The BGO Rugby Ball is a large solid angle electromagnetic calorimeter now installed in the ELSA Facility in Bonn. The BGO is operating in the BGO-OD experiment aiming to study meson photoproduction off proton and neutron induced by a Bremsstrahlung polarized gamma beam of energies from 0.2 to 3.2 GeV and an intensity of 5 × 107 photons per second. The scintillating material characteristics and the photomultiplier read-out make this detector particularly suited for the detection of medium energy photons and electrons with very good energy resolution. The detector has been equipped with a new electronics read-out system, consisting of 30 sampling ADC Wie-Ne-R modules which perform the off-line reconstruction of the signal start-time allowing for a good timing resolution. Performances in linearity, resolution and time response have been carefully tested at the Beam Test Facility of the INFN National Laboratories in Frascati by using a matrix of 7 BGO crystals coupled to photomultipliers and equipped with the Wie-Ne-R sampling ADCs

The BGO calorimeter of BGO-OD experiment

GERVINO, Gianpiero;
2015-01-01

Abstract

The BGO Rugby Ball is a large solid angle electromagnetic calorimeter now installed in the ELSA Facility in Bonn. The BGO is operating in the BGO-OD experiment aiming to study meson photoproduction off proton and neutron induced by a Bremsstrahlung polarized gamma beam of energies from 0.2 to 3.2 GeV and an intensity of 5 × 107 photons per second. The scintillating material characteristics and the photomultiplier read-out make this detector particularly suited for the detection of medium energy photons and electrons with very good energy resolution. The detector has been equipped with a new electronics read-out system, consisting of 30 sampling ADC Wie-Ne-R modules which perform the off-line reconstruction of the signal start-time allowing for a good timing resolution. Performances in linearity, resolution and time response have been carefully tested at the Beam Test Facility of the INFN National Laboratories in Frascati by using a matrix of 7 BGO crystals coupled to photomultipliers and equipped with the Wie-Ne-R sampling ADCs
2015
16th International Conference on Calorimetry in High Energy Physics, CALOR 2014;
Science Campus of the Justus-Liebig-UniversityGiessen; Germany
6 April 2014 through 11 April 2014;
587
1
012042-1
012042-12
Bantes B. ; Bayadilov D.; Beck R.; Becker M.; Bella A.; Bielefeldt P.; Bieling J.; Bleckwenn M.; Böse S.; Braghieri A.; Brinkmann K.-T.; Burdeynyi D.; Curciarello F.; De Leo V.; Di Salvo R.; Dutz H.; Elsner D.; Fantini A.; Freyermuth O.; Friedrich S.; Frommberger F.; Ganenko V.; Geffers D.; Gervino G.; Ghio F.; Giardina G.; Girolami B.; Glazier D.; Goertz S.; Gridnev A.; Gutz E.; Hammann D.; Hannappel J.; Hartmann P.-F.; Hillert W.; Ignatov A.; Jahn R.; Joosten R.; Jude T.C.; Klein F.; Koop K.; Krusche B.; Lapik A.; Levi Sandri P.; Lopatin I.; Mandaglio G.; Mei P.; Messi F.; Messi R.; Metag V.; Moricciani D.; Nanova M.; Nedorezov V.; Novinskiy D.; Pedroni P.; Romaniuk M.; Rostomyan T.; Rudnev N.; Schaerf C.; Scheluchin G.; Schmieden H.; Sumachev; V.; Tarakanov V.; Vegna V.; Walther D.; Watts D.; Zaunick H.-G.; Zimmermann T.
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/2318/1508679
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