No |
Authors |
Title |
Journal |
1 |
U Bangert, P Charsley, R Dixon, DA Faux, PJ Goodhew,A Harvey, KP
Homewood, M Emeny & CR Whitehouse |
Strain transfer between GaAs/InGaAs strained layers |
Proc Microscopy of Semiconducting Materials, Oxford 1989,IoP Conf
Ser Vol 100, 287-291 (1989) |
2 |
PJ Goodhew, R Dixon, A Colclough, KP Homewood, M Emeny & CR
Whitehouse |
Plan view microscopy of strained layer superlattices |
Proc Microscopy of Semiconducting Materials, Oxford 1989,IoP Conf
Ser Vol 100, 325-330 (1989) |
3 |
R H Dixon, P Kidd, PJ Goodhew, MT Emeny & CR Whitehouse |
The structure of strained-layer wells in InGaAs/GaAs |
Proc EMAG 89, IoP Conf Series Vol 98, 407-410 (1990) |
4 |
U Bangert, P Charsley, DA Faux, PJ Goodhew & AJ Harvey |
The use of diffraction contrast near heterostructure interfaces
todetermine the strain field |
Proc EMAG 89, IoP Conf Series Vol 98, 423-426 (1990) |
5 |
RH Dixon, P Kidd & PJ Goodhew |
Defect morphology in thick relaxed layers of InGaAs on GaAs |
Proc XII Int Cong EM, Seattle 4 668-9 (1990) |
6 |
RH Dixon & PJ Goodhew |
On the origin of misfit dislocations in InGaAs/GaAs strained layers |
J Appl Phys 68 3163-8 (1990) |
7 |
P Kightley, PJ Goodhew, RR Bradley & PD Augustus |
A mechanism of misfit dislocation reaction for GaInAs strained layers
grown on off-axis GaAs substrates |
J Cryst Growth 112 359-367 (1991) |
8 |
V Higgs, P Kightley, PJ Goodhew & PD Augustus |
Metal-induced dislocation nucleation for metastable SiGe/Si |
Appl Phys Lett 59 829-31 (1991) |
9 |
PJ Goodhew & P Kightley |
The creation of misfit dislocations: A study of InGaAs alloys on
GaAs substrates |
Evolution of thin-film and surface microstructure (MRS) 202 (1991)
501-506 |
10 |
P Kightley & PJ Goodhew |
Interfacial dislocation arrays for on and off-axis epitaxy of InGaAs |
Microscopy of Semiconducting Materials Inst Phys Conf Ser 117 (1991)
515-518 |
11 |
P Kightley, CJ Kiely & PJ Goodhew |
Contrast effects in strained layer InGaAs/GaAs superlattices |
Microscopy of Semiconducting Materials Inst Phys Conf Ser 117 (1991)
595-8 |
12 |
P Kightley, G Aragon-Herranz, PJ Goodhew & RC Pond |
Dislocation dipoles in strained InGaAs layers grown on GaAs |
Microscopy of Semiconducting Materials Inst Phys Conf Ser 117 (1991)
603-6 |
13 |
Z Jamal & PJ Goodhew |
Measurement of threading dislocation density in GaAs substrates
using a large area TEM technique |
Inst Phys Conf Series 119 (1991) 229-232 |
14 |
P Kightley, PJ Goodhew, PD Augustus & RR Bradley |
Observations of the solid phase epitaxial regrowth for GaAs/Si |
Proc MRS Fall Meeting 1991:Thin films: stress and mechanical properties
239 (1992) 443-448 |
15 |
P Kightley, V Higgs & PJ Goodhew |
The generation and optical activity of misfit dislocations by very
low level transition metal contamination of SiGe/Si |
Proc MRS Fall Meeting 1991:Thin films: stress and mechanical properties
239 (1992) 401-406 |
16 |
P Kightley, PJ Goodhew & R Beanland |
The interactions between misfit dislocations in InGaAs/GaAs interfaces |
Proc MRS Fall Meeting 1991:Thin films: stress and mechanical properties
239 (1992) 413-418 |
17 |
PJ Goodhew, T Farrell, R Beanland & P Kightley |
Defects in photo-assisted CBE-grown GaAs |
"The Physics of Semiconductors" Ed P Jiang & H-Z Zheng Vol 1,
