Recent developments of the multidrift tube

Bouclier, R.; Gaudaen, J.; Gouz, I.; Guérard, B.; Santiard, J.C.; Sauli, F.; Wojcik, Randolph

doi:10.1016/0168-9002(89)91408-3

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Construction Of the Straw C Hamber1

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Cited by 12 publications

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“…The localization of a particle along the wire through resistive c harge division requires a large wire resistivity. W e h a v e c hosen stainless-steel wire [23], since good results have already been obtained in similar applications [24]. The nominal wire diameter is 35 m, which w as con rmed by optical measurements with an uncertainty of about 1 m. Its resistivity is about 1 k /m.…”

Section: Construction Of the Straw C Hambermentioning

confidence: 99%

The JETSET barrel drift-tube (“straw”) chamber

Hamann

Dittmayer²,

Klett

et al. 1994

Nuclear Instruments and Methods in Physics Research Section A:

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A c harged-particle tracking chamber consisting of about 1400 individual drift tubes `straws' has been designed and built for the experiment PS202 JETSET , installed in the antiproton storage ring LEAR at CERN. The design considerations, the development o f s e v eral new techniques, and the construction of the detector are described. A complex system of front-end electronics, specially developed for the chamber, provides drift-time as well as charge-division measurements. Calibration procedures for obtaining three-dimensional space information for charged-particle tracks are described. The performance of the chamber achieved in the actual experiment is discussed.

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Section: Construction Of the Straw C Hambermentioning

confidence: 99%