J., LOWE J.P., RIGBY S.P., 2012. Journal of Colloid and Interface Science. 385(1), 183-192
  • GOPINATHAN N., GREAVES M., LOWE J.P., WOOD J., RIGBY S.P., 2012. Journal of Colloid and Interface Science. 381(1), 164-170
  • ROUQUEROL J., BARON G.V., DENOYEL R., GIESCHE H., GROEN J., KLOBES P., LEVITZ P., NEIMARK A.V., RIGBY S., SKUDAS R., SING K., THOMMES M., UNGER K., 2012. Microporous and Mesoporous Materials. 154, 2-6
  • GREAVES M., DONG L.L., RIGBY S.P., 2012. Energy Fuels. 26, 1656-1669
  • GREAVES M., DONG L.L., RIGBY S., 2012. Validation of toe-to-heel air-injection bitumen recovery using 3D combustion-cell results SPE Reservoir Evaluation & Engineering. 15(1), 72 - 85
  • GREAVES M., DONG L.L., RIGBY S.P., 2012. In:
  • SHAH, A.A., FISHWICK, R.P., LEEKE, G.A., WOOD, J., RIGBY, S.P. and GREAVES, M., 2011. Experimental optimization of catalytic process in situ for heavy-oil and bitumen upgrading Journal of Canadian Petroleum Technology. 50(11), 33-47
  • HASSAN, F, WANG, JW, CHIGADA, PI, AL-DURI, B, RIGBY, SP and WOOD, J, 2011. Industrial & Engineering Chemistry Research. 50(12), 7161-7171
  • RIGBY, SP, CHIGADA, PI, WANG, JW, WILKINSON, SK, BATEMAN, H, AL-DURI, B, WOOD, J, BAKALIS, S and MIRI, T, 2011. Chemical Engineering Science. 66(11), 2328-2339
  • BURROWS, AD, FISHER, LC, RICHARDSON, C and RIGBY, SP, 2011. Chemical Communications. 47(12), 3380-3382
  • HITCHCOCK, I., HOLT, E.M., LOWE, J.P. and RIGBY, S.P., 2011. Chemical Engineering Science. 66(4), 582-592
  • CHUA, L. M., VAZHNOVA, T., MAYS, T. J., LUKYANOV, D. B. and RIGBY, S. P., 2010. Journal of Catalysis. VOL 271(NUMBER 2), 401-412
  • SHAH, A., FISHWICK, R., WOOD, J., LEEKE, G., RIGBY, S. and GREAVES, M., 2010. Energy & Environmental Science. VOL 3(NUMBER 6), 700-714
  • RIGBY, SEAN P and CHIGADA, PETER I, 2010. MF-DFT and experimental investigations of the origins of hysteresis in mercury porosimetry of silica materials. Langmuir : the ACS journal of surfaces and colloids. 26(1), 241-8
  • LEE, Y.S., LOWE, J.P., GILBY, E., PERERA, S. and RIGBY, S.P., 2010. International Journal of Pharmaceutics. 383(1-2), 244-254
  • HITCHCOCK, I., CHUDEK, J.A., HOLT, E.M., LOWE, J.P. and RIGBY, S.P., 2010. Langmuir. 26(23), 18061-18070
  • CHIGADA, PI, WANG, J, AL-DURI, B, WOOD, J and RIGBY, SP, 2010. Chemical Engineering Science. 65(20), 5550-5558
  • CHUA, LM, VAZHNOVA, T, MAYS, TJ, LUKYANOV, DB and RIGBY, SP, 2010. Journal Of Catalysis. 271(2), 401-412
  • PERKINS, E.L., LOWE, J.P., EDLER, K.J. and RIGBY, S.P., 2010. Chemical Engineering Science. 65(2), 611-625
  • RIGBY, SP and CHIGADA, PI, 2010. Langmuir. 26(1), 241-248
  • WANGA, J, CHIGADA, PI, RIGBY, SP, AL-DURI, B and WOOD, J, 2009. Chemical Engineering Science. 64(15), 3427-3436
