Publications
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64 |
The structure formed by the deposition of a sub-monolayer quantity of platinum onto Cu(110) investigated using medium energy ion scattering Surface Science accepted |
|
63 |
Stacking faults in ultra-thin films of silver on Al(111) investigated
by medium energy ion scattering Surface Science 604
(2010) 1658-1665 |
|
62 |
“Ultra-thin films and surface alloying of
Pd on Cu(111) investigated by medium energy ion
scattering” |
|
61 |
“Influence of ion assisted
deposition on interface broadening in Fe/Al multilayers
investigated by medium energy ion scattering“ |
|
60 |
“The ordered Heusler Alloy Pd2MnIn investigated by
Photoelectron Spectroscopy” |
|
59 |
“Energetic ion
bombarded Fe/Al multilayers” |
|
58 |
“Investigation of
the structure of ultra-thin films of Fe on Cu(111) using medium-energy ion
scattering”, |
|
57 |
“Normal incidence
standing wave analysis of the Cu(111)-(Ö3´Ö3)R30°Mn structure: Evidence for stacking faults
or large scale alloying?” |
|
56 |
“Pulsed LASER deposition of metallic multilayers:
the influence of laser power on microstructure” |
|
55 |
“Normal incidence x-ray standing wave study of Fe on Cu(111)” |
|
54 |
“Structure of ultrathin films of Mn on Cu(111) investigated by the normal-incidence x-ray
standing-wave method” |
|
53 |
“Investigation of the structure of ultra-thin films
of Co on Cu(111) using normal-incidence X-ray
standing wave and medium-energy ion scattering” |
|
52 |
''Pre-treatment of
Polystyrene Using a Mediated Electrochemical Method'' |
|
51 |
“EXAFS
investigation of the structure of Fe overlayers on Cu(111)” |
|
50 |
“A Structural Study
of the interaction of SO2 with Cu(111)” |
|
49 |
“Soft X-ray
photoemission from Heusler alloys” |
|
48 |
“Photoemission
studies of Pt3MnxCr1-x” |
|
47 |
“Exotic structures
on magnetic multilayers” |
|
46 |
“The Effect of
Energetic Ion Bombardment During Growth on the Interface Structure of Co/Cu Multilayers” |
|
45 |
“Modelling of
pulsed laser deposition of large area films” |
|
44 |
“Amorphous alloys
as secondary standards for electron spin polarimetry”
|
|
43 |
“The structure of
PF3 adsorbed on Cu(111)” |
|
42 |
“Microstructural modification in Co/Cu multilayers
prepared by low energy ion-assisted deposition” |
|
41 |
“Evidence of
roughness distributions and interface smoothing in Co/Cu multilayers
deposited under energetic particle bombardment” |
|
40 |
“Photoelectron
spectroscopy of manganese based Heusler alloys” |
|
39 |
“A simple method
for the control of substrate ion fluxes using an unbalanced magnetron” |
|
38 |
“Microstructural Modification in Co/Cu Multilayers
Prepared Under Energetic Ion-Bombardment” |
|
37 |
“Experimental
Determination of the Pt 5d and V 3d partial density of states in the
intermetallic compound Pt3V” |
|
36 |
“Investigation of
the Electronic Structure of Intermetallic Compounds Utilising Synchrotron
Radiation” |
|
35 |
“Experimental
determination of the partial density of states for the binary alloys Pt3V
and Pt3Mn” |
|
34 |
“A photoemission
investigation of the valence band electronic structure of Pd2TiIn
and Pd2TiSn” |
|
33 |
“A study of the Cu2MnAl
Heusler alloy using ultraviolet photoemission
spectroscopy” |
|
32 |
“The experimental
density of states of Pd 4d and Ti 3d in the intermetallic compound Pd2TiAl”
|
|
31 |
“Photoemission
studies of the Pt3Cr(110) surface” |
|
30 |
“Ultraviolet
