Paul Glover

Contact

• workRoom MR12 Sir Peter Mansfield Imaging Centre
  University Park
  Nottingham
  NG7 2RD
  UK
• work0115 846 6379
• paul.glover@nottingham.ac.uk

Teaching Summary

PHYS3008 Health Physics

First Year Physics Laboratory (PHYS1002) Convenor and Demonstrator

Research Summary

My research is centred on developments and applications of magnetic resonance imaging. Of particular interest is the design of radio-frequency probes to generate the required excitation fields and to… read more

Selected Publications

• GLOVER, P.M., CAVIN, I., QIAN, W., BOWTELL, R. and GOWLAND, P., 2007. Magnetic-field-induced vertigo: A theoretical and experimental investigation Bioelectromagnetics. 28(5), 349-361
• GLOVER, P.M. and BOWTELL, R., 2008. Measurement of electric fields induced in a human subject due to natural movements in static magnetic fields or exposure to alternating magnetic field gradients Physics in Medicine and Biology. 53(2), 361-373
• GLOVER, P. M., 2009. Interaction of MRI field gradients with the human body: Physics In Medicine And Biology Physics In Medicine And Biology. 54(21), R99-R115
• SHARP, J. S., GLOVER, P. M. and MOSELEY, W., 2007. Computer based learning in an undergraduate physics laboratory: interfacing and instrument control using Matlab EUROPEAN JOURNAL OF PHYSICS. VOL 28(NUMB 3), S1-S12

• View all publications

Current Research

My research is centred on developments and applications of magnetic resonance imaging. Of particular interest is the design of radio-frequency probes to generate the required excitation fields and to pick up the signals. At high frequencies the short wavelength causes problems with image homogeneity. By careful design and using new multiple transmit methods these problems can be overcome. I am also researching the use of high temperature superconductive probes in MRI. Another area of interest is that of safety of magnetic fields and their interaction with the human body. Working in and around very high magnetic fields can cause dizziness, a metallic taste in the mouth and flashing lights in the eyes. Understanding the interaction mechanisms fully should lead to appropriate safety legislation related to magnetic fields.

