TICAL ANALYSIS AT VALENCIA

Analysis of the 1997 test of the tilecal EXTENDED BARREL  at VALENCIA

The following information is available:
 

• notes/publications
• Analysis of the 1997 test of the tilecal E. B. prototypes (file in .ps.gz)
• Estudios sobre el "Modulo 0" del TILECAL de ATLAS (Camarena's tesina)
•  Cuts
•  Minutes from previous meeting
• Minutes from September, 1998 ATLAS WEEK (transparencies in .ps.gz)
• Minutes from November, 1998 ATLAS WEEK (transparencies in .ps.gz)
• Plots for "Hadron performance"
• Linearity Plots
•  Linearity for eta -1.1 (plot in .eps)
•  Linearity for eta -1.2 (plot in .eps)
• Resolution Plots
•  Resolution for eta -1.1 (file in .eps)
•  Resolution for eta -1.2 (file in .eps)
• Tables
•  Nominal energy, mean reconstructed energy, sigma and resolution (file in .tex)

The following information is available:

• notes/publications
• Analysis of the 1998 test of the tilecal barrel prototypes (file in .ps.gz)

•  Cuts
• Minutes from previous meeting
• Minutes from February, 1999 ATLAS WEEK (transparencies in .ps.gz)
• Minutes from June, 1999 ATLAS WEEK (transparencies in .ps.gz)
• Minutes from September, 1999 ATLAS WEEK (transparencies in .ps.gz)
• Minutes from February, 2000 ATLAS WEEK (transparencies in .ps.gz)
• Plots for "Hadron performance"
• Linearity Plots
•  Linearity for eta -0.25 and -0.55 (plot in .eps)
•  Linearity for eta -0.35 and -0.45 (file in .eps)
• Resolution Plots
•  Resolution for eta -0.25 and -0.55 (plot in .eps)
•  Resoltuion for eta -0.35 and -0.45 (file in .eps)
• Table
•  Nominal energy, mean reconstructed energy, sigma and resolution (file in .tex)
• Parametrization of the set a(i) of correction parameters used in H1 with the energy
• a(i) parametrized as a function of cell energy for the Module 0 (eta -0.35) at various beam energies (plot in .eps)
• A and B parametrization with the beam energy for Module 0; eta-0.35 (plot in .eps)
• Beold parametrizatrion with the beam energy for module 0;eta -0.35 and -0.45 (plot in .eps)

• Comparison of experimental pion energy resolution and normalized relative average pion energy response , with Module 0 (jul98) MC simulation

• Linearity Plots (Non-linearity as a function of energy in the pion response)
• Raw Data (1.2*em0)
1. Linearity for eta -0.25 and -0.35 (plot in .eps)
2. Linearity for eta -0.45 and -0.55 (plot in .eps)

• Raw Data (1.2* only pmts with signal gt 0.080 pC). Here We have used lineacorr.kumac
1. Linearity for eta -0.25 and -0.35 (plot in .eps)
2. Linearity for eta -0.45 and -0.55 (plot in .eps)
• H1 weighting method
1. Linearity for eta -0.25 and -0.35 (plot in .eps)
2. Linearity for eta -0.45 and -0.55 (plot in .eps)
• Resolution Plots
• Raw Data(1.2*em0)
1. Resolution for eta -0.25 and -0.35(plot in .eps)
2. Resolution for eta -0.45 and -0.55(plot in .eps)
• Raw Data(1.2*only pmts with signal gt 0.080 pC).
1. Resolution for eta -0.25 and -0.35 (plot in .eps)
2. Resolution for eta -0.45 and -0.55 (plot in .eps)
• H1 weighting method
1. Resolution for eta -0.25 and -0.35(plot in .eps)
2. Resolution for eta -0.45 and -0.55(plot in .eps)
•  Fit results:

Method	eta	a(%)	b(%)
RAW DATA	-0.25	53.28   48.34	6.50   6.06
	-0.35	50.32   51.42	6.50   5.05
	-0.45	49.63   47.29	6.05   5.75
	-0.55	48.46   48.81	5.86   4.70
H1 WEIGHTING	-0.25	41.01   43.81	5.68   5.17
	-0.35	40.74   45.70	5.33   3.70
	-0.45	45.95   42.58	4.22   5.00
	-0.55	43.21   39.05	4.90   5.10

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