Photoemission Studies of Pd2TiAl Heusler
Alloy” |
|
29 |
“The Discovery of
Weak Metallic Ferromagnetism with a High Curie Temperature” |
|
28 |
“The Measurement of
the Intensity Profile of an Electron Gun using Modulation Techniques” |
|
27 |
“Studies of the
Electronic Structure of the Ferrimagnetic Alloy Pt3Cr
using |
|
26 |
“Photoemission
Studies of the Pt3Cr Surface” |
|
25 |
“Surface Studies of
the Ferrimagnetic Alloy Pt3Cr” |
|
24 |
“X-ray Absorption
Fine Structure Studies of Surfaces” |
|
23 |
“The Effect of
Oxygen Flooding on the Secondary Ion Yield of Cs in the Cameca
IMS 3f” |
|
22 |
“Quantitative SIMS
of III-V Compounds of Graded Composition Without the Use of Standards” |
|
21 |
“Intramolecular and Multiple Scattering in SEXAFS of an
Adsorbed Small Molecule” |
|
20 |
“A Simple Parallel Isochromat Detector for Inverse Photoemission” |
|
19 |
“A Simple X-ray
Standing Wave Technique for Surface-Structure Determination - Theory and
Application” |
|
18 |
“A Simple X-ray
Standing Wave Technique for Surface Structure Determination - Theory and
Application” |
|
17 |
“X-ray Absorption
Fine Structure Study of Mercaptide on Cu(111)” |
|
16 |
“A Mercaptide Intermediate on Cu(111)”
|
|
15 |
“Adsorption Site Identification
in Surface Extended X-ray Absorption Fine Structure” |
|
14 |
“The Structure of Formate on Cu(100) and Cu(110)
Surfaces” |
|
13 |
“Simple X-ray
Standing Wave Technique and Its Application to the Investigation of the Cu(111) (Ö3xÖ3)R30°-Cl
Structure” |
|
12 |
“NEXAFS from
Adsorbed Molecules: Ethanol and Ethoxy on Cu(110)” |
|
11 |
“Investigation of
the Cu(111) (Ö3xÖ3)R30°-Cl
Structure using SEXAFS and Photoelectron Diffraction” |
|
10 |
“A SEXAFS Study of Several
Surface Phases of Iodine Adsorption on Ni(100) II:
The Breakdown of Fourier Filtering Single Shell Analysis” |
|
9 |
“A SEXAFS Study of
Several Phases of Iodine Adsorption on Ni(100) I:
Multi-shell Simulation Analysis” |
|
8 |
“The Structure of
the Cu(111) (Ö3xÖ3)R30°-Cl
Surface: A Combined SEXAFS and Photoelectron Diffraction Study” |
|
7 |
“The Adsorption Site
of Formate (HCOO) on Copper Surfaces” |
|
6 |
“Normal Versus
Anomalous Formate-Copper Surface Bonding and the
Application of X-ray Absorption Fine Structure Studies to Molecular
Adsorption” |
|
5 |
“Complete
Adsorption Site Information for Cl on Cu(111) Using X-ray Absorption Fine Structure and
Photoelectron Diffraction” |
|
4 |
“Determination of the
Adsorption Structure for Formate on Cu(110) Using SEXAFS and NEXAFS” |
|
3 |
“A Surface EXAFS
Study of a Surface Iodide Phase on Ni(100)” |
|
2 |
“Structure
Determination of the Formate Intermediate on Cu(110) by Use of X-ray Absorption Fine Structure
Measurements” |
|
1 |
“A SEXAFS Study of
Iodine on Ni(100): The Surface Iodide Phase” |
Research
Grants
|
37 |
6/10-6/11 Access to the Nanoprobe instrument
at LENFF |
|
36 |
1/10-6/10 “Ultra-thin films of the ferromagnetic shape
memory alloy FePd“ STFC MAP27-12 EPSRC EP/E003370//1 five days access to UK National MEIS |
|
35 |
1/10-6/10 “Depth profiling of magnetic films“ STFC
MAP27-06 EPSRC EP/E003370//1 two days access to UK National MEIS |
|
34 |
|
|
33 |
1/09-6/09 “Ultra-thin films of Pt3Mn on Fe(001) “STFC MAP25-07
EPSRC EP/E003370//1 five days access to UK National MEIS Facility plus five
days preparation |
|
32 |
7/08-12/08 “Investigation of relaxation in Fe(001) surface induced by
1 ML of Pt “STFC MAP24-02 EPSRC EP/E003370//1 five days access to UK National
