SPES4–π: installation for exclusive study of nuclear reactions

G. D. Alkhazov,V.V. Astashin,A. G. Atamanchuk,W. Augustyniak,D. Bachelier,V.V. Baublis,M. Boivin,J.L. Boyard,J.F Clavelin,P. Courtat,M. Denoit,Richard Douet,C. Ellegaard,L. Farhi,C. Gaarde,R. Gacougnolle,V. Ya. Gerzenstein,V. L. Golovtsov,V.V. Golubev,T. Hennino,J.C. Jourdain,A V Khanzadeev,B.G. Komkov,A. V. Kravtsov,L.G. Kudin,R. Kunne,J. Larsen,S Lebon,L. V. Malinina,A. Maroni,J.M. Martin,H. P. Morsch,V. A. Mylnikov,E. M. Orischin,M. Österlund,V. Poux,A. N. Prokofiev,P. Radvanyi,B. Ramstein,B. V. Razmyslovich,M. Roy-Stephan,V.M. Samsonov,R. Skowron,I.B. Smirnov,E. A. Strokovsky,I. I. Tkach,V.V. Vikhrov,S.S. Volkov,A. A. Vorobyov,A. A. Zhdanov,P. Zupranski

SPES4–π: installation for exclusive study of nuclear reactions

2005

The paper describes the spectrometric system "SPES4-pi" used at the National Laboratory Saturne (CE Saclay, France) for the exclusive study of the baryon resonance excitation in inelastic alpha and d scattering on the proton, as well as coherent pion production in charge exchange reactions. The system consists of the magnetic spectrometer SPES4 and two wide-aperture position-sensitive detector arrays, equipped with wire chambers and scintillator hodoscopes, installed around a large-gap C-shape dipole magnet.

Keywords:

Dipole magnet
Particle detector
Pion
Nuclear reaction
Proton
Baryon
Nuclear magnetic resonance
Scintillator
Physics
Spectrometer
Nuclear physics
Scattering

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