Publications List Roger Webb

1975-1980
1980-1985
1985-1990
1990-1995
1995-2000
2000-

1975-1980

  1. The Effect of Vacuum System Time Constants on Thermal Desorption Spectra. R.P.Webb, S.E.Donnelly and D.G.Armour, Vacuum 27(9), (1977), 1.
  2. Ion Bombardment Induced Evolution of Inert Gases Trapped in Solids. S.E.Donnelly, R.P.Webb, D.G.Armour and G.Carter, Proc. 7th Int. Conf. on Atomic Collisions in Solids, Moscow (1977).
  3. Energy Spike Generation and Quenching Processes in Ion Bombardment Induced Amorphisation of Solids. G.Carter, D.G.Armour, S.E.Donnelly and R.P.Webb, Radiation Effects 36, (1978), 1.
  4. The Accumulation of Disorder, Subject to Saturation and Sputter Limitation, in Ion Irradiated Solids. G.Carter, R.P.Webb and R.Collins, Radiation Effects 37, (1978), 21.
  5. Recoil Implantation from a Thick Film Source. G.Fischer, G.Carter and R.P.Webb, Radiation Effects 38, (1978), 41.
  6. The Infuence of Non-Uniform Incident Flux Upon Surface Erosion Processes. G.Carter, M.J.Nobes, K.I.Arshak, R.P.Webb, D.Evanson, B.D.L.Eghawary, J.H.Williamson, Journal of Materials Science 14, (1979), 728.
  7. The Influence of Preferential Enhanced Diffusion On Composition Changes in Sputtered Binary Alloys. R.P.Webb, G.Carter and R.Collins, Radiation Effects 39, (1978), 129.
  8. The Influence of Incident Flux Dependent Radiation Enhanced Diffusion on Composition Changes in Sputtered Binary Solids. G.Carter, R.P.Webb, R.Collins and D.A.Thompson, Radiation Effects 40, (1979), 119.
  9. The Accumulation of Amorphousness as a Function of Irradiation Fluence in a Composite Model of Disorder Production. G.Carter and R.P.Webb, Radiation Effects Letters 43, (1979), 19.
  10. Difficulties in Deducing Disordering Mechanisms From Experimental Studies of Disorder Ion Fluence Functions in Ion Irradiation of Semiconductors. R.P.Webb and G.Carter, Radiation Effects 42, (1979), 159.
  11. On the Surface Normal Energy Distribution of Sputtered Recoils. G.Carter, R.P.Webb, G.Fischer, S.Dzobia and R.Kelly, Radiation Effects 45, (1979), 45.
  12. Implant Ion Collection in the Presence of Radiation Enhanced Diffusion and Preferential Sputtering of the Implant. G.Carter, R.P.Webb and R.Collins, Radiation Effects 43, (1979), 125.
  13. Simplified Models for Surface Hyperchannelling. I.N.Evdokimov, R.P.Webb, D.G.Armour and D.Karpuzov, Radiation Effects 42, (1979), 83.
  14. On the Difficulties in Interpreting Thermal Evolution Spectra. S.E.Donnelly, D.C.Ingram, R.P.Webb and D.G.Armour, Vacuum 29(8/9), (1979), 303.
  15. Diffusion Approximations to Cascade Mixing. G.Carter, D.G.Armour, D.C.Ingram, R.P.Webb and R.Newcombe, Radiation Effects Letters 43, (1979), 233.

1980-1985

  1. The Development of Surface Morphology During Sputtering with Spatially Non-Uniform Beams. M.J.Nobes, R.P.Webb, G.Carter and J.L.Whitton, Radiation Effects Letters 50, (1980), 133.
  1. The Injection of Inert Gas Ions into Solids: Their Trapping and Escape. G.Carter, D.G.Armour, S.E.Donnelly, D.C.Ingram and R.P.Webb, Radiation Effects53, (1980), 143.
  2. Interface Broadening During Ion Plating. D.G.Armour, G.Carter, R.P.Webb, D.C.Ingram and R.Newcombe, Radiation Effects Letters 50, (1980), 45
  3. On the Validity of the Continuous Potential Approximation for the Description of Surface Hyperchannelling Effects. I.N.Evdokimov, R.P.Webb and D.G.Armour, Radiation Effects Letters 58(1-2), (1981), 59.
  4. Ion Bombardment Induced Interface Mixing in the Ag-Si System N.P.Tognetti, R.P.Webb, C.E.Christodulides, D.G.Armour and G.Carter, Nuclear Instruments and Methods 182/183, (1981), 107.
  5. Evidence for Ion Induced Hypersonic Shock Waves from Computer Simulations of Argon Bombardment of Copper. R.P.Webb and D.E.Harrison, Jr., Applied Physics Letters 39(4), (1981), 311.
  6. The Effects of Annealing Upon the Accumulation of Amorphousness in a Composite Model of Disorder Production. R.P.Webb and G.Carter, Radiation Effects 59, (1981), 69.
