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Status Report on a Study of the Nosecone Calorimeter performance. Vasily Dzhordzhadze University of Calofornia,Riverside Forward Upgrades Meeting BNL, July 26, 2004. Outline. Introduction Longitudinal profile study NCC response on electrons and pions
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Status Report on a Study of the Nosecone Calorimeter performance Vasily Dzhordzhadze University of Calofornia,Riverside Forward Upgrades Meeting BNL, July 26, 2004 V.Dzhordzhadze
Outline • Introduction • Longitudinal profile study • NCC response on electrons and pions • Search of the optimal readout configuration • Summary V.Dzhordzhadze
10 GeV electron in 40 Layer Si/W Calorimeter V.Dzhordzhadze
1 GeV electron Signals in NCC Sections V.Dzhordzhadze
5 GeV electron Signals in NCC Sections V.Dzhordzhadze
10 GeV electron Signals in NCC Sections V.Dzhordzhadze
20 GeV electron Signals in NCC Sections V.Dzhordzhadze
de/dx in Silicon for Section 1 V.Dzhordzhadze
de/dx in Silicon for Section 2 V.Dzhordzhadze
de/dx in Silicon for Section 3 V.Dzhordzhadze
NCC response on 1 GeV e and p V.Dzhordzhadze
NCC response on 5 GeV e and p V.Dzhordzhadze
NCC response on 10 GeV e and p V.Dzhordzhadze
NCC response on 20 GeV e and p V.Dzhordzhadze
Summary • NCC performance is under study • Calorimeter response on electrons and p in a momentum range 1-40 GeV was studied • Calorimeter sectioning influence on a performance of e/p separation will be learned V.Dzhordzhadze