• PAUL M. GLOVER, ROGER H. WATKINS, GEORGE C. O’NEILL, ROCHELLE ACKERLEY, ROSA SANCHEZ-PANCHUELO, FRANCIS MCGLONE, MATTHEW J. BROOKES, JOHAN WESSBERG and SUSAN T. FRANCIS, 2017. An intra-neural microstimulation system for ultra-high field magnetic resonance imaging and magnetoencephalography Journal of Neuroscience Methods. 290, 69 - 78
• JIAJU HONG, SHENG LIU, YUYING YAN and PAUL GLOVER, 2017. Experimental measurement of dynamic concentration of nanofluid in laminar flow Experimental Thermal and Fluid Science. 88, 483 - 489
• ELENA BOTO, SOFIE S. MEYER, VISHAL SHAH, ORANG ALEM, SVENJA KNAPPE, PETER KRUGER, T. MARK FROMHOLD, MARK LIM, PAUL M. GLOVER, PETER G. MORRIS, RICHARD BOWTELL, GARETH R. BARNES and MATTHEW J. BROOKES',, 2017. A new generation of magnetoencephalography: Room temperature measurements using optically-pumped magnetometers NeuroImage. 149, 404 - 414
• MIAN, OMAR S., LI, YAN, ANTUNES, ANDRE, GLOVER, PAUL M. and DAY, BRIAN L., 2016. Effect of head pitch and roll orientations on magnetically induced vertigo JOURNAL OF PHYSIOLOGY-LONDON. 594(4), 1051-1067
• SANCHEZ PANCHUELO, ROSA MARIA, ACKERLEY, ROCHELLE, GLOVER, PAUL M., BOWTELL, RICHARD W., WESSBERG, JOHAN, FRANCIS, SUSAN T. and MCGLONE, FRANCIS, 2016. Mapping quantal touch using 7 Tesla functional magnetic resonance imaging and single-unit intraneural microstimulation: eLife eLife. 5,
• GLOVER, PAUL, 2015. Magnetic Field-Induced Vertigo in the MRI Environment: Current Radiology Reports Current Radiology Reports. 3(8), 1-7
• MIAN, OMAR S., GLOVER, PAUL M. and DAY, BRIAN L., 2015. Reconciling Magnetically Induced Vertigo and Nystagmus: Frontiers in Neurology Frontiers in Neurology. 6, 201-201
• GOWLAND, PENNY and GLOVER, PAUL, 2014. COMMENT ON ICNIRP GUIDELINES FOR LIMITING EXPOSURE TO ELECTRIC FIELDS INDUCED BY MOVEMENT OF THE HUMAN BODY IN A STATIC MAGNETIC FIELD AND BY TIME-VARYING MAGNETIC FIELDS BELOW 1 HZ HEALTH PHYSICS. 107(3), 261-261
• CHOWDHURY, MUHAMMAD E. H., MULLINGER, KAREN J., GLOVER, PAUL and BOWTELL, RICHARD, 2014. Reference layer artefact subtraction (RLAS): A novel method of minimizing EEG artefacts during simultaneous fMRI NEUROIMAGE. 84, 307-319
• GLOVER, PAUL M., LI, YAN, ANTUNES, ANDRE, MIAN, OMAR S. and DAY, BRIAN L., 2014. A dynamic model of the eye nystagmus response to high magnetic fields PHYSICS IN MEDICINE AND BIOLOGY. 59(3), 631-645
• HU, B., VARMA, G., RANDELL, C., KEEVIL, S.F., SCHAEFFTER, T. and GLOVER, P., 2012. A novel receive-only liquid nitrogen (LN2)-cooled RF coil for high-resolution in vivo imaging on a 3-Tesla whole-body scanner IEEE Transactions on Instrumentation and Measurement. 61(1), 129-139
• ANTUNES, A., GLOVER, P.M., LI, Y., MIAN, O.S. and DAY, B.L., 2012. Magnetic field effects on the vestibular system: calculation of the pressure on the cupula due to ionic current-induced Lorentz force Physics In Medicine And Biology. 57(14), 4477-4487
• SÁNCHEZ, C.C., GLOVER, P., POWER, H. and BOWTELL, R., 2012. Calculation of the electric field resulting from human body rotation in a magnetic field Physics in Medicine and Biology. 57(15), 4739-4753
• NEWLING, BENEDICT, POIRIER, CHRISTOPHER P., SNOW, TIMOTHY A., BALCOM, BRUCE J., GLOVER, PAUL M., COLPITTS, BRUCE G., MASTIKHIN, IGOR V., HETHERINGTON, NATHAN L. and MACGREGOR, RODNEY P., 2011. A Fast-Switching, Low-Inductance Gradient Set for Motion Encoding: Concepts in Magnetic Resonance Part B-Magnetic Resonance Engineering Concepts in Magnetic Resonance Part B-Magnetic Resonance Engineering. 39B(4), 173-179
• ENDRUWEIT, A., GLOVER, P., HEAD, K. and LONG, A.C., 2011. Mapping of the fluid distribution in impregnated reinforcement textiles using Magnetic Resonance Imaging: methods and issues Composites Part A: Applied Science and Manufacturing. 42(3), 265-273