578-581 (1992) 21st Int Conf Physics of Semiconductors, Beijing August
1992 |
18 |
YR Xing, CJ Kiely & PJ Goodhew |
GaAs grown on Si by chemical beam epitaxy |
Proc MRS Fall Meeting 1992 |
19 |
YR Xing, RW Devenish, TBF Joyce, CJ Kiely, TJ Bullough & PJ
Goodhew |
A high resolution transmission electron microscopy(HRTEM) study
of a GaAs/Si heterostructure grown by chemical beam epitaxy (CBE) |
Appl Phys Lett 60, 616-8 (1992) |
20 |
TBF Joyce, TJ Bullough, P Kightley, CJ Kiely, YR Xing & PJ Goodhew |
The CBE growth of GaAs/GaAs, GaAs/Si and AlGaAs/GaAs using TEG,
AsH3 and amine-alane precursors |
J Cryst Growth 120, 206-211 (1992) |
21 |
JV Armstrong, T Farrell, TB Joyce, P Kightley, TJ Bullough &
PJ Goodhew |
Monitoring real time CBE growth of GaAs and GaAlAs using dynamical
optical reflectivity |
J Cryst Growth 120 84-87 (1992) |
22 |
T Farrell, JV Armstrong, TB Joyce, P Kightley, TJ Bullough &
PJ Goodhew |
XeCl excimer laser assisted CBE growth of GaAs |
J Cryst Growth 120 395-398 (1992) |
23 |
D Sun, R Beanland, TBF Joyce, JV Armstrong, TJ Bullough & PJ
Goodhew |
Orientation and morphology of Al layers grown on GaAs by chemical
beam epitaxy |
J Cryst Growth 132 (1993) 592-598 |
24 |
YR Xing, Z Jamal, TBF Joyce, TJ Bullough & PJ Goodhew |
Growth of high quality gallium arsenide on HF-etched silicon (001)
by chemical beam epitaxy |
Appl Phys Lett 62 (1993) 1653-5 |
25 |
T Farrell, JV Armstrong, R Beanland, TJ Bullough, TB Joyce &
PJ Goodhew |
Microstructure of GaAs grown by excimer laser assisted chemical
beam epitaxy |
Semiconductor Science & Technology 8 (1993) 1112-1117 |
26 |
T Farrell, JV Armstrong, TJ Bullough, R Beanland, TB Joyce &
PJ Goodhew |
Surface morphology of photo-assisted chemical beam epitaxial growth
of GaAs |
J Cryst Growth 127 (1993) 148-151 |
27 |
DJ Dunstan, RH Dixon, P Kidd, LK Howard, VA Wilkinson,JD Lambkin,
C Jeynes, MP Halsall, D Lancefield, MT Emeny, PJ Goodhew, KP Homewood,
BJ Sealy & AR Adams |
Growth and characterization of relaxed epilayers of InGaAs on GaAs |
J Crystal Growth 126 (1993) 589-600 |
28 |
PJ Goodhew, R Beanland & T Farrell |
Defects in photo-assisted CBE-grown GaAs |
Proc MRS Fall Meeting 1992, Chemical perspectives of microelectronic
materials 282 (1993) 39-44 |
29 |
Z Jamal & PJ Goodhew |
Disordering of a short-period GaAs-AlGaAs superlattice by C diffusion |
Proc MRS Fall Meeting 1992,Chemical perspectives of microelectronic
materials 282 (1993) 145-150 |
30 |
RT Murray, CJ Kiely, PJ Goodhew & M Hopkinson |
Electron microscopy studies of InGaAlAs layers grown on InP (001)
by molecular beam epitaxy |
Proc EMAG 93, Inst Phys Conf Series 138 (1993) 309-312 |
31 |
R Beanland & PJ Goodhew |
Principles of the measurement of composition and strain in epitaxial
layers using convergent beam electron diffraction |
Proc EMAG 93 Inst Phys Conf Series 138 (1993) 179-182 |
32 |
Z Jamal & PJ Goodhew |
Interdiffusion enhancement in AlGaAs/GaAs superlattices in the presence
of carbon |
Defect-Interface Interactions, Ed E P Kvam et al (Proc MRS Fall
meeting 1993), 319 (1994) 105-110 |
33 |
Z Jamal & PJ Goodhew |
TEM studies of impurity-induced defects in GaAs grown by CBE |
Defect-Interface Interactions, Ed E P Kvam et al (Proc MRS Fall
meeting 1993), 319 (1994) 117-122 |
34 |
R Beanland, DJ Dunstan & PJ Goodhew |