  7. A Molecular Dynamics Simulation Study of the Influence of the Lattice Atom Potential Function Upon Atom Ejection Processes. D.E.Harrison, Jr. and R.Webb, Journal of Applied Physics 53(6), (1982), 4193.
  8. Near Threshold Sputtering Mechanisms from a Computer Simulation of Argon Bombarded Clean and Oxygen Reacted Copper Single Crystals. R.P.Webb and D.E.Harrison Jr., Journal of Applied Physics 53(7), (1982), 5243.
  9. Helium Ion Bombardment of Thin Aluminium Films. S.E.Donnelly, K.M.Barfoot, R.P.Webb, F.Bodart and R.Werz, Thin Solid Films 94, (1982), 289.
  10. Computer Simulation of Pit Formation in Metals by Ion Bombardment. R.P.Webb and D.E.Harrison, Jr., Physical Review Letters 50(19), (1983) 1478.
  11. The Formation of Target Adatoms During the Quenching of an Energetic Ion Induced Cascade in a Crystalline Metal Surface. R.P.Webb and D.E.Harrison, Jr., Radiation Effects Letters 86(1), (1983), 15.
  12. Bombardment Induced Cascade Mixing and the Importance of Post-Cascade Relaxation. R.P.Webb and D.E.Harrison Jr., Nuclear Instruments and Methods 218, (1983), 697.
  13. The Creation of Surface Damage by Ion-Beam Bombardment. D.E.Harrison, Jr. and R.P.Webb, Nuclear Instruments and Methods 218, (1983), 727.
  14. A Computer Simulation of High Energy Density Cascades. R.P.Webb and D.E.Harrison, Jr., Nuclear Instruments and Methods B2, (1984), 660.
  15. A Molecular Dynamics Computer Simulation Study of the Damage Produced in Metal Target Surfaces During Ion Bombardment. D.E.Harrison, Jr., W.A.Mason and R.P.Webb (Proc. SIMS-IV meeting at Osaka, Japan)
  16. Computer-Simulated Energy and Angular Distributions of Sputtered Cu Atoms. M.H.Shapiro, P.K.Haff, T.A.Tombrello, D.E.Harrison, Jr. and R.P.Webb, Radiation Effects 89, (1985), 234.
  17. A Molecular Dynamics Computer Simulation of the Time Dependence of Surface Damage Production in Ion Irradiated Metal Targets. R.P.Webb and D.E.Harrison, Jr., Vacuum 34(10), (1985), 847.
  18. Particle Energy Loss Spectroscopy and SEM Studies of Topography Development in Thin Aluminium Films Implanted with High Doses of Helium. K.M.Barfoot, R.P.Webb and S.E.Donnelly, Vacuum 34(10), (1985), 825.
  19. On the Variation of the Sputtering Yield with Angle of Ion Incidence. I.H.Wilson, S.Chereckdjian and R.P.Webb, Nuclear Instruments and MethodsB7/8, (1985), 735.
  20. Observation of Microscopic Phase Transitions in Molecular Dynamics Simulations of Low Energy Ion Irradiation of Metals. R.P.Webb, D.E.Harrison, Jr. and K.M.Barfoot, Nuclear Instruments and Methods B7/8, (1985), 143.
  21. New Facilities for Ion Beam Surface Analysis at the University of Surrey. J.E.Mynard, C.Jeynes, J.Thornton, A.Way, R.P.Webb, P.L.F.Hemment and K.G.Stephens, Nuclear Instruments and Methods B6, (1985), 264.
  22. Recent Results of Molecular Dynamics Simulation of the Effects of Ion Impact on Solids. R.P.Webb and D.E.Harrison, Jr., Proc XII Summer School on the Physics of Ionised Gases (1984).

1985-1990

  1. The Effect of Incomplete Collision Cascades on the Angle of Incidence Behaviour of Interface Mixing. R.P.Webb and I.H.Wilson, MRS Proceedings - Editor F.Eisen - April (1985).
  2. Refractive Index Changes Formed by N+ Implants in Silica A.B.Faik, P.J. Chandler, P.Townsend and R.P.Webb, Radiation Effects 98, (1986), 233.
  3. The Computer Simulation Of Ion Induced Atomic Collision Cascades. R.P.Webb, M.M.Jakas and D.E.Harrison Jr., Nuclear Instruments and MethodsB15, (1986), 1.
  4. The Effect of Angle of Incidence on Interface Mixing. R.P.Webb, C.Jeynes and I.H.Wilson, Nuclear Instruments and Methods B13, (1986), 449.
  5. A Geometrical Treatment of Momentum Distribution in the Atomic Collision Cascade Applied to Sputtering Yield and Atomic Mixing. I.H.Wilson and R.P.Webb, Radiation Effects 99, (1986), 281.
  6. Lattice Disorder and Refractive Index Changes in LiNbO3 following Helium Implantation. K.M.Barfoot, S.A.M.Al-Chalabi, R.P.Webb and B.L.Weiss, Radiation Effects 98, (1986), 249.
