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Insertion of STC into TRT at the Department of Physics, Oxford
Credit: CERN

Richard Nickerson

Associate Professor of Physics

Sub department

  • Particle Physics
Richard.Nickerson@physics.ox.ac.uk
Telephone: 01865 (2)73318,01865 (2)79201
Denys Wilkinson Building, room 625
  • About
  • Publications

Perturbative QCD effects observed in 490 GeV deep-inelastic muon scattering

Physical Review D 48:11 (1993) 5057-5066

Authors:

MR Adams, S Aïd, PL Anthony, MD Baker, J Bartlett, AA Bhatti, HM Braun, W Busza, JM Conrad, G Coutrakon, R Davisson, I Derado, SK Dhawan, W Dougherty, T Dreyer, K Dziunikowska, V Eckardt, U Ecker, M Erdmann, A Eskreys, J Figiel, HJ Gebauer, DF Geesaman, R Gilman, MC Green, J Haas, C Halliwell, J Hanlon, D Hantke, VW Hughes, HE Jackson, DE Jaffe, G Jancso, DM Jansen, S Kaufman, RD Kennedy, T Kirk, HGE Kobrak, S Krzywdzinski, S Kunori, JJ Lord, HJ Lubatti, D McLeod, S Magill, P Malecki, A Manz, H Melanson, DG Michael, W Mohr, HE Montgomery, JG Morfin, RB Nickerson, S O'Day, K Olkiewicz, L Osborne, V Papavassiliou, B Pawlik, FM Pipkin, EJ Ramberg, A Röser, JJ Ryan, CW Salgado, A Salvarani, H Schellman, M Schmitt, N Schmitz, KP Schüler, A Skuja, GA Snow, S Söldner-Rembold, PH Steinberg, HE Stier, P Stopa, RA Swanson, R Talaga, S Tentindo-Repond, HJ Trost, H Venkataramania, M Wilhelm, J Wilkes, R Wilson, W Wittek, SA Wolbers, T Zhao

Abstract:

Results on forward charged hadrons in 490 GeV deep-inelastic muon scattering are presented. The transverse momenta, azimuthal asymmetry, and energy flow of events with four or more forward charged hadrons are studied. The range of the invariant hadronic mass squared 300
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First measurements of jet production rates in deep-inelastic lepton-proton scattering.

Phys Rev Lett 69:7 (1992) 1026-1029

Authors:

MR Adams, S Aïd, PL Anthony, MD Baker, J Bartlett, AA Bhatti, HM Braun, W Busza, JM Conrad, G Coutrakon, R Davisson, I Derado, SK Dhawan, W Dougherty, T Dreyer, K Dziunikowska, V Eckardt, U Ecker, M Erdmann, A Eskreys, J Figiel, HJ Gebauer, DF Geesaman, R Gilman, MC Green, J Haas, C Halliwell, J Hanlon, D Hantke, VW Hughes, HE Jackson, DE Jaffe, G Jancso, DM Jansen, S Kaufman, RD Kennedy, HG Kobrak, S Krzywdzinski, S Kunori, JJ Lord, HJ Lubatti, D McLeod, S Magill, P Malecki, A Manz, DG Michael, W Mohr, HE Montgomery, JG Morfin, RB Nickerson, S O'Day, K Olkiewicz, L Osborne, V Papavassiliou, B Pawlik, FM Pipkin, EJ Ramberg, A Röser, J Ryan, CW Salgado, A Salvarani, H Schellman, N Schmitz, KP Schüler
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Shadowing in the muon-xenon inelastic scattering cross section at 490 GeV

Physics Letters B 287:4 (1992) 375-380

Authors:

MR Adams, S Aïd, PL Anthony, MD Baker, J Bartlett, AA Bhatti, HM Braun, W Busza, TJ Carroll, JM Conrad, G Coutrakon, R Davisson, I Derado, SK Dhawan, W Dougherty, T Dreyer, K Dziunikowska, V Eckardt, U Ecker, M Erdmann, A Eskreys, G Fang, J Figiel, HJ Gebauer, DF Geesaman, R Gilman, MC Green, J Haas, C Halliwell, J Hanlon, D Hantke, VW Hughes, HE Jackson, DE Jaffe, G Jancso, DM Jansen, S Kaufman, RD Kennedy, T Kirk, HGE Kobrak, S Krzywdzinski, S Kunori, JJ Lord, HJ Lubatti, D McLeod, S Magill, P Malecki, A Manz, H Melanson, DG Michael, W Mohr, HE Montgomery, JG Morfin, RB Nickerson, S O'Day, K Olkiewicz, L Osborne, V Papavassiliou, B Pawlik, FM Pipkin, EJ Ramberg, A Röser, JJ Ryan, C Salgado, A Salvarani, H Schellman, M Schmitt, N Schmitz, KP Schüler, HJ Seyerlein, A Skuja, GA Snow, S Söldner-Rembold, PH Steinberg, HE Stier, P Stopa, RA Swanson, R Talaga, S Tentindo-Repond, HJ Trost, H Venkataramania, M Vidal, M Wilhelm, J Wilkes, R Wilson, W Wittek, SA Wolbers, T Zhao

Abstract:

Inelastic scattering of 490 GeV μ+ from deuterium and xenon nuclei has been studied for xBj>s.001. The ratio of the xenon/deuterium cross section per nucleon is observed to vary with xBj, with a depletion in the kinematic range 0.001 < xBj < 0.025 which exhibits no significant Q2 dependence. An electromagnetic calorimeter was used to verify the radiative corrections. © 1992.
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Saturation of shadowing at very low Bjorken x.

Phys Rev Lett 68:22 (1992) 3266-3269

Authors:

MR Adams, S Aïd, PL Anthony, MD Baker, J Bartlett, AA Bhatti, HM Braun, W Busza, TJ Carroll, JM Conrad, G Coutrakon, R Davisson, I Derado, SK Dhawan, W Dougherty, T Dreyer, K Dziunikowska, V Eckardt, U Ecker, M Erdmann, A Eskreys, J Figiel, HJ Gebauer, DF Geesaman, R Gilman, MC Green, J Haas, C Halliwell, J Hanlon, D Hantke, VW Hughes, HE Jackson, DE Jaffe, G Jancso, DM Jansen, S Kaufman, RD Kennedy, T Kirk, HG Kobrak, S Krzywdzinski, S Kunori, JJ Lord, HJ Lubatti, D McLeod, S Magill, P Malecki, A Manz, H Melanson, DG Michael, W Mohr, HE Montgomery, JG Morfin, RB Nickerson, S O'Day, K Olkiewicz, L Osborne, V Papavassiliou, B Pawlik, FM Pipkin, EJ Ramberg, A Röser, JJ Ryan, A Salvarani, H Schellman
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First and second level triggers for the SDC silicon tracking detector

Nuclear Instruments and Methods in Physics Research Section A Accelerators Spectrometers Detectors and Associated Equipment Elsevier 315:1-3 (1992) 436-442

Authors:

B Foster, GP Heath, R Nickerson

Abstract:

Some preliminary design ideas for contributions to the first and second level trigger from the inner silicon tracker of SDC experiment at the Superconducting Super Collider (SSC) are outlined. At the first level it is possible to design a trigger which can recognise isolated tracks, measure their momentum and link these tracks to energy deposits in the electromagnetic calorimeter. This could therefore form a powerful isolated lepton trigger. At the second level we describe ideas for a general purpose trigger which is capable of recognising high transverse momentum tracks in both the barrel and end-cap. By means of a two-stage analysis it is possible to measure track momentum with the full precision of the silicon tracker.
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