Predicting relaxation in strained epitaxial layers |
Scanning Microscopy: Toronto, Canada, 8 (1994) 859-868 |
35 |
G MacPherson, R Beanland, PJ Goodhew, P Kidd, A Sacedon, F Gonzalez,
L Gonzalez & Y Gonzalez |
A study of the distribution of dislocation spacings in a strained
epitaxial interface |
Proc 13th Int Cong EM, Paris 1994, 2A (1994) 157-158 |
36 |
A Sacedon, MA Sanchez-Garcia, A L Alvarez, F Gonzalez-Sanz, E Calleja,
R Beanland, G MacPherson, PJ Goodhew, D Araujo, R Garcia, D J Dunstan
& P Kidd |
Relaxation behaviour of InGaAs layers grown by MBE on GaAs substrates |
Barcelona Semiconductor Materials conference, 1994 |
37 |
A Sacedon, F Calle, AL Alvarez, E Calleja, E Munoz, R Beanland &
PJ Goodhew |
Relaxation of InGaAs layers grown on (111)B GaAs |
Appl Phys Lett 65 (1994) 1-4 |
38 |
PJ Goodhew |
Dislocation behaviour at heterointerfaces in III-V semiconductors |
J Phys Chem Solids, 55 (1994) 1107-1114 |
39 |
G MacPherson, R Beanland, PJ Goodhew |
On the development of misfit dislocation distributions in strained
epitaxial layer interfaces |
Scripta Met & Mat 33 (1995) 123-128 |
40 |
R Beanland, M Aindow, TB Joyce, P Kidd, M Lourenco & PJ Goodhew |
A study of surface cross-hatch and misfit dislocation structure
in In0.15Ga0.85As/GaAs grown by chemical beam
epitaxy |
J Cryst Growth 149 (1995) 1-11 |
41 |
R Beanland & PJ Goodhew |
Comment on "Multiplication of misfit dislocations in InxGa1-xAs/GaAs
heterostructures |
Submitted to Phil Mag Jan 1995 |
42 |
D S Schmool, T Farrell, J Rumberg, K Stahrenberg, W Richter, PJ
Goodhew & PT Weightman |
Dynamic Reflectance Anisotropy Spectroscopy Growth Studies of GaAs
(001) by Chemical Beam Epitaxy |
Submitted to ...(1995) |
43 |
TB Joyce, TL Pfeffer, TJ Bullough, G Petkos, PJ Goodhew & AC
Jones |
The use of diethylsulphide for the doping of GaAs, AlGaAs and InGaAs
grown by chemical beam epitaxy |
J Cryst Growth 150 (1995) 644-648 |
44 |
G MacPherson, PJ Goodhew & R Beanland |
A model for the distribution of misfit dislocations near epitaxial
layer interfaces |
Phil Mag 72 (1995) 1531-1545 |
45 |
G Macpherson, R Beanland & PJ Goodhew |
A novel design method for the suppression of edge dislocation formation
in step-graded InGaAs/GaAs layers |
Phil Mag 73 (1995) 1439-1450 |
46 |
G Macpherson , R Beanland & PJ Goodhew |
The possibility of low edge dislocation densities in InGaAs/GaAs
step-graded layers |
9th Int Conf Microscopy of Semiconducting Materials" Oxford March
1995, Inst Phys Conf Ser 146 (1996) 215-218 |
47 |
RT Murray, CJ Kiely, M Hopkinson & PJ Goodhew |
Crack formation in tensile strained III-V epilayers grown on (001)
InP substrates |
9th Int Conf Microscopy of Semiconducting Materials" Oxford March
1995, Inst Phys Conf Ser 146 (1996) 207-210 |
48 |
G Macpherson , S Sajip & PJ Goodhew |
An AFM and TEM study of InGaAs/GaAs step-graded layers grown by
a novel design method for the reduction of edge dislocation densities |
Proc EMAG 95, Inst Phys Conf Ser 147 (1995) 243-246 |
49 |
G Macpherson & PJ Goodhew |
Analysis of the distribution of misfit dislocations in InGaAs/GaAs
single layers |
Proc EMAG 95, Inst Phys Conf Ser 147 (1995) 381-384 |
50 |
RT Murray, CJ Kiely, PJ Goodhew and M Hopkinson |
Composition fluctuations in strained InGaAlAs layers grown on (001)
InP |
