The Indiana silicon sphere 4 π charged-particle detector array

Details The Indiana silicon sphere 4 π charged-particle detector array The Indiana silicon sphere 4 π charged-particle detector array

Feb 1995

adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=1995nimpa.360..571k&link_type=abstract

Nuclear Instruments and Methods in Physics Research Section A, v. 360, p. 571-583

Physics

43

Scientific paper

A low threshold charged particle detector array for the study of fragmentation processes in light-ion-induced reactions has been constructed and successfully implemented at the IUCF and Saturne II accelerators. The array consists of 162-triple-element detector telescopes mounted in a spherical geometry and covering 74% of 4π in solid angle. Telescope elements are composed of (1) an axial-field gas ionization chamber operated with C3F8 gas; (2) a 0.5 mm thick passivated silicon detector, and (3) a 2.8 cm thick CsI(TI) scintillation crystal with photodiode readout. Discrete element identification is obtained for ejectiles up to Z ~ 16 over the dynamic range 0.7 <= E/A <= 95 MeV/nucleon. Isotopes are also distinguished for H, He, Li and Be ejectiles with 8 <~ E/A <~ 95 MeV. Custom-designed electronics are employed for bias supplies and linear signal processing. Data are acquired via a CAMAC/VME/Ethernet system.

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