  7. An Extension to the Projected Range ALgorithm (PRAL) to give Energy Deposition Profiles. R.P.Webb and I.H.Wilson, Simulation of Semiconductor Devices and Processes - Eds K,Board and D.R.J.Owen, Pineridge Press, Swansea, (1986).
  8. Luminescence Excited in SiO2 During Ion Implantation L.H.Abu-Hassan, P.D.Townsend and R.P.Webb, Nuclear Instruments and Methods B19/20, (1987), 1035.
  9. Cross-Sectional Transmission Electron Microscopy and Auger Electron Spectroscopy Studies of Primary Beam Damage at the Bottom of SIMS Craters Eroded in Si. P.D.Augustus, G.D.T. Spiller, M.G.Dowsett, P.Kightley, G.R.Thomas, R.P.Webb and E.A.Clark, Proc. SIMS VI, John Wiley & Sons(1988).
  10. The Effect of the Altered Layer Formed by Oxygen Ion Bombardment of Silicon on SIMS Depth Profiling. M.G.Dowsett, E.A.Clark, G.D.T.Spiller, P.D.August, G.R.Thomas and R.P.Webb, Proc. of the Annual Alvey Conference, 120,(1988).
  11. Geometric Structure of Ion-Induced Displacement Cascades in Solids R.P.Webb, A.Gras-Marti, I.H.Wilson, D.E.Harrison, Jr., E.Louis and F.Guinea, Physics Letters A 126(2), (1987), 136.
  12. Comparison of Fast Algorithms for Calculation Range Profiles in Layered Structures. R.P.Webb and E.Maydell, Nuclear Instruments and MethodsB33, (1988), 117
  13. Calculation of Scattering Angles in Trajectory Simulations. R.Kalsi and R.P.Webb, Nuclear Instruments and Methods B33, (1988), 530.
  14. The Production of Excess Interstitials by Pre-Amorphisation. J.Thornton, K.C.Paus, R.P.Webb, I.H.Wilson and G.R.Booker, Journal of Physics D: Applied Physics 21, (1988) 334.
  15. Predicted Dose, Energy and Implantation Temperature Effects on the Residual Disorder Following the Annealing of Pre-Amorphised Silicon. J.Thornton, R.P.Webb, I.H.Wilson and K.C.Paus, Semiconductor Science and Technology3, (1988), 281.
  16. Defects After Pre-Amorphisation and Annealing J.Thornton, K.C.Paus, R.P.Webb, A. Albu-Yaron, G.R.Booker and I.H.Wilson, Semiconductor Science and Technology (1988).
  17. The Altered Layer - Quantified. E.A.Clark, M.G.Dowsett, G.T.D.Spiller, P.D.Augustus, I.Sutherland, R.P.Webb and D.G.Armour, Surface and Interface Analysis, 221, (1988).
  18. In Situ Channelling Analysis During Thermal Annealing of 4He+ - Implanted LiNbO3 K.M.Barfoot, T.Laursen, J.L.Whitton, B.L.Weiss and R.P.Webb, Nuclear Instruments & Methods , (1989),
  19. Characterization of Shallow Junction Ion Implantation Profiles: Correlation Between a Noncontact Photodisplacement Thermal Wave Technique and Rutherford Backscattering Analysis. G.Crean, C.Jeynes, M.G.Somekh and R.P.Webb, Proc. 19th European Solid State Device Research Conference, Berlin, (1989).
  20. Observation of Swelling and Sputtering of a Silicon Target Under Argon Ion Irradiation Using a Double Marker Technique Z.H.Jafri, C.Jeynes, R.P.Webb and I.H.Wilson, Vacuum, 39(11/12), (1989), 1119.
  21. Mass Transport of Silicon During Argon Irradiation Employing a Double Marker System Z.H.Jafri, C.Jeynes, R.P.Webb and I.H.Wilson, Nuclear Instruments & Methods, B48, (1990), 457.
  22. Problems Using The Sigmund Formula For The Calculation of Sputtering Yields. R.P.Webb and I.H.Wilson, Vacuum, 39(11/12), (1989), 1163.
  23. The Redistribution of Arsenic and Germanium in the Altered Layer Formed During SIMS Analysis of Silicon M.G.Dowsett, C.Jeynes, E.A.Clarke, R.Webb and S.Newstead, Proc 7th Int Conf SIMS VII, (1989), 615.

1990-1995

  1. A Single Crystal Carbon Self-Sputtering Simulation R.Smith and R.P.Webb, Nuclear Instruments & Methods B59/60, (1991), 1378.
  2. Computer Codes & Simulation Background to Ion Implantation Distribution and Sputtering Programs R.P.Webb, Appendix 3 from "Practicle Surface Analysis Vol3" (Eds M.Seah and D.Briggs), 1991.
  3. Crystalline Ion Implantation Simulation R.P.Webb and N.J.Whitehead Proc 10th Int Conf on Ion Implantation and Ion Beam Equipment (Eds D.S. Karpuzov, I.V. Katardjiev & S.S.Todorov - World Scientific), 9, (1990).