• ENDRUWEIT, A., GLOVER, P., HEAD, K. and LONG, A.C., 2011. Mapping of the fluid distribution in impregnated reinforcement textiles using Magnetic Resonance Imaging: application and discussion Composites. Part A: Applied Science and Manufacturing. 42(10), 1369-1379
• HURLEY, A.C., AL-RADAIDEH, A., LI, B., AICKELIN, U., COXON, R., GLOVER, P. and GOWLAND, P.A., 2010. Tailored RF pulse optimization for magnetization inversion at ultra high field Magnetic Resonance in Medicine. 63(1), 51-58
• GARCÍA-NARANJOA, J.C., GLOVER, P.M., MARICA, F. and BALCOM, B.J., 2010. Variable bandwidth filtering for magnetic resonance imaging with pure phase encoding Journal Of Magnetic Resonance. 202(2), 234-238
• SANCHEZ, C. C., BOWTELL, R. W., POWER, H., GLOVER, P., MARIN, L., BECKER, A. A. and JONES, A., 2009. Forward electric field calculation using BEM for time-varying magnetic field gradients and motion in strong static fields: Engineering Analysis With Boundary Elements Engineering Analysis With Boundary Elements. 33(8-9), 1074-1088
• GLOVER, P. M., 2009. Interaction of MRI field gradients with the human body: Physics In Medicine And Biology Physics In Medicine And Biology. 54(21), R99-R115
• GLOVER, P. and BOWTELL, R., 2009. MEDICAL IMAGING MRI rides the wave: Nature Nature. 457(7232), 971-972
• VUKOVIC, A., SEWELL, P., MCKIRDY, D., THOMAS, D., BENSON, T.M., CHRISTOPOULOS, C. and GLOVER, P., 2008. A dynamic vector model of mictrostrip RF resonators for high-field MR imaging IEEE Transactions on Medical Imaging. 27(6), 766-774
• MARIN, L., POWER, H., BOWTELL, R. W., SANCHEZ, C. C., BECKER, A. A., GLOVER, P. and JONES, A., 2008. Numerical solution for an inverse MRI problem using a regularised boundary element method: Engineering Analysis With Boundary Elements Engineering Analysis With Boundary Elements. 32(8), 658-675
• MARIN, L., POWER, H., BOWTELL, R. W., SANCHEZ, C. C., BECKER, A. A., GLOVER, P. and JONES, A., 2008. Boundary element method for an inverse problem in magnetic resonance imaging gradient coils: Cmes-Computer Modeling In Engineering & Sciences Cmes-Computer Modeling In Engineering & Sciences. 23(3), 149-173
• GLOVER, P.M. and BOWTELL, R., 2008. Measurement of electric fields induced in a human subject due to natural movements in static magnetic fields or exposure to alternating magnetic field gradients Physics in Medicine and Biology. 53(2), 361-373
• GLOVER, P.M., CAVIN, I., QIAN, W., BOWTELL, R. and GOWLAND, P., 2007. Magnetic-field-induced vertigo: A theoretical and experimental investigation Bioelectromagnetics. 28(5), 349-361
• GLOVER, P.M. and BOWTELL, R, 2007. Measurement of electric fields due to time-varying magnetic field gradients using dipole probes Physics In Medicine And Biology. 52(17), 5119–5130
• DE VOCHT, F., STEVENS, T., GLOVER, P., SUNDERLAND, A., GOWLAND, P. and KROMHOUT, H., 2007. Cognitive effects of head-movements in stray fields generated by a 7 Tesla whole-body MRI magnet Bioelectromagnetics. 28(4), 247-255
• SHARP, J. S., GLOVER, P. M. and MOSELEY, W., 2007. Computer based learning in an undergraduate physics laboratory: interfacing and instrument control using Matlab EUROPEAN JOURNAL OF PHYSICS. VOL 28(NUMB 3), S1-S12
• DE VOCHT, F., LIKET, L., DE VOCHT, A., MISTRY, T., GLOVER, P., GOWLAND, P. and KROMHOUT, H., 2007. Exposure to alternating electromagnetic fields and effects on the visual and visuomotor systems British Journal of Radiology. 80, 822-828 (In Press.)
