Professor Jim Matthew, BSc, PhD, DSc (Aberdeen), CPhys, FInstP

Contact details

Mail:
 Department of Physics
University of York
Heslington
York
YO10 5DD
U.K.
Tel:
 +44 (0)1904 432230
Fax:
 +44 (0)1904 432214
E-mail:
 jadm1@york.ac.uk
Room:
 P/A013

Recent Publications

R. T. Mennicke, J. A. D. Matthew, and S. M. Thompson
Non-Contact Infrared Laser Sensing of Magnetoresistance
Rev. Sci. Instrum. 79, 023901 (2008) (6 pages)

SM STIRK, SM THOMPSON, JAD MATTHEW AND AF LEE
Remote two-dimensional imaging of giant magnetoresistance with spatial resolution of 30 mm
J. Magn. Magn. Mater. 316 E953-E956 (2007) (4 pages)

A PRATT, JAD MATTHEW, M EL-GOMATI AND SP TEAR
Quantitative interpretation of the low-loss electron signal
Surf. Sci. 601 1804-1812 (2007) (9 pages)

R. T. MENNICKE, J. A. D. MATTHEW, AND S. M. THOMPSON.
Correlation of giant magnetoresistance with infrared magnetorefractive spectra.
IEEE TRANSACTIONS ON MAGNETICS 42(10), 2627-2629, October 2006).

S. M. STIRK, S. M. THOMPSON, R. T. MENNICKE, J. A. D. MATTHEW, AND A. F. LEE.
Remote two-dimensional imaging of giant magnetoresistance with spatial resolution.
APPLIED PHYSICS LETTERS 88(2), 022502, January 2006).

R. T. MENNICKE, D. BOZEC, V. G. KRAVETS, M. VOPSAROIU, J. A. D. MATTHEW, AND S. M. THOMPSON.
Modelling the magneto refractive effect in giant magnetoresistive granular and layered materials.
JOURNAL OF MAGNETISM AND MAGNETIC MATERIALS 303(1), 92-110, August 2006).

S. M. STIRK, A. J. VICK, S. M. THOMPSON, J. A. D. MATTHEW, AND A. F. LEE.
Remote two-dimensional imaging of giant magnetoresistance in a synthetic spin valve with spatial resolution.
JOURNAL OF APPLIED PHYSICS 99(8), 08T101, April 2006).

Q LI, D GREIG, SH KILCOYNE, PJ HINE, JAD MATTHEW AND G BEAMSON
Properties of the quaternary amorphous alloy Pd40Ni40B10P10
Mater. Sci. Eng. A-Struct. Mater. Prop. Microstruct. Process. 408 154-157 (2005) (4 pages)

Y. X. LU, J. S. CLAYDON, E. AHMAD, Y. B. XU, M. ALI, B. J. HICKEY, S. M.
THOMPSON, J. A. D. MATTHEW, AND K. WILSON.
Hybrid fe3o4/gaas(100) structure for spintronics.
JOURNAL OF APPLIED PHYSICS 97(10), 10C313, May 2005).

Q. LI, D. GREIG, J. A. D. MATTHEW, T. H. SHEN, AND G. BEAMSON.
Auger parameters of ternary pd-ni-p amorphous alloys.
PHILOSOPHICAL MAGAZINE 85(8), 885-893, March 2005).

S. M. STIRK, S. M. THOMPSON, AND J. A. D. MATTHEW.
Emissivitya remote sensor of giant magnetoresistance.
APPLIED PHYSICS LETTERS 86(10), 102505, March 2005).

M. SPANGENBERG, J. R. NEAL, T. H. SHEN, S. A. MORTON, J. G. TOBIN, G. D.
WADDILL, J. A. D. MATTHEW, D. GREIG, A. E. R. MALINS, E. A. SEDDON, AND M. HOPKINSON.
Observation of a low curie temperature ferromagnetic phase of ultrathin epitaxial fe films on gaas(001).
JOURNAL OF MAGNETISM AND MAGNETIC MATERIALS 292, 241-247, April 2005).

M. VOPSAROIU, J. A. D. MATTHEW, AND S. M. THOMPSON.
A new experimental design for noncontact giant magnetoresistance measurements using the magnetorefractive effect.
REVIEW OF SCIENTIFIC INSTRUMENTS 75(10), 3127-3130, October 2004).

R. F. C. MARQUES, P. R. ABERNETHY, J. A. D. MATTHEW, C. O. PAIVA-SANTOSA, L. PERAZOLLI, M. JAFELICCI, AND S. M. THOMPSON.
Contactless measurement of colossal magnetoresistance in la1-xsrxmno3 using the infrared magnetorefractive effect.
JOURNAL OF MAGNETISM AND MAGNETIC MATERIALS 272-76, 1740-1741, May 2004).

N. T. GORHAM, R. C. WOODWARD, T. G. ST PIERRE, R. L. STAMPS, M. J. WALKER, D. GREIG, AND J. A. D. MATTHEW.
Experimental determination of levy flight distributions of the energy barriers in spin glasses.
JOURNAL OF APPLIED PHYSICS 95(11), 6983-6985, June 2004).

M. VOPSAROIU, D. BOZEC, J. A. D. MATTHEW, S. M. THOMPSON, C. H. MARROWS, AND M. PEREZ.
Contactless magnetoresistance studies of co/cu multilayers using the infrared magnetorefractive effect.
PHYSICAL REVIEW B 70(21), 214423, December 2004).