Proc EMAG 95, IoP Conf Ser 147 (1995) 373-376 |
51 |
G MacPherson & PJ Goodhew |
Low edge dislocation densities in step-graded structures |
Electron Mic Soc of South Africa, Proceedings 25 (1995) 7 |
52 |
TB Joyce, SP Westwater, PJ Goodhew & RE Pritchard |
Growth of carbon-doped GaAs, AlGaAs and InGaAs by chemical beam
epitaxy and the applications of in-situ monitoring |
J Cryst Growth 164 (1995) 371-376 |
53 |
GM Petkos, PJ Goodhew & TB Joyce |
Sulphur doping of InGaAs using diethylsulphide (DES) |
J Cryst Growth 164 (1995) 415-419 |
54 |
G MacPherson & PJ Goodhew |
The possibility of GaAs substrates with ultra-low threading dislocation
densities |
Proc MRS Fall meeting 1996 in Defects and Interfaces in Lattice-Mismatched
Semiconductor Heterostructures |
55 |
EC Paloura, G Petkos, PJ Goodhew, B Theys & J Chevallier |
S-doped GaInAs grown by chemical beam epitaxy: electrical and structural
characterisation |
MRS Symp Proc Vol 442 (1997)523-528 |
56 |
G MacPherson & PJ Goodhew |
A refined model for threading dislocation filtering in InxGa1-xAs/GaAs
epitaxial layers |
MRS Fall meeting 1996 MRS Symp Proc 442 (1997) 473 |
57 |
R Beanland, DJ Dunstan & PJ Goodhew |
Plastic relaxation and relaxed buffer layers for semiconductor epitaxy.
Review |
Advances in Physics 45 (1996) 87-146 |
58 |
G MacPherson & PJ Goodhew |
A refined scheme for the reduction of threading dislocation densities
in InxGa1-xAs/ GaAs epitaxial layers |
J Appl Phys 80 (1996) 6706-6710 |
59 |
P Kidd, DJ Dunstan, HG Colson, MA Lourenco, A Sacedon,F Gonzalez-Sanz,
L Gonzalez Y Gonzalez, R Garcia, D Gonzalez, FJ Pacheco and PJ Goodhew |
Comparison of the crystalline quality of step-graded and continuously
graded InGaAs buffer layers |
J Cryst Growth 169 (1996) 649-659 |
60 |
PJ Goodhew & G MacPherson |
Dislocation behaviour in strained layer interfaces |
IoP Conf Series 157 (1997) 111-120 invited |
61 |
K Giannakopoulos & PJ Goodhew |
The role of misfit dislocations in the development of surface striations
in strained layers |
IOM Communications 703 (1998) 22-29 |
62 |
PJ Goodhew |
Dislocations in Strained Layer Interfaces |
TMS (1998) 97-106 |
63 |
G MacPherson & PJ Goodhew |
Dislocation blocking in InxGa1-xAs (x<0.2)
layers grown on GaAs substrates by strain sensitive etching with aqueous
CrO3-HF solutions |
Appl Phys Lett 70 (1997) 2873-2875 |
64 |
R Jothilingam, T Farrell, TB Joyce & PJ Goodhew |
Low temperature laser-assisted CBE growth of AlGaAs |
J Cryst Growth 188 (1998) 39-44 |
65 |
K Giannakopoulos & PJ Goodhew |
Striation development in CBE-grown vicinal plane InGaAs layers |
J Cryst Growth, 188 (1998) 26-31 |
66 |
PJ Goodhew & K Giannakopoulos |
Strain relaxation in III-V semiconductor heterostructures |
Micron 30 (1999) 59-64 |
67 |
PJ Goodhew & K Giannakopoulos |
Relaxation and surface morphology of heteroepitaxial layers grown
on vicinal plane substrates |
TMS, (1999) 131-138 |
68 |
R Jothilingam, T Farrell, TB Joyce, TJ Bullough & PJ Goodhew |
Comparison of in situ optical reflectance and post-growth characterisation
for quantitative composition and thicknesss determination of AlxGa1-xAs |
Vacuum, 53 (1999) 7-10 |
69 |
PJ Goodhew |
Dislocation blocking in strained layers grown on vicinal substrates
|
IOP Conf Ser 164 (1999) 275-278 |
70 |
