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The OPAL muon barrel detector

Authors :
I. P. Duerdoth
A. J.P. O'Dowd
O. W. Davies
P. S. Hinde
K. Stephens
F. K. Loebinger
John Baines
Terry Richard Wyatt
M. W. Moss
P.D. Phillips
R. E. Hughes-Jones
R. F. McGowan
A. Skillman
R. J. Barlow
A. A. Macbeth
C. Beeston
J. Banks
S. Barnett
P. Ashton
P. G. Murphy
R.J. Akers
B. Nijjhar
N. C. Wood
John Allison
G. E. Richards
S. J. Pawley
J. T.M. Chrin
S.G. Clowes
N.J. Tresillian
G. A. Bahan
G. D. Lafferty
Publication Year :
1995

Abstract

The barrel part of the OPAL muon detector consists of 110 drift chambers forming four layers outside the hadron absorber. Each chamber covers an area of 1.2 m by up to 10.4 m and has two cells with wires parallel to the beam and a drift distance of 297 mm. A detailed description of the design, construction, operation and performance of the sub-detector is given. The system has been operating successfully since the start of LEP in 1989.

Details

Language :
English
Database :
OpenAIRE
Accession number :
edsair.doi.dedup.....59b631e36361f2ca04134f317c925a56