M. VOPSAROIU, J. A. D. MATTHEW, K. A. MCNEILL, AND S. M. THOMPSON.
Noncontact gmr measurements of synthetic spin valves using ir reflection spectroscopy.
IEEE TRANSACTIONS ON MAGNETICS 39(5), 2830-2832, September 2003).

T. ZHANG, T. H. SHEN, D. GREIG, J. A. D. MATTHEW, AND M. HOPKINSON.
A ballistic electron emission microscopy study of ferromagnetic thin films embedded in au/gaas(100).
JOURNAL OF PHYSICS-CONDENSED MATTER 15(38), 6485-6492, October 2003).

R. J. BAXTER, D. G. PETTIFOR, E. Y. TSYMBAL, D. BOZEC, J. A. D. MATTHEW, AND S. M. THOMPSON.
Importance of the interband contribution to the magneto-refractive effect in co/cu multilayers.
JOURNAL OF PHYSICS-CONDENSED MATTER 15(45), L695-L702, November 2003).

M. L. ABEL, P. TSAKIROPOULOS, J. F. WATTS, AND J. A. D. MATTHEW.
Free-electron metal alloys, a study by high-energy xps.
SURFACE AND INTERFACE ANALYSIS 33(10-11), 775-780 (2002).

T. ZHANG, M. SPANGENBERG, N. TAKAHASHI, T. H. SHEN, D. GREIG, J. A. D. MATTHEW, AND E. A. SEDDON.
A photoernission study, the influence of heating process and au buffer layers on the fe/gaas(1 0 0) structure (vol 191, pg 211 (2002).
APPLIED SURFACE SCIENCE 200(1-4), 248-248, November 2002).

D. BOZEC, V. G. KRAVETS, J. A. D. MATTHEW, S. M. THOMPSON, AND A. F. KRAVETS.
Infrared reflectance and magnetorefractive effects in metal-insulator cofe-al2o3 granular films.
JOURNAL OF APPLIED PHYSICS 91(10), 8795-8797, May 2002).

V. G. KRAVETS, D. BOZEC, J. A. D. MATTHEW, AND S. M. THOMPSON.
Calculation of the magnetorefractive effect in giant magnetoresistive granular films.
JOURNAL OF APPLIED PHYSICS 91(10), 8587-8589, May 2002).

T. ZHANG, M. SPANGENBERG, N. TAKAHASHI, T. H. SHEN, D. GREIG, J. A. D. MATTHEW, AND E. A. SEDDON.
A photoemission study, the influence of heating process and au buffer layers on the fe/gaas(100) structure.
APPLIED SURFACE SCIENCE 191(1-4), 211-217, May 2002).

T. MITCHELL, S. DIPLAS, P. TSAKIROPOULOS, J. F. WATTS, AND J. A. D. MATTHEW.
Study of alloying behaviour in metastable mg-ti solid solutions using auger parameter measurements and charge-transfer calculations.
PHILOSOPHICAL MAGAZINE A-PHYSICS OF CONDENSED MATTER STRUCTURE DEFECTS AND MECHANICAL PROPERTIES 82(4), 841-855, March 2002).

T. ZHANG, N. TAKAHASHI, M. SPANGENBERG, T. H. SHEN, E. A. SEDDON, D. GREIG, AND J. A. D. MATTHEW.
Magnetism of ultrathin fe films on gaas(100) investigated by photoelectron spectroscopy.
APPLIED SURFACE SCIENCE 193(1-4), 217-223, June 2002).

V. G. KRAVETS, D. BOZEC, J. A. D. MATTHEW, S. M. THOMPSON, H. MENARD, A. B.
HORN, AND A. F. KRAVETS.
Correlation between the magnetorefractive effect, giant magneto resistance, and optical properties of co-ag granular magnetic films.
PHYSICAL REVIEW B 65(5), 054415, February 2002).

M. L. ABEL, P. TSAKIROPOULOS, J. F. WATTS, AND J. A. D. MATTHEW.
Auger parameter studies of aluminium-transition metal alloys.
SURFACE AND INTERFACE ANALYSIS 34(1), 360-364, August 2002).

N. TAKAHASHI, T. ZHANG, M. SPANGENBERG, D. GREIG, T. H. SHEN, S. CORNELIUS, E. A. SEDDON, AND J. A. D. MATTHEW.
Spin-resolved photoelectron spectroscopy of ultrathin fe films on gaas(001).
SURFACE REVIEW AND LETTERS 9(2), 693-698, April 2002).

T. ZHANG, M. SPANGENBERG, D. GREIG, N. TAKAHASHI, T. H. SHEN, J. A. D. MATTHEW, S. CORNELIUS, M. RENDALL, AND E. A. SEDDON.
Ultrathin epitaxial fe films on vicinal gaas(001), A study by spin-resolved photoelectron spectroscopy.
APPLIED PHYSICS LETTERS 78(7), 961-963, February 2001).

S. DIPLAS, J. F. WATTS, P. TSAKIROPOULOS, G. SHAO, G. BEAMSON, AND J. A. D.
Matthew.
X-ray photoelectron spectroscopy studies of ti-al and ti-al-v alloys using crk beta radiation.
SURFACE AND INTERFACE ANALYSIS 31(8), 734-744, August 2001).
 

Jim Matthew

Summary of expertise

  • Electron loss spectroscopy
  • Magnetic Materials