Detection of charged pions and protons in the segmented electromagnetic calorimeter TAPS
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Detection of charged pions and protons in the segmented electromagnetic calorimeter TAPS

A. Marı́n,Jose Diaz,R. Averbeck,A. Döppenschmidt,S. Hlaváč,R. Holzmann,F. Lefèvre,A. Schubert,R.S. Simon,Y. Charbonnier,G. Martı́nez,Y. Schutz,F.M. Marqués,M. Appenheimer,F.D. Berg,V. Metag,R. Novotny,H. Ströher,J. Weiß,A.R. Wolf,M. Wolf,H. Löhner,R.W. Ostendorf,P. Vogt,H.W. Wilschut,A. Kugler,R. Pleskač,P. Tlustý,V. Wagner;A. Marı́n;Jose Diaz;R. Averbeck;A. Döppenschmidt;S. Hlaváč;R. Holzmann;F. Lefèvre;A. Schubert;R.S. Simon;Y. Charbonnier;G. Martı́nez;Y. Schutz;F.M. Marqués;M. Appenheimer;F.D. Berg;V. Metag;R. Novotny;H. Ströher;J. Weiß;A.R. Wolf;M. Wolf;H. Löhner;R.W. Ostendorf;P. Vogt;H.W. Wilschut;A. Kugler;R. Pleskač;P. Tlustý;V. Wagner;
nuclear instruments and methods in physics research section a: accelerators, spectrometers, detectors and associated equipment 1998 Vol. 417 pp. 137-149
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wagner1998nucleardetection

Abstract

We present the characteristics of the segmented BaF2 calorimeter TAPS for the measurement of charged pions and protons. The method of particle identification exploits the relation between the kinetic energy of a particle, its mass and the time-of-flight required to reach the detector. The detection efficiency is calculated using GEANT-GCALOR simulations. The analysis method is applied in the reaction 40Ar+natCa at 0.8A GeV. The simultaneous detection of charged pions and protons can be used to search for correlated pairs signalling the de-excitation of the Δ(1232) resonance.

Keywords

29.40.mc 29.30.ep 25.75.dw charged pion detection proton detection baf2 scintillators (1232) resonance detection

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DOI:
10.1016/s0168-9002(98)00683-4
URL:
https://sciprofiles.com/publication/view/19a197797...

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