A prototype module of an iron/gas calorimeter based on parallel plate chambers, has been tested using high energy electrons and pions, at two high voltages, using CF4/CO2 (80/20) at atmospheric pressure, The collected charge and energy resolution have been measured as a function of the beam energy for both electrons and pions and compared with Monte Carlo predictions.
First results from pion beam test of an iron/gas calorimeter based on ceramic parallel plate chambers / G. L., Bencze; Bizzeti, Andrea; C., Civinini; F., Dallasanta; R., Dalessandro; A., Ferrando; M. C., Fouz; A., Iglesias; V., Ivochkin; M. I., Josa; A., Khan; A., Malinin; L., Martinezlaso; M., Meschini; V., Pojidaev; J. M., Salicio. - In: NUCLEAR INSTRUMENTS & METHODS IN PHYSICS RESEARCH. SECTION A, ACCELERATORS, SPECTROMETERS, DETECTORS AND ASSOCIATED EQUIPMENT. - ISSN 0168-9002. - STAMPA. - 386:(1997), pp. 259-268. [10.1016/S0168-9002(96)01179-5]
First results from pion beam test of an iron/gas calorimeter based on ceramic parallel plate chambers
BIZZETI, Andrea;
1997
Abstract
A prototype module of an iron/gas calorimeter based on parallel plate chambers, has been tested using high energy electrons and pions, at two high voltages, using CF4/CO2 (80/20) at atmospheric pressure, The collected charge and energy resolution have been measured as a function of the beam energy for both electrons and pions and compared with Monte Carlo predictions.
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