• MARIN,L., POWER,H., BOWTELL,R.W., COBOS SANCHEZ,C., BECKER,A.A., GLOVER,P. and JONES,I.A., 2006. Regularized boundary element method for an inverse electromagnetic problem with applications to gradient coil design In: IABEM 2006 Conference. 41-44
• DEKA, K., MACMILLAN, M. B., OURIADOV, A. V., MASTIKHIN, I. V., YOUNG, J. J., GLOVER, P. M., ZIEGLER, G. R. and BALCOM, B. J., 2006. Quantitative density profiling with pure phase encoding and a dedicated 1D gradient Journal of Magnetic Resonance. VOL 178(NUMBER 1), 25-32
• GLOVER, P.M., NEWLING, B., POIRIER, C. and BALCOM, B.J., 2005. A novel high temperature ¹H NMR imaging probe for combustion studies: the behaviour of both a lit and unlit methane gas jet Journal of Magnetic Resonance. 176(1), 79-86
• DIAS, M., HADGRAFT, J., GLOVER, P.M. and MCDONALD, P.J., 2003. Stray field magnetic resonance imaging: a preliminary study of skin hydration Journal of Physics D: Applied Physics. 36(4), 364-368
• LAITY, P. R., GLOVER, P. M. and HAY, J. N., 2002. Composition and phase changes observed by magnetic resonance imaging during non-solvent induced coagulation of cellulose Polymer. VOL 43(NUMBER 22), 5827-5837
• GLOVER, P. and MANSFIELD, P., 2002. Limits to magnetic resonance microscopy Reports on Progress in Physics. 65(10), 1489-1512
• MALLEGOL, J., BARRY, A.M., CIAMPI, E., GLOVER, P.M., MCDONALD, P.J., KEDDIE, J.L., WALLIN, M., MOTIEJAUSKAITE, A. and WEISSENBORN, P.K., 2002. Influence of drier combination on through-drying in waterborne alkyd emulsion coatings observed with magnetic resonance profiling Journal Of Coatings Technology. 74(933), 113-124
• ROSENKILDE, A. and GLOVER, P., 2002. High Resolution Measurement of the Surface Layer Moisture Content during Drying of Wood Using a Novel Magnetic Resonance Imaging Technique Holzforschung. VOL 56(PART 3), 312-317
• LAITY, P. R., GLOVER, P. M., BARRY, A. and HAY, J. N., 2001. Studies of non-solvent induced polymer coagulation by magnetic resonance imaging Polymer. VOL 42(NUMBER 18), 7701-7710
• SALAMANCA, J.M., CIAMPI, E., FAUX, D.A., GLOVER, P.M., MCDONALD, P.J., ROUTH, A.F., PETERS, A.C.I.A., SATGURU, R. and KEDDIE, J.L., 2001. Lateral drying in thick films of waterborne colloidal particles Langmuir. 17(11), 3202-3207
• HELLGREN, A. C., WALLIN, M., WEISSENBORN, P. K., MCDONALD, P. J., GLOVER, P. M. and KEDDIE, J. L., 2001. New techniques for determining the extent of crosslinking in coatings Progress In Organic Coatings. VOL 43(NUMBER 1-3), 85-98
• KEDDIE,J.L., GORCE,J-P., MALLEGOL,J., WALLIN,M., BARRY,A.M., CIAMPI,E., MOTIEJAUSKAITE,A., GLOVER,P.M., MCDONALD,P.J. and WEISSENBORN,P.K., 2001. MR profiling of film formation and crosslinking in waterborne alkyd emulsions and emulsion paints Abstracts of Papers of the American Chemical Society. 222, Abstract No PMSE 246
• WALLIN, M., GLOVER, P. M., HELLGREN, A.-C., KEDDIE, J. L. and MCDONALD, P. J., 2000. Depth Profiles of Polymer Mobility during the Film Formation of a Latex Dispersion Undergoing Photoinitiated Cross-Linking Macromolecules. VOL 33(PART 22), 8443-8452
• GLOVER, P. M., APTAKER, P. S., BOWLER, J. R., CIAMPI, E. and MCDONALD, P. J., 1999. A Novel High-Gradient Permanent Magnet for the Profiling of Planar Films and Coatings Journal of Magnetic Resonance. VOL 139(NUMBER 1), 90-97
• MANSFIELD, P, GLOVER, P M and BEAUMONT, J, 1998. Sound generation in gradient coil structures for MRI. Magnetic Resonance in Medicine. 39(4), 539-50
• GLOVER, P. M., MCDONALD, P. J. and NEWLING, B., 1997. Stray-Field Imaging of Planar Films Using a Novel Surface Coil Journal of Magnetic Resonance. VOL 126(NUMBER 2), 207-212
• LANE, D.M., GLOVER, P. and NEWLING, B., 1997. Concentration profiles in creaming oil-in-water emulsions determined by STRAFI 14, 3621-3626