| PROCEEDINGS OF THE FIRST INTERNATIONAL MEETING ON RECENT ADVANCES IN MR APPLICATIONS TO POROUS MEDIA MRPM1 |
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| University of Bologna, Bologna, Italy 14-16 November 1990 |
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| A special issue of: Magnetic Resonance Imaging (vol. 9, 5, 1991) |
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| Edited by: G.C. Borgia R. J. S. Brown P. Fantazzini J. Gore P. Mansfield B. Maraviglia E. Mesini L. Sgubini |
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| The Meeting was
organised by the University of Bologna and "Associazione Nazionale
Ingegneri Minerari" with the co-operation of Agip and support of: |
| Banca Popolare Pesarese e Ravennate Consiglio Nazionale delle Ricerche Istituto Nazionale di Fisica Nucleare Schlumberger Italiana S.p.A. Selm Petroleum Stelar s.n.c. Zurigo Assicurazioni |
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| INTERNATIONAL SCIENTIFIC ADVISORY COMMITTEE | ORGANISING COMMITTEE |
| G. Brighenti (I) J. C. Gore (USA) G. C. Borgia (I) R. J. S. Brown (USA) P. Fantazzini (I) G. Ghilardotti (I) P.Mansfield (UK) E. Mesini (I) F. Podo (I) G. Sclocchi (I) |
G. C.
Borgia (I - chairman) F.A. Ciancabilla (I) E. Mesini (I) P. Ballestrazzi (I) S. Viola (I) |
| The
Conference was divided into 4 Sessions. The Chairs were as follows: Session I: R.J.S. Brown Session II: B. Maraviglia Session III : P. Mansfield Session IV: L. Sgubini |
| CONTENTS |
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EDITORIAL 1990 BOLOGNA MEETING ON NMR APPLICATIONS TO POROUS MEDIA G.C. Borgia, R.J.S. Brown, P. Fantazzini, and E. Mesini PLENARY SESSION: SPATIALLY NONRESOLVED NMR STUDIES IN HIGH SURFACE-TO-VOLUME RATIO SYSTEMS Session Chairman: R.J.S. BROWN Magnetic Relaxation in Porous Media K.S. Mendelson Nuclear Magnetism and Transport in Porous Media L.M. Schwartz, D.J. Wilkinson, S. Kostek, D.L. Johnson, and J.R. Banavar Influence of Field Gradient Strength in NMR Studies of Diffusion in Porous Media P. Callaghan, D. MacGowan, K.J. Packer, and F.O. Zelaya Nuclear Magnetic Resonance Studies of Reservoir Core Plugs: A Preliminary Investigation of the Influence of Mineralogy on T 1 T. Skjetne, T.E. Southon, B. Hafskjold, 0. Selle, I. Svorstl?)l, A.T. Buller, H. RuesHitten, A. Brayshaw, and M.Z. Kalarn Pore-Size Distributions from NMR Spin-Lattice Relaxation Data S. Davies, K.J. Packer, D.R. Roberts, and F.O. Zelaya Problems in Identifying Multimodal Distributions of Relaxation Times for NMR in Porous Media R.J.S. Brown, G.C. Borgia, P. Fantazzini, and E. Mesini A Proton Relaxation Study of Immiscible Liquid Arrangement in Microporous Structures G.C. Borgia, P. Fantazzini, G. Fanti, E . Mesini, L. Terzi, G. Valdre Bound Water in Heterogeneous System Relaxometry: An Ill-Defined Concept P. Gillis, S. Peto, and R.N. Muller Study of Relaxation Mechanisms in Clay/Water Systems. Determination of the Surface Area. Application to Cements M. Letellier, D. Tinet, R. Maggion, and J. Fripiat Proton Relaxation of Liquid Crystal Droplets Dispersed in a Polymer Matrix B.M. Fung and C.W. Cross Can We See, by Proton Spin Relaxation, a Percolation Transition Upon Drying Controlled Pore Size Glass? H. Haranczyk, K.G. Soga, R.J. Rumm, and M.M. Pintar Self-Regulation of Metallic Ion Concentration in Wet Porous Glass K.G. Soga, H. Haranczyk, R.J. Rumm, and M.M. Pintar Relaxation and Dynamical Properties of Water in Partially Filled Porous Materials Using NMR Techniques