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Featured researches published by G. Arnison.


Nuclear Instruments & Methods in Physics Research Section A-accelerators Spectrometers Detectors and Associated Equipment | 1987

A uranium scintillator calorimeter with plastic-fibre readout

Michael Albrow; G. Arnison; J. Bunn; D. Clarke; C. Cochet; P. Colas; D. Dallman; J.P. De Brion; B. Denby; E. Eisenhandler; J. Garvey; G. Grayer; D. Hill; M. Krammer; E. Locci; C. Pigot; D. Robinson; I. Siotis; Randall Sobie; F. Szoncso; P. Verrecchia; Tejinder Virdee; Horst D. Wahl; A. Wildish; C.-E. Wulz

Abstract We have developed a method for reading out scintillator plates in a compact calorimeter using embedded wavelength-shifting fibres coupled to photomultipliers. A test calorimeter using this technique, with uranium plates as the passive medium, was placed in test beams of 1 to 80 GeV. Results on resolution, uniformity, and electron-pion discrimination are presented, as well as a discussion of compensation (the near-equality of electron and hadron responses).


Nuclear Instruments & Methods in Physics Research Section A-accelerators Spectrometers Detectors and Associated Equipment | 1985

Central Hadron Calorimeter of UA1

M. Corden; J.D. Dowell; M. Edwards; N. Ellis; John Garvey; D. Grant; R.J. Homer; I R Kenyon; T. McMahon; G Schanz; K.C.T.O. Sumorok; Peter Watkins; John A. Wilson; A. Bezaguet; G. Gallay; G. Barnes; T.J.V. Bowcock; E. Eisenhandler; W.R. Gibson; A. Honma; P.I.P. Kalmus; R.K. Keller; T.W. Pritchard; G. Salvi; G. Thompson; G. Arnison; A. Astbury; A.R. Cash; G. Grayer; W.J. Haynes

Abstract An iron—scintillator sampling calorimeter is described, which measures hadronic energy in proton-antiproton interactions at the CERN 540 GeV SPS collider. Construction details are given of the instrumentation of the magnet pieces of the UA1 experiment and of the methods used to measure the calorimeter response and resolution. The system of lasers and quartz fibres, which allows long term monitoring of the calorimeter response, is also described.

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E. Eisenhandler

Queen Mary University of London

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G. Grayer

Rutherford Appleton Laboratory

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A. Astbury

Rutherford Appleton Laboratory

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A. Honma

Queen Mary University of London

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A. Wildish

Imperial College London

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A.R. Cash

Rutherford Appleton Laboratory

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B. Denby

Rutherford Appleton Laboratory

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D. Clarke

Queen Mary University of London

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D. Grant

University of Birmingham

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D. Hill

Rutherford Appleton Laboratory

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