Radiation Hardness Study with Small Gap Chambers of 5 and 9 cm Strips.

Small Gap Chambers of 5 and 9 cm strips were exposed to a 5 kHz/mm2 pion beam of 300 MeV in the piM1 area at the PSI. We present the discharge rates and the strip failures measured at different voltages. The results are compared to the LHCC requirements. We extrapolate the expected safety margin and...

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Detalles Bibliográficos
Autores principales: Bouvet, David, Chorowicz, Valérie, Contardo, Didier, Haroutunian, Roger, Mirabito, Laurent, Smadja, Gérard
Lenguaje:eng
Publicado: 1999
Materias:
Detectors and Experimental Techniques
Acceso en línea:http://cds.cern.ch/record/687161
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author Bouvet, David
Chorowicz, Valérie
Contardo, Didier
Haroutunian, Roger
Mirabito, Laurent
Smadja, Gérard
author_facet Bouvet, David
Chorowicz, Valérie
Contardo, Didier
Haroutunian, Roger
Mirabito, Laurent
Smadja, Gérard
author_sort Bouvet, David
collection CERN
description Small Gap Chambers of 5 and 9 cm strips were exposed to a 5 kHz/mm2 pion beam of 300 MeV in the piM1 area at the PSI. We present the discharge rates and the strip failures measured at different voltages. The results are compared to the LHCC requirements. We extrapolate the expected safety margin and show the improvement that was obtained with two chambers equipped with GEMs. Summary: 1. Introduction 2. PSI data 3. Chamber signal to noise ratio 4. Radiation hardness 5. Conclusions
id cern-687161
institution Organización Europea para la Investigación Nuclear
language eng
publishDate 1999
record_format invenio
spelling cern-6871612019-09-30T06:29:59Zhttp://cds.cern.ch/record/687161engBouvet, DavidChorowicz, ValérieContardo, DidierHaroutunian, RogerMirabito, LaurentSmadja, GérardRadiation Hardness Study with Small Gap Chambers of 5 and 9 cm Strips.Detectors and Experimental TechniquesSmall Gap Chambers of 5 and 9 cm strips were exposed to a 5 kHz/mm2 pion beam of 300 MeV in the piM1 area at the PSI. We present the discharge rates and the strip failures measured at different voltages. The results are compared to the LHCC requirements. We extrapolate the expected safety margin and show the improvement that was obtained with two chambers equipped with GEMs. Summary: 1. Introduction 2. PSI data 3. Chamber signal to noise ratio 4. Radiation hardness 5. ConclusionsCMS-NOTE-1999-051oai:cds.cern.ch:6871611999-09-17
spellingShingle Detectors and Experimental Techniques
Bouvet, David
Chorowicz, Valérie
Contardo, Didier
Haroutunian, Roger
Mirabito, Laurent
Smadja, Gérard
Radiation Hardness Study with Small Gap Chambers of 5 and 9 cm Strips.
title Radiation Hardness Study with Small Gap Chambers of 5 and 9 cm Strips.
title_full Radiation Hardness Study with Small Gap Chambers of 5 and 9 cm Strips.
title_fullStr Radiation Hardness Study with Small Gap Chambers of 5 and 9 cm Strips.
title_full_unstemmed Radiation Hardness Study with Small Gap Chambers of 5 and 9 cm Strips.
title_short Radiation Hardness Study with Small Gap Chambers of 5 and 9 cm Strips.
title_sort radiation hardness study with small gap chambers of 5 and 9 cm strips.
topic Detectors and Experimental Techniques
url http://cds.cern.ch/record/687161
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AT haroutunianroger radiationhardnessstudywithsmallgapchambersof5and9cmstrips
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