  4. Long Range Channelling in Low Energy Ion Implantation into Silicon R.Smith and R.P.Webb, Philosophical Magazine Letters, 64(5), (1991) 253.
  5. SIMS Measurements of Ion Beam Mixing in Silver B.V.King and R.P.Webb Proc. SIMS VIII - John Wiley (1992).
  6. The Surey STM: Construction, Development and Evaluation of a Scanning Tunneling Microscope. A.Hammiche, Yu Wei, I.H.Wilson, & R.P.Webb, Review of Scientific Instruments, 62(12), (1991), 3010.
  7. Ion Beam Synthesis of Epitaxial CoSi2 layers K.J.Reeson, R.S.Spraggs, R.M.Gwilliam, R.P.Webb and B.J.Sealy, Vacuum 42(18) (1991) 1163.
  8. A Comparison of TRIM and Molecular Dynamics in Calculating the Backscattering Yield of Carbon Incident on Graphite. H.Bergsaker, F.Lama, R.Smith & R.P.Webb, Vacuum 44(3/4) (1993) 341.
  9. The Effect of Beam Divergence on Single Crystal Implant Profiles I.R.Chakarov and R.P.Webb, Vacuum 44(3/4) (1993) 325.
  10. Computational Models in Atomic Collision Studies, R.Smith and R.P.Webb, Nuclear Intstruments & Methods B67 (1992) 373.
  11. Calculation of Ion Mixing and Energy Deposition Using a Modified Version of TRIM B.V.King and R.P.Webb, Nuclear Instruments & MethodsB64 (1992) 724.
  12. Ion beam mixing of isotopic silver bilayers by 200 keV germanium B.V.King, C.Jeynes, R.P.Webb, J.A.Kilner, Nuclear Instruments and Methods, B80/81, (1993), 163-166.
  13. Computer Simulation of CAICISS of AlAs(001), I.R.Chakarov, B.V.King, R.P.Webb and R.Smith, Nuclear Instruments & Methods B67 (1992) 332.
  14. Dynamic Modelling of High Dose Oxygen Profiles in SIMOX Substrates U.Bussmann, P.L.F.Hemment, R.P.Webb and A.K.Robinson, Materials Science and Engineering B12 (1992) 73.
  15. The Effects of Ion Implantation on the Interdiffusion Coefficients in InxGa1-xAs/GaAs Quantum Well Structures. I.V.Bradley, W.P.Gillin, K.P.Homewood and R.P.Webb, Journal of Applied Physics, 73(4) (1993) 1686-1692.
  16. The Effect of Gallium Implantation On The Intermixing Of InGaAs/GaAs Strained Quantum Wells. W.P.Gillin, I.V.Bradley, K.P.Homewood and R.P.Webb, Solid State Communications, 85(3) (1993) 197.
  17. Atomic Collisions in Semiconductors. R.Smith and R.P.Webb, Radiation Effects & Defects in Solids 130/1 (1994) 433.
  18. Dependence of Substrate Orientation on the Synthesis of CoSi2 Layers Formed by Ion Implantation & Rapid Thermal Annealing R.M.Gwilliam, K.J.Reeson, R.P.Webb, R.S.Spraggs and B.J.Sealy, MRS Proc. Boston (1992).
  19. Energetic Fullerene Interactions with Graphite R.Smith and R.P.Webb, Proc. Royal Society London, series B 441 (1993) 495-499.
  20. The Simulation of Energetic Particle Collisions with Solids - a Visual Representation. R.P.Webb, R.Smith, E.Dawnkaski, B.Garrison, N,Winograd, International Video Journal of Engineering 3 (1993) 63.
  21. Non-Destructive Characterisation of SIMOX Structures Using Microscope-Spectro- photometry, R.M.Geatches, K.J.Reeson, A.Nejim, A.J.Criddle, P.J.Pearson, R.P.Webb, P.L.F.Hemment, Proc European Materials Research Society Spring Meeting, Strasbourg, France, (1994).
  22. Crystal - Binary Collision Simulation of Atomic Collisions and Dynamic Buildup in Crystalline Silicon, I.Chakarov, R.P.Webb, Radiation Effects & Defects in Solids, 130/131 (1994) 447.
  23. Characterisation of Quantum Well Structures Using Microscope-Spectrophotometry R.M.Geatches, K.J.Reeson, A.J.Criddle, M.S.Finney, M.A.Harry, R.P.Webb, P.J.Pearson, Proceedings Materials Research Society 316 (1994) 813.
  24. Characterisation of Ion Beam Synthesised Materials Using Microscope Spectrophotometry. R.M.Geatches, K.J.Reason, A.J.Criddle, P.J.Pearson, R.P.Webb, Proceedings Materials Research Society 324 (1994) 111.
  25. A Scanning Tunnelling Microscopy Observation of the Growth Evolution of Gold Films Evaporated on Highly Oriented Pyrolitic Graphite, A.Hammiche, R.P.Webb, I.H.Wilson, Journal Vacuum Science Technology B 12(3) (1994) 1413.