  • WANG, J, HASSAN, F, CHIGADA, PI, RIGBY, SP, AL-DURI, B and WOOD, J, 2009. Industrial & Engineering Chemistry Research. 48(17), 7899-7909
  • RIGBY, SP and CHIGADA, PI, 2009. Adsorption-Journal Of The International Adsorption Society. 15(1), 31-41
  • RIGBY, SP, CHIGADA, PI, EVBUOMVAN, IO, CHUDEK, JA, MIRI, T, WOOD, J and BAKALIS, S, 2008. Chemical Engineering Science. 63(24), 5771-5788
  • WATT-SMITH, MJ, RIGBY, SP, RALPH, TR and WALSH, FC, 2008. Journal Of Power Sources. 184(1), 29-37
  • BURROWS, AD, CASSAR, K, MAHON, MF, RIGBY, SP and WARREN, JE, 2008. Crystengcomm. 10(10), 1474-1479
  • BURROWS, AD, CASSAR, K, DUREN, T, FRIEND, RMW, MAHON, MF, RIGBY, SP and SAVARESE, TL, 2008. Dalton Transactions. 2465-2474
  • PERKINS, EL, LOWE, JP, EDLER, KJ, TANKO, N and RIGBY, SP, 2008. Chemical Engineering Science. 63(7), 1929-1940
  • RIGBY, SP, CHIGADA, PI, PERKINS, EL, WATT-SMITH, MJ, LOWE, JP and EDLER, KJ, 2008. Adsorption-Journal Of The International Adsorption Society. 14(2-3), 289-307
  • RIGBY, SP, FAIRHEAD, M and VAN DER WALLE, CF, 2008. Current Pharmaceutical Design. 1821-1831
  • WATT-SMITH, MJ, FRIEDRICH, JM, RIGBY, SP, RALPH, TR and WALSH, FC, 2008. Journal of Physics D- Applied Physics. -
  • LAWRENCE, RM, MAYS, TJ, RIGBY, SP, WALKER, P and D'AYALA, D, 2007. Cement And Concrete Research. 37(7), 1059-1069
  • RIGBY, SP, WATT-SMITH, MJ, CHIGADA, P, CHUDEK, JA, FLETCHER, RS, WOOD, J, BAKALIS, S and MIRI, T, 2006. Chemical Engineering Science. 61(23), 7579-7592
  • WATT-SMITH, MJ, KOLACZKOWSKI, ST, RIGBY, SP and CHUDEK, JA, 2006. AIChE Journal. 52(9), 3278-3289
  • WATT-SMITH, MJ, RIGBY, SP, CHUDEK, JA and FLETCHER, RS, 2006. Langmuir. 22(11), 5180-5188
  • RIGBY, SP, EVBUOMWAN, IO, WATT-SMITH, MJ, EDLER, K and FLETCHER, RS, 2006. PARTICLE & PARTICLE SYSTEMS CHARACTERIZATION. 82-93
  • MESSARITAKI, A, BLACK, SJ, VAN DER WALLE, CF and RIGBY, SP, 2005. Journal Of Controlled Release. 108(2-3), 271-281
  • BURROWS, AD, CASSAR, K, FRIEND, RMW, MAHON, MF, RIGBY, SP and WARREN, JE, 2005. Crystengcomm. 7, 548-550
  • RIGBY, SP, 2005. Colloids And Surfaces A-Physicochemical And Engineering Aspects. 262(1-3), 139-149
  • EDLER, KJ, ARROWSMITH, M, HAMILTON, M and RIGBY, SP, 2005. Journal Of Physical Chemistry B. 109(13), 6294-6303
  • WATT-SMITH, MJ, EDLER, KJ and RIGBY, SP, 2005. Langmuir. 21(6), 2281-2292
  • RIGBY, SP, WATT-SMITH, MJ and FLETCHER, RS, 2005. ADSORPTION-JOURNAL OF THE INTERNATIONAL ADSORPTION SOCIETY. 201-206
  • RIGBY, SP and FLETCHER, RS, 2004. Particle & Particle Systems Characterization. 21(2), 138-148
  • RIGBY, SP, WATT-SMITH, MJ and FLETCHER, RS, 2004. Journal Of Catalysis. 227(1), 68-76
