A detector has been developed in our laboratory for proposed use in high energy experiments. It works as a MWPC in which the ionizing medium consists of a thin layer of silicon crystal. The results of the test carried out at CERN show that the detector is ideally suited for the detection of minimum ionizing particles and can provide very high spatial resolution.
A multi-electrode silicon detector for high energy experiments / S.R. Amendolia;G. Batignani;F. Bedeschi;E. Bertolucci;L. Bosisio;C. Bradaschia;M. Budinich;F. Fidecaro;L. Foà;E. Focardi;A. Giazotto;M.A. Giorgi;M. Givoletti;P.S. Marrocchesi;A. Menzione;D. Passauello;M. Qyaglia;L. Ristori;L. Rolandi;P. Salvadori;A. Scribano;R. Stanga;A. Stefanini;M.L. Vincelli. - In: NUCLEAR INSTRUMENTS AND METHODS. - ISSN 0029-554X. - STAMPA. - 176:(1980), pp. 457-460. [10.1016/0029-554X(80)90368-7]
A multi-electrode silicon detector for high energy experiments
FOCARDI, ETTORE;STANGA, RUGGERO;
1980
Abstract
A detector has been developed in our laboratory for proposed use in high energy experiments. It works as a MWPC in which the ionizing medium consists of a thin layer of silicon crystal. The results of the test carried out at CERN show that the detector is ideally suited for the detection of minimum ionizing particles and can provide very high spatial resolution.
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