  26. A Scanning Tunnelling Microscopy Study of Thin Gold Films Evaporated on Silicon, A.Hammiche, R.P.Webb, I.H.Wilson, Vacuum 45(5) (1994) 569.
  27. Investigation of Oxygen-Ion Implantation in Niobium by Internal-Friction Technique and Computer Simulation, B.I.Medeuov, D.K.Daukeev, I.R.Chakarov, R.P.Webb, Vacuum 45(5) (1994), 583-586
  28. Oxygen Atom Interaction with Radiation Defects in Niobium Irradiated by He ions. B.I.Medeuov, D.K.Daukeev, R.P.Webb, Vacuum 45(5) (1994) 579-582
  29. Energetic Fullerene Interactions with Si Crystal Surfaces, K.Beardmore, R.Smith, R.P.Webb, Modelling Simulated Material Science Engineering 2 (1994) 313.
  30. Non-Destructive Characterisation of SIMOX Structures, R.M.Geatches, K.J.Reeson, A.J.Criddle, R.P.Webb, P.J.Pearson, P.L.F.Hemment, A.Nejim, Nuclear Instruments & Methods B84 (1994) 258
  31. Microscope Spectrophotometric Study of GaAs/AlGaAs MBE Structures, R.M.Geatches, K.J.Reeson, A.J.Criddle, R.P.Webb, P.J.Pearson, B.L.Weiss, Journal of Physics D 27 (1994) 1528
  32. Diffusion of Ion Beam Created Vacancies and their Effect on Intermixing: A Gambler's Ruin Approach, W.P.Gillin, A.C.Kimber, D.J.Dunstan, R.P.Webb, Journal of Applied Physics 76(6) (1994) 3367
  33. A Novel Combined Scanning Tunnelling/Scanning Force Microscope, A Hammiche, R.P.Webb, I.H.Wilson, Vacuum, 45(5) (1994) 575
  34. Transputers in a Distributed Data Collection System for MeV Ion Microbeam Analysis, R.M.A.Peel, D.K.Millen, C.Jeynes, R.P.Webb, Proceedings 17th Technical Meeting of the World Occam & Transputer User Group (1994) 87

1995-2000

  1. An Investigation of Collision Propogation in Energetic Ion Initiated Cascades in Copper, I.R.Chakarov, R.P.Webb, R.Smith, K.Beardmore, Nuclear Instruments & Methods, B102 (1995) 145
  2. A Molecular Dynamics Study of Energetic Particle Impacts on Carbon & Silicon, R.Smith, K.Beardmore, A.Gras-Marti, R.Kirchner, R.P.Webb, Nuclear Instruments & Methods, B102 (1995) 211
  3. The Computer Simulation of Energetic Particle-Solid Interactions, R.P.Webb, R.Smith, I.Chakarov, K.Beardmore, Nuclear Instruments & Methods, B112 (1996) 99
  4. Energetic Ion Impacts on Quartz Surfaces: A Study by Atomic Force Microscopy, I.H.Wilson, J.B.Xu, R.A.B.Devine and R.P.Webb, Nuclear Instruments & Methods B118, (1996) 473-477
  5. Laterally Resolved Crystalline Damage in Single Point Diamond Turned Silicon, C.Jeynes, K.E.Puttick, L.C.Whitmore, K.Gartner, A.E.Gee, D.K.Millen, R.P.Webb, R.M.A.Peel & B.J.Sealy, Nuclear Instruments & Methods, B118 (1996) 431-436
  6. A Comparison Between Fullerene and Single Atom Impacts on Graphite, R.P.Webb, M.Kerford, M.Kappes & G.Brauchle, Nuclear Instruments & Methods B122, (1997) 318-321
  7. Simple Cellular Models for Growth, R.P.Webb ,R.Smith, H.H. Al-Barwarni, I.H.Wilson, Radiation Effects and Defects in Solids 141, (1997) 211-222
  8. Simulation of Energetic Surface Impacts Involving Fullerenes, R.Smith and R.P.Webb, Applications of Accelerators in Research and Industry (eds. J.L.Duggan and I.L.Morgan) AIP Press New York, CP392, (1997) 515-517
  9. Characterisation of Large Area Silicon Surface Barrier Detectors, M.J.Stojanovic, P.Osmokrovic, F.Boreli, D.Novkovic, R.P.Webb, Thin Solid Films 296(1-2) (1997) 181-183
  10. Accurate RBS Measurements of the Indium Content of InGaAs Thin Films, C.Jeynes, Z.H.Jafari, R.P.Webb, M.J.Ashwin, Surface and Interface Analysis 25 (1997) 254-260
  11. Simulated Annealing Analysis of Rutherford Backscattering Data, N.P.Barradas, C.Jeynes, R.P.Webb, Appl. Phys. Lett. 71, (1997) 291-293
  12. Anomalous Diffusion of Ultra Low Energy Boron Implants in Silicon, R.P.Webb, M.A.Foad, R.M.Gwilliam, A.P.Knights, G.Thomas, MRS proceedings, 469 (1997) 59-63