  • RIGBY, SP, VAN DER WALLE, CF and RAISTRICK, JH, 2004. Journal Of Controlled Release. 96(1), 97-100
  • RIGBY, SP and FLETCHER, RS, 2004. Journal Of Physical Chemistry B. 108(15), 4690-4695
  • RIGBY, SP, FLETCHER, RS and RILEY, SN, 2004. Chemical Engineering Science. 59(1), 41-51
  • RIGBY, SP, BEANLANDS, K, EVBUOMWAN, IO, WATT-SMITH, MJ, EDLER, KJ and FLETCHER, RS, 2004. CHEMICAL ENGINEERING SCIENCE. 5113-5120
  • RIGBY, SP, FLETCHER, RS and RILEY, SN, 2003. Applied Catalysis A-General. 247(1), 27-39
  • RIGBY, SP, 2003. Langmuir. 19(2), 364-376
  • RIGBY, SP, BARWICK, D, FLETCHER, RS and RILEY, SN, 2003. Applied Catalysis A-General. 238(2), 303-318
  • RIGBY, SP, FLETCHER, RS, RAISTRICK, JH and RILEY, SN, 2002. Physical Chemistry Chemical Physics. 4(14), 3467-3481
  • RIGBY, SP and DAUT, S, 2002. Advances In Colloid And Interface Science. 98(2), 87-119
  • RIGBY, SP and EDLER, KJ, 2002. Journal Of Colloid And Interface Science. 250(1), 175-190
  • RIGBY, SP, 2002. Langmuir. 18(5), 1613-1618
  • RIGBY, SP, FLETCHER, RS and RILEY, SN, 2002. Industrial & Engineering Chemistry Research. 41(5), 1205-1226
  • RIGBY, SP, 2002. In: STUDIES IN SURFACE SCIENCE AND CATALYSIS: New Methodologies In Mercury Porosimetry 144. 185-192
  • RIGBY, SP, FLETCHER, RS and RILEY, SN, 2001. Journal Of Colloid And Interface Science. 240(1), 190-210
  • RIGBY, SP and GLADDEN, LF, 2000. Chemical Engineering Science. 55(23), 5599-5612
  • RIGBY, SP, 2000. Journal Of Colloid And Interface Science. 224(2), 382-396
  • RIGBY, SP, 2000. Chaos Solitons & Fractals. 11(8), 1297-1301
  • RIGBY, SP, 2000. In: STUDIES IN SURFACE SCIENCE AND CATALYSIS: Modelling Studies Of The Influence Of Macroscopic Structural Heterogeneities On Nitrogen Sorption Hysteresis 128. 111-120
  • RIGBY, SP, 1999. Catalysis Today. 53(2), 207-223
  • RIGBY, SP and GLADDEN, LF, 1999. The Prediction Of Transport Properties Of Porous Media Using Fractal Models And Nmr Experimental Techniques
  • RIGBY, SP and GLADDEN, LF, 1999. In: STUDIES IN SURFACE SCIENCE AND CATALYSIS: Molecular Dynamical Studies Of The Mobility Of Benzene And Water On Silica SurfacesCorrelation With The Influence Of Surface Chemistry And Morphology. 122. 183-190
  • RIGBY, SP and GLADDEN, LF, 1998. Journal Of Catalysis. 180(1), 44-50
  • RIGBY, SP, 1998. Chaos Solitons & Fractals. 9(9), 1519-1527
  • RIGBY, SP and GLADDEN, LF, 1998. Journal Of Catalysis. 173(2), 484-489
  • RIGBY, SP and GLADDEN, LF, 1996. Chemical Engineering Science. 2263-2272
  • PERKINS, EL, RIGBY, SP, EDLER, KJ and LOWE, J, NMR cryoporometry and PFG studies of water diffusion in poly (lactic-co-glycolic acid) microspheres for drug delivery In: A17-A17

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