HJ Davock, AJ Harvey & PJ Goodhew |
The Determination of the Composition of InAs Quantum Dots in a GaAs
matrix using STEM |
IOP Conf Ser 161 (1999) 613-616 |
71 |
PJ Goodhew |
A model of dislocation blocking and its application to the development
of misfit dislocation arrays |
Phil Mag A 80 (2000) 2099-2108 |
72 |
PJ Goodhew |
Strain Relaxation in Thin Films: The effect of dislocation blocking |
MRS Symp Proc Vol 594 (2000) 93-98 |
73 |
AJ Harvey, H Davock & PJ Goodhew |
High resolution analysis of embedded quantum dots |
MRS Symp Proc 583 (2000) 3-8 |
74 |
AJ Harvey, HJ Davock, A Dunbar, U Bangert & PJ Goodhew |
3-D compositional analysis of quantum dots |
J Phys D: Appl Phys 34 (2001) 636-644 |
75 |
D Zhi, HJ Davock, R Murray, C Roberts, TS Jones, DW Pashley, PJ
Goodhew & BA Joyce |
Quantitative compositional analysis of InAs/GaAs quantum dots by
STEM |
J Appl Phys 89 (2001) 2079-2083 |
76 |
PJ Goodhew |
Dislocation blocking in strained layers grown on vicinal substrates |
Inst Physics Conf Series 164 (1999) 275-278 |
77 |
D Zhi, M Wei, RE Dunin-Borkowski, PA Midgeley, TS Jones, BA Joyce,
PF Fewster, PJ Goodhew |
The effect of encapsulation on the morphology and chemical composition
of InAs/GaAs quantum dots grown by MBE |
Microelectronic Engineering 73-74 (2004) 604-609 |
78 |
AM Sanchez, M Gass, AL Papworth, PJ Goodhew, P Ruterana |
Nanoscale EELS analysis of InGaN/GaN heterostructures |
Phys Rev B 70 (2004) 035325 |
79 |
AM Sanchez, M Gass, AJ Papworth, P Ruterana, HK Cho, PJ Goodhew |
Indium fluctuations analysis inside InGaN quantum wells by STEM |
Inst Phys Conf Series 179 (2004) 131-134 |
80 |
D Zhi, PF Fewster, DW Pashley, BA Joyce, PJ Goodhew, TS Jones |
Determination of size, shape and composition of buried InAs/GaAs
quantum dots: STEM vs in-plane X-ray scattering |
Inst Phys Conf Series 180 (2003) 91-94 |
81 |
A.M. Sánchez, M. Gass, A.J. Papwort, P.J. Goodhew, P. Singh,
P. Ruterana, H.K. Cho, R.J. Cho and H.J. Lee |
V-defects and dislocations in InGaN/GaN heterostructures |
Thin Solid Films 479 (2005) 316-320 |
82 |
A M Sánchez, R Beanland, M H Gass, A J Papworth, P J Goodhew
& M Hopkinson |
Mapping quantum dot-in-well structures on the nanoscale using the
plasmon peak in electron energy loss spectra |
Phys Rev B 72, 075339 (2005) |
83 |
A M Sanchez, P Galindo, S Kret, M Falke, R Beanland & P J Goodhew |
An approach to the systematic distortion correction in aberration corrected HAADF images |
J Microscopy 221, (2006) 1-7 |
84 |
P Wang, A L Bleloch, U Falke & P J Goodhew |
Geometric aspects of lattice contrast visibility in nanocrystalline poly-si using HAADF STEM |
Ultramicroscopy 106, (2006) 277-283 |
85 |
A M Sanchez, A J Papworth, M H Gass, R Beanland & P J Goodhew |
Nanometer-scale strain measurements in semicondutors: an innovative approach using the plasmon peak in electron energy loss spectra |
Appl Phys Letters 88, 051917 (2006) |
86 |
A M Sanchez, P L Galindo, S Kret, M Falke, R Beanland & P J Goodhew |
Quantitative strain mapping applied to aberration-corrected HAADF images |
Microscopy and Microanalysis 12, (2006) 1-10 |
87 |
P Wang, A L Bleloch, M Falke, J Ng, Missous M, & P J Goodhew |
Direct measurement of composition of buried quantum dots using aberration- corrected STEM |
Appl Phys Letters 89, 072111 (2006) |