  13. Atomic and Carrier Concentration of Ultra Low Energy Boron Implants in Si: Measurements and Simulation M.A.Foad, R.P.Webb, R.M.Gwilliam, A.P.Knights, G.Thomas, Proceedings of Fourth International Workshop on Ultra Shallow Junctions '97
  14. Atomic & Ion Collisions in Solids and at Surfaces R.Smith, M.Jakas, D.Ashworth, R.Oven, M.Bowyer, I.Chakarov, R.P.Webb, (Ed. R. Smith, Pub. Cambridge University Press) (1997)
  15. Influence of Dynamic Annealing on the Depth Distribution of Germanium Implanted in (100) Silicon At Elevated Temperatures A.Nejim, C.Jeynes, R.P.Webb, N.E.B.Cowern, C.J.Patel, MRS proceedings, 469 (1997) 387-393
  16. A Comparison Between Fullerene & Single Particle Impacts on Graphite R.P.Webb, M.Kerford, M.Kappes & G.Brauchle, Radiation Effects and Defects in Solids, 142 (1997) 23
  17. The Formation of Diamond Like Carbon Films due to Molecular Impacts on Graphite R.P.Webb, J.J.Jimenez-Rodriguez, M.Kerford and S.R.Silva, Diamond and Related Materials, 7 (1998) 1163-1166
  18. The RBS Data Furnace: Simulated Annealing. N.P. Barradas, P.K.Marriott , C.Jeynes, R.P.Webb, Nuclear Instruments and Methods, 136-8 (1998) 1157-1162
  19. Improved Ion Beam Analysis Facilities At The University of Surrey. C.Jeynes, N.P.Barradas, M.J.Blewett, R.P.Webb, Nuclear Instructions and Methods, 136-138, (1998) 1229-1234
  20. Ultrashallow Junctions in Si Using Decaborane? A Molecular Dynamics Simulation Study. R.Smith, M.Shaw, R.P.Webb, M.A.Foad, Journal of Applied Physics, 83(6), (1998) 3148-3152
  21. Formation of Shallow Junctions Using Decaborane Molecular Ion Implantation: Comparison with Molecular Dynamics Simulation. M.A.Foad, R.P.Webb, R.Smith, E.Jones, A.Al-Bayati, M.Lee, V.Agrawal, S.Banerjee, J.Matsuo, I.Yamada, Proceedings of the International Conference on Ion Implantation Technology (Eds Matsuo, Takaoka, Yamada, Published by IEEE USA), (1999), 106-109
  22. Measurement of Lateral Stress in Argon Implanted Thin Gold Films Using Quartz Resonator Techniques. A.S.Way, C.Jeynes, R.P.Webb, Nuclear Instruments and Methods 148(1-4), (1999), 238-241
  23. An Investigation of the Thermal Profiles Induced by Energetic Carbon Molecules on a Graphite Surface, M.Kerford, R.P.Webb, Carbon 37, (1999), 859-864
  24. Molecular Dynamics Simulation of the Desorption of C6H5 Molecules by Energetic Carbon Molecule Impacts on Graphite and Diamond Surfaces, M.Kerford, R.P.Webb, Nuclear Instruments and Methods B153, (1999) 270-274
  25. Computer Simulation of Sputtering of Gold Targets using Sb and Sb2 Ions, R.P.Webb, M.Kerford, A.Way, Nuclear Instruments and Methods B153, (1999) 309-313
  26. A Comparison of Shallow Implantation between B, BF2 and B10H14 by Molecular Dynamics Simulation, R.P.Webb, M.Kerford, N.Emerson, R.Smith, M.Harrison, M.A.Foad, Proceedings of the International Conference on Ion Implantation Technology (Eds Matsuo, Takaoka, Yamada, Published by IEEE USA), (1999), 764-766
  27. Comparison of Gold and Carbon Cluster Impacts on Graphite Using Molecular Dynamics Simulation, R.P.Webb, M.Kerford, A.Way, Nuclear Instruments and Methods B153, (1999), 284-291
  28. Unambiguous Automatic Evaluation of Multiple Ion Beam Analysis Data with Simulated Annealing, N.P.Barradas, C.Jeynes, R.P.Webb, U.Kreissig, R.Grotzschel, Nuclear Instruments and Methods B149, (1999), 233-238
  29. Rapid Accurate Automated Analysis of Complex Ion Beam Analysis Data, P.Marriott, M.Jenkin, C.Jeynes, N.P.Barradas, R.P.Webb, B.J.Sealy, Applications of Accelerators in Research and Industry (eds. J.L.Duggan and I.L.Morgan) AIP Press New York, CP475, (1999) 592-595
