Abstract
Ten modules of the Uranium-Scintillator-Calorimeter for ZEUS were exposed to the X5-beam at CERN. The momentum of the beam is determined with an accuracy of better than 1.1%. From measurements with electrons in the energy range of 10 to 110 GeV we obtain the following results. The energy resolution is found to be better than 18% / {radical} E/GeV. A worse resolution measured in the HACO-towers is explained by averaging effects over the beam size. The uranium noise provides an intercalibration of the calorimeter sections within 1.1% for electron signals in the FCAL (1.5% in RCAL). The linearity of the FCAL is better than 0.5%. Nonlinearities of 2% in the RCAL are mainly caused by the photomultipliers. (orig.). [Deutsch] An zehn Modulen des ZEUS-Kalorimeters wurden zum besseren Verstaendnis und zur Kalibration Messungen am CERN durchgefuehrt. In dieser Arbeit wurden Daten von Elektronen in einem Energiebereich von 10 - 110 GeV untersucht. (orig.).
Citation Formats
Bargende, A.
Calibration of the electromagnetic part of the ZEUS calorimeter with electrons; Kalibration des elektromagnetischen Teils des ZEUS-Kalorimeters mit Elektronen.
Germany: N. p.,
1991.
Web.
Bargende, A.
Calibration of the electromagnetic part of the ZEUS calorimeter with electrons; Kalibration des elektromagnetischen Teils des ZEUS-Kalorimeters mit Elektronen.
Germany.
Bargende, A.
1991.
"Calibration of the electromagnetic part of the ZEUS calorimeter with electrons; Kalibration des elektromagnetischen Teils des ZEUS-Kalorimeters mit Elektronen."
Germany.
@misc{etde_10112683,
title = {Calibration of the electromagnetic part of the ZEUS calorimeter with electrons; Kalibration des elektromagnetischen Teils des ZEUS-Kalorimeters mit Elektronen}
author = {Bargende, A}
abstractNote = {Ten modules of the Uranium-Scintillator-Calorimeter for ZEUS were exposed to the X5-beam at CERN. The momentum of the beam is determined with an accuracy of better than 1.1%. From measurements with electrons in the energy range of 10 to 110 GeV we obtain the following results. The energy resolution is found to be better than 18% / {radical} E/GeV. A worse resolution measured in the HACO-towers is explained by averaging effects over the beam size. The uranium noise provides an intercalibration of the calorimeter sections within 1.1% for electron signals in the FCAL (1.5% in RCAL). The linearity of the FCAL is better than 0.5%. Nonlinearities of 2% in the RCAL are mainly caused by the photomultipliers. (orig.). [Deutsch] An zehn Modulen des ZEUS-Kalorimeters wurden zum besseren Verstaendnis und zur Kalibration Messungen am CERN durchgefuehrt. In dieser Arbeit wurden Daten von Elektronen in einem Energiebereich von 10 - 110 GeV untersucht. (orig.).}
place = {Germany}
year = {1991}
month = {May}
}
title = {Calibration of the electromagnetic part of the ZEUS calorimeter with electrons; Kalibration des elektromagnetischen Teils des ZEUS-Kalorimeters mit Elektronen}
author = {Bargende, A}
abstractNote = {Ten modules of the Uranium-Scintillator-Calorimeter for ZEUS were exposed to the X5-beam at CERN. The momentum of the beam is determined with an accuracy of better than 1.1%. From measurements with electrons in the energy range of 10 to 110 GeV we obtain the following results. The energy resolution is found to be better than 18% / {radical} E/GeV. A worse resolution measured in the HACO-towers is explained by averaging effects over the beam size. The uranium noise provides an intercalibration of the calorimeter sections within 1.1% for electron signals in the FCAL (1.5% in RCAL). The linearity of the FCAL is better than 0.5%. Nonlinearities of 2% in the RCAL are mainly caused by the photomultipliers. (orig.). [Deutsch] An zehn Modulen des ZEUS-Kalorimeters wurden zum besseren Verstaendnis und zur Kalibration Messungen am CERN durchgefuehrt. In dieser Arbeit wurden Daten von Elektronen in einem Energiebereich von 10 - 110 GeV untersucht. (orig.).}
place = {Germany}
year = {1991}
month = {May}
}