MEIS Facility plus five days preparation |
|
31 |
7/07-12/07 “Surface alloying of Mn with
Al(111)“ STFC MAP22-10 EPSRC EP/E003370//1 five days access to UK National
MEIS Facility plus five days preparation |
|
30 |
8/03-7/05 "Knowledge Transfer Partnership
between |
|
29 |
4/02-3/06 "Medium energy ion scattering studies
of surface and near surface structure and composition with atomic
resolution" with TS Turner, CJ Baddeley, PR Chalker, C Jeynes, CF
McConville, B Sealy, P Skeldon, SP Tear, GE
Thompson, JA van den Berg and DP Woodruff EPSRC GR/R88809/01 |
|
28 |
4/02-3/03 “Raman
spectroscopy of diamond like carbon” ARI (EU)81 3 days Raman Access |
|
27 |
10/1-9/02 “Raman spectroscopy of diamond like
carbon” ARI (EU)63 3 days Raman Access |
|
26 |
1/01-12/02 "Teaching Company Scheme between |
|
25 |
10/00-3/01 “Modification
of metal-metal interfaces using ion assisted magnetron deposition” CLRC 36046
2 days SRS Access |
|
24 |
9/98-3/99
“Photoemission investigation of surface alloys of Cu and Mn”
CLRC 32225 7 days SRS Access |
|
23 |
9/98-3/99 “ |
|
22 |
4/97-9/97
“Photoemission studies of Pt3MnxCr1-x” CLRC
29416 7 days SRS Access |
|
21 |
4/97-9/97
“Photoemission studies of Pt3MnxCr1-x” CLRC
29234 13 days SRS Access |
|
20 |
1/97-3/00 “Display
Technology |
|
19 |
11/96-8/98
“Teaching Company Scheme between |
|
18 |
7/96-3/97 “A
further investigation of layered structure in Co/Cu multilayers
prepared under low-energy ion irradiation” CLRC 28169 8 days SRS Access |
|
17 |
7/96-3/97 “Investigation of the band structure of Co2MnSn”
CLRC 28155 11 days SRS Access |
|
16 |
7/96-3/97 “Photoemission investigation of the 3d
band of V in VPt3” CLRC 28077 14 days SRS Access |
|
15 |
7/96-3/97 “Resonance photoemission studies of VPt3”
CLRC 28076 12 days SRS Access |
|
14 |
7/96-3/97 “Experimental determination of the partial
density of states of the Pd and Mn d bands in
Pd2MnIn” CLRC 28039 12 days SRS Access |
|
13 |
3/96-11/99 “Enhanced Magneto-resistive Materials
using Pulsed LASER Deposition” with M Petty, D |
|
12 |
1/96-6/96
“Photoemission investigation of Pd2MnIn” CLRC 27/462 11 days SRS
Access |
|
11 |
1/96-6/96 “An investigation of layer structure in
Co/Cu multilayers deposited under low-energy ion
irradiation” CLRC 27/325 6 days SRS
Access |
|
10 |
1/96-6/96 “Spin resolved photoemission measurements
on the Pt3Cr surface” CLRC 27/297 22 days SRS Access |
|
9 |
7/95-12/95
“Photoemission studies of ternary alloys” CLRC 26/408 8 days SRS Access |
|
8 |
7/95-12/95 “Spin resolved
photoemission studies of Pt3Cr” CLRC 26/192 14 days SRS Access |
|
7 |
1/95-6/95
“Photoemission studies of the ordered
intermetallic compounds Pd2TiX” DRAL 25/170 39 shifts SRS Access |
|
6 |
1/94-6/94 “Surface EXAFS
and NIXSW study of Co and Fe interaction with noble metal surfaces” SERC 23/120 63 shifts SRS Access |
|
5 |
1/94-6/94
“Photoemission studies of the d-bands of the intermetallic compounds Pd2TiX”
SERC 23/119 45 shifts SRS Access |
|
4 |
7/94-12/97 “Magnetic
Nanoprobe Microscopy” with M Petty, K R A Ziebeck, K-U Neumann LINK (DTI & Oxford Instrument
Ltd) NPT 64/039 £557,471 £114,620 |
|
3 |
4/90-9/93 “Angle
Resolved Photoemission from Magnetic Materials” with K R A Ziebeck, K-U Neumann SERC GR/F49040
336 Shifts SRS Access £64,186 |
|
2 |
2/90-2/93
“Unoccupied Electronic Structure of Ultra-Thin Films” SERC GR/F49063
£42,565 |
|
1 |
4/89-3/92 “High
Precision Chemical Analysis for Future Silicon Materials/Devices” with D |