  30. Glancing Incidence Scattering of Hyperthermal He+, Xe+ and C60 from Graphite; Angular and Velocity Distributions of Neutrals, M.Hillenkamp, J.Pfister, M.Kappes, R.P.Webb, J Chem Phys. 111(22), (1999), 10303
  31. Implantation of Silicon Using the Boron Cluster BF2, R.Smith, M.Harrison, R.P.Webb, Thin Solid Films, 343-344, (1999), 602-604

2000-

  1. 2-D Monte Carlo Simulation of Proton Implantation of Superconducting YBa2Cu3O7-8 Thin Films Through High Aspect Ratio Nb Masks N.Peng, I.Chakarov, C.Jeynes, R.P.Webb, W.Booij, M.Blamire, M.Kelly, Nuclear Instruments and Methods B164/5, (2000), 979-985
  2. Shallow Junction Formation by Decaborane Molecular Ion Implantation, M.A.Foad, R.P.Webb, R.Smith, J.Matsuo, A.Al-Bayah, T.Sheng-Wang, T.Cullis, Journal Vacuum Science and Technology, B18(1), (2000), 445-449
  3. Trajectory Separation of Channeled Ions in Crystalline Materials M.Temkin, I.Chakarov, R.P.Webb, Nuclear Instruments and Methods, B164/5, (2000), 74-81
  4. Highly Localised Light Ion Irradiation of YBa2Cu3O7-8 Using Metal Masks, W.E.Booij, N.H.Peng, F.Kahlmann, R.P.Webb, C.J.Tarte, D.F.Moore, C.Jeynes, M.G.Blamire Proceedings of the 4th European Conference on Applied Superconductivity (eds X.Obradors and J.Fontanberta), IOP Publishing, Bristol, (2000)
  5. Molecular Dynamics Simulation of the Cluster Impact Induced Molecular Desorption Process. R.P.Webb, M.Kerford, E.Ali, M.Dunn, L.Knowles, K.Lee, J.Mistry, F.Whitefoot, Surface and Interface Analysis, 31, (2001), 297-301
  6. Nanometer Scale Masked Ion Damage Barriers in YBa2Cu3O7-8 D.J.Kang, R.Speaks, N.H.Peng, R.P.Webb, C.Jeynes, W.E.Booij, E.J.Tarte, D.F.Moore, M.G.Blamire, IEEE Transactions on Applied Superconductivity, 11(1), (2001), 780-783
  7. Monte Carlo Simulations of Masked Ion Beam Irradiation Damage Profiles in YBCO Thin Films , N.H.Peng, C.Jeynes, R.P.Webb, I,Chakarov, M.Blamire, Nuclear Instruments and Methods B178, (2001), 242-246
  8. The Computer Simulation of the Scattering of Fullerenes from a Graphite Surface: Energy Partitioning and Vibrational Spectra, R.P.Webb, M.Kerford, Nuclear Instruments and Methods B180, (2001), 32-36.
  9. Desorption of Molecules by Cluster Impact: A Preliminary Molecular Dynamics Study M.Kerford, R.P.Webb, Nuclear Instruments and Methods B180, (2001), 44-52
  10. Accurate Determination of the Stopping Power of 4He in Si using Bayesian Inference, N.P.Barradas, C.Jeynes, R.P.Webb, E.Wendler, Nuclear Instruments and Methods B194, (2002), 15-25
  11. Accurate RBS Measurement of Ion Implant Doses in Silicon, G.Boudreault, C.Jeynes, E.Wendler, A.Nejim, R.P.Webb, U.Watjen, Surface and Interface Analysis 33 478-486 (2002)
  12. Irradiation Damage Technology for Manufacturable Josephson Junctions, D.J Kang, N.H.Peng, R.P.Webb, C.Jeynes, G.Burnell, J.H.Yun, S.H.Moon, B.Oh, R.Speaks, E.J.Tarte, D.F.Moore, M.Kelly amd M.G.Blamire, Nuclear Instruments and Methods B188 183-188 2002)
  13. Monte Carlo Simulations of Energetic Proton Beam Irradiation Damage Defect Production in YBCO Thin Films with Au Masks, N.H.Peng, C.Jeynes, R.P.Webb, I,Chakarov, D.J.Kang, D.F.Moore, M.Blamire, Nuclear Instruments and Methods B188, (2002), 189-195
  14. Optimisation of Masked Ion Beam Irradiation Damage Profiles in YBCuO Thin Films by Monte Carlo Simulation, N.H.Peng, C.Jeynes, R.P.Webb, I.Chakarov, M.Blamire Physica C, 372-376, 55-58, (2002)
  15. Comparison of Boron Halide, Decaborane and B implants in Si from Molecular Dynamics Simulations, R.P.Webb, S.H.Winston, R.M.Gwilliam, B.J.Sealy, G.Bourdreault, C.Jeynes, K.J.Kirkby Nuclear Instruments and Methods B202, 143-184, (2003)
  16. Comparison of Protons, Carbon and Fullerene Impacts on a Carbon Cylinder. R.P.Webb, I.H.Wilson Nuclear Instruments and Methods B202, 217-223, (2003)