W.P. Halperin, S. Bhattacharja, and F. D'Orazio ROUND TABLE: EXPERIENCE EXCHANGE BETWEEN POROUS MEDIA CHARACTERIZATION AND BIOMEDICAL NMR STUDIES Chairman: B. MARAVIGLIA Round Table Introduction B. Maraviglia A Prospective Model System to Mimic the Average NMR Properties of Water in a Rock Matrix G. Maddinelli, J.L.A. Williams, and D.G. Taylor Round Table Discussion and Comments P. Mansfield Reorientation Mediated by Translational Diffusion as a Mechanism for Nuclear Magnetic Relaxation of Molecules Confined in Surface Layers R. Kimmich Some Considerations of the Round Table Subject M.M. Pintar Comments on Work in the Herchel Smith Laboratory in Cambridge L.D. Hall Double Resonance Mapping of Liquids in Porous Materials F. DeLuca, R. Campanella, A. Bifone, and B. Maraviglia PLENARY SESSION: MAGNETIC RESONANCE IMAGING IN POROUS MEDIA Session Chairman: P. MANSFIELD Ingress of Water into Solid Nylon: Diffusion Studies by NMR Imaging P. Mansfield, R.W. Bowtell, S.J. Blackband, and M. Cawley Visualisation of Fluid Displacement in Rock Cores by NMR Imaging J.L.A. Williams, D.G. Taylor, G. Maddinelli, P. Enwere, and J.S. Archer Flow Measurement in Porous Media by Echo-Planar Imaging D.N. Guilfoyle and P. Mansfield Towards Validation of Porous Media Models Using NMR Imaging and Image-Analysis Techniques G.J. Nesbitt, A. de Groot, T.W. Fens, and J.H. M. Bonnie Spatially Resolved NMR and NQR in Solids R. Kimmich Application of Single Species Chemical Shift Imaging to Sandstone Cores S. Patz, M.E. Stromski, M. Hrovat, C. Straley, and L.M. Schwartz Low-Contrast Secondary Imbibition in Long Rock Cores E.J. Fordham, M.A. Horsfield, C. Hall, and L.D. Hall Chemical Shift Imaging of Fluid Filled Porous Rocks J.M. Dereppe, C. Moreaux, and K. Schenker Spatially Resolved T1 Relaxation Measurements in Reservoir Cores J.J. Attard, T.A. Carpenter, L.D. Hall, S. Davies, M.J. Taylor, and K.J. Packer NMR Imaging Applied to Various Studies of Porous Media G. Guillot, A. Trokiner, L. Darrasse, A. Dupas, F. Ferdossi, G. Kassab, J.P. Hulin, P. Rigord, and H. Saint-Jalmes Use of a High Magnetic Field to Visualize and Study Fluids in Porous Media C. Chardaire-Riviere and J.C. Roussel The Limits of NMR Imaging S. Sykora NMR Narrowing Method for the Imaging of Porous Media F. DeLuca, P. Fattibene, N. Lugeri, and B. Maraviglia Trends in NMR Studies of Paramagnetic Gd(III) Complexes as Potential Contrast Agents in MRI S. Aime, L. Barbero, and M. Botta Water Proton Relaxation Rate Enhancements as a Function of Magnetic Field Strength and Nature and Size of Paramagnetic Solutes I. Bertini, F. Capozzi, and C. Luchinat ROUND TABLE: TRENDS IN NMR STUDIES IN THE FIELD OF UNDERGROUND FLUIDS RECOVERY Chairman: L. SGUBINI Round Table Introduction L. Sgubini Automated Core Analysis by 1H NMR Spectroscopy P.N. Tutunjian, H.J. Vinegar, and W.A. Edelstein Oil Core NMR Imaging/Spectroscopy Instrumentation W.A. Edelstein Contribution of NMR Imaging Technique in the Study of the Polyphasic Flow in Porous Media J.L.A. Williams, G. Maddinelli, D.G. Taylor, P. Enwere, and J.S. Archer New Horizons: From the Lab to the Field C. Straley Relation of Spin-Lattice Relaxation Time to Pore Geometry and Permeability K.S. Mendelson Three-Dimensional and Flow-Weighted NMR Imaging of Pore Connectivity in a Limestone J.W. Gleeson and D.E. Woessner Need for Standardization and Full Specification of Laboratory Measurements in NMR Applications to Porous Media R.J.S. Brown, G.C. Borgia, P. Fantazzini, and E. Mesini GENERAL CONCLUSIONS G.I. Brighenti |