  17. High Quality YBaCuO Josephson Junctions and Junction Arrays Fabricated by Masked Proton Beam Irradiation Damage N.H.Peng, D.J.Kang, C.Jeynes, R.P.Webb, D.F.Moore, M.Blamire, I.R.Chakarov, IEEE Transactions on Applied Superconductivity 13(2), 889-892, (2003)
  18. Josephson Effects in MgB2 Metal Masked Ion Damage Junctions  D.J.Kang, N.H.Peng, C,Jeynes, R.P.Webb, H.N.Lee, B.Oh, S.H.Moon, G.Burnell, N.A.Stelmashenko0, E,J,Tarte, D.F.Moore, M.G.Blamire, IEEE Transactions on Applied Superconductivity 13(2), 1071-1074 (2003)
  19. Ion Beam Synthesis of Superconducting MgB2 Thin Films N.Peng, G.Shao, C.Jeynes, R.P.Webb, R.M.Gwilliam, G.Boudreault, D.M.Astill, W.Y.Liang, Applied Physics Letters 82(2), (2003), 236-238
  20. Realization and Properties of YBCO Josephson Junctions by Metal Masked Ion Damage Technique D-J. Kang, G.Burnell, S.J.Lloyd, R.S.Speaks, N.H.Peng, C.Jeynes, R.P.Webb, J.H.Yun, S.H.Moon, B.Oh, E.J.Tarte, D.F.Mooe, M.G.Blamire, Applied Physics Letters, 80(5), 814-816, (2002)
  21. Realization and Properties of MgB2 Metal-Masked Ion Damage Junctions D-J.Kang, N.H.Peng, R.P.Webb, C.Jeynes, J.H.Yun, S.H.Moon, B.Oh, G.Burnell, E.J.Tarte, D.F.Moore, M.G.Blamire, Applied Physics Letters, 81(19), 3600-3602, (2002)
  22. Masked Ion Damage and Implantation for Device Fabrication M.G.Blamire, D-J.Kang, G.Burnell, N.H.Peng, R.P.Webb, C.Jeynes, J.H.Yun, S.H.Moon, B.Oh, Vacuum, 69, 11-15, (2003)
  23. Elemental Thin Film Depth Profiles by Ion Beam Analysis Using Simulated Annealing – a New Tool C.Jeynes, N.P.Barradad, P.K.Marriott, G.Boudreault, M.Jenkin, E.Wendler, R.P.Webb, Journal of Physics D: Applied Physics 36, R1-R30 (2003)
  24. The New Surrey Ion Beam Analysis Facility A.Simon, C.Jeynes, R.P.Webb, R.Finnis, Z.Tabatabaian, P.J.Sellin, M.B.H.Breese, D.F.Fellows, R.van den Broek, R.M.Gwilliam Nuclear Instruments & Methods B 219-220, 405 (2004)
  25. Energetic Cluster Induced Desorption From A Graphite Surface R.Webb, Applied Surface Science 231-232, 59-63 (2004)
  26. Impact Induced Desorption of Large Molecular Structures from Graphitic Substrates  R.Webb , K.J.Kirkby  (NSTI-Nanotech 2004  Bostson Vol 3 p84-86 (2004)
  27. Ion Implanted Nanostructures K.J.Kirkby, R.P.Webb, Encylopedia of Nanoscience and Technology Vol 4 p1-11 (2004)
  28. Impact Induced Desorption of Large Molecular Structures from Graphitic Substrates R.P.Webb, K.J.Kirkby, (Accepted for publication in Molecular Science (2004)
  29. Simulation of Cluster Impacts on Solid Surfaces, R.P.Webb, Proc 3rd Int Conf Computational Modelling and Simulation of Materials, (2004)
  30. Simulation of Cluster Impact Induced Desorption and Cooling, R.P.Webb, Nuclear Instruments and Methods B (accepted for publication (2004)
  31. A Research Network on Bio-Medical Applications of MeV Ion Beams, K.J.Kirkby, R.P.Webb, G.W.Grime, T.Clough, N.F.Kirkby, N.G.Burnet, E.Garman, M.Folkard, K.Prise, S.Reddy, Proc. 10th Int Conf PIXE (2004)
  32. Computer Simulation of Energetic Cluster Impacts on Solid Surfaces, SPIG 2004
  33. The Computer Simulation of Cluster Induced Desorption of Molecules, R.P.Webb, A.Chatzipanagiotou,  Nuclear Instruments and Methods B (accepted for publication 2004)
  34. Proton Beam Lithography at the University of Surrey’s Ion Beam Centre, P.Mistry, I.Gomez-Morilla, G.W.Grime, R.P.Webb, C.Jeynes, R.M.Gwilliam, A.Cansell, M.Merchant, K.J.Kirkby, Nuclear Instruments and Methods (submitted 2004)
  35. New developments in the applications of Proton Beam Lithography, P.Mistry, I.Gomez-Morilla, G.W.Grime, R.P.Webb, R.Gwilliam, A.Cansell, M.Merchant, K.J. Kirkby, E.J.Teo, M.B.H.Breese, A.A.Bettiol, D.J.Blackwood, F.Watt, Nuclear Instruments and Methods B (submitted for publication 2004)