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R&D proposal: development of hybrid and monolithic silicon micropattern detectors

A collaborative effort is proposed to continue the development, which started in the framework of the CERN-LAA project, of a true 2-dimensional semiconductor particle detector with micrometric precision and with on-chip signal processing, a so called micropattern or pixel detector, for use in high l...

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Detalles Bibliográficos
Autores principales: Beusch, Werner, Campbell, M, Chesi, Enrico Guido, Glaser, M, Heijne, Erik H M, Jarron, Pierre, Lemeilleur, F, Quercigh, Emanuele, Boutonnet, C, Delpierre, P A, Jaeger, J J, Karar, A, Enz, C, Krummenacher, F, Neyer, C, Viertel, Gert M, Hurst, R B, Rossi, L, Debusschere, I, Dierickx, B, Hermans, L, Vanstraelen, G, Clemens, J C, Cohen-Solal, M, Potheau, R, Sauvage, D, Redaelli, N G, Vegni, G, Nava, F, Ottaviani, G, Bosisio, L, Focardi, L, Forti, F, Tonelli, G
Lenguaje:eng
Publicado: 1990
Materias:
Acceso en línea:http://cds.cern.ch/record/292598
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author Beusch, Werner
Campbell, M
Chesi, Enrico Guido
Glaser, M
Heijne, Erik H M
Jarron, Pierre
Lemeilleur, F
Quercigh, Emanuele
Boutonnet, C
Delpierre, P A
Jaeger, J J
Karar, A
Enz, C
Krummenacher, F
Neyer, C
Viertel, Gert M
Hurst, R B
Rossi, L
Debusschere, I
Dierickx, B
Hermans, L
Vanstraelen, G
Clemens, J C
Cohen-Solal, M
Potheau, R
Sauvage, D
Redaelli, N G
Vegni, G
Nava, F
Ottaviani, G
Bosisio, L
Focardi, L
Forti, F
Tonelli, G
author_facet Beusch, Werner
Campbell, M
Chesi, Enrico Guido
Glaser, M
Heijne, Erik H M
Jarron, Pierre
Lemeilleur, F
Quercigh, Emanuele
Boutonnet, C
Delpierre, P A
Jaeger, J J
Karar, A
Enz, C
Krummenacher, F
Neyer, C
Viertel, Gert M
Hurst, R B
Rossi, L
Debusschere, I
Dierickx, B
Hermans, L
Vanstraelen, G
Clemens, J C
Cohen-Solal, M
Potheau, R
Sauvage, D
Redaelli, N G
Vegni, G
Nava, F
Ottaviani, G
Bosisio, L
Focardi, L
Forti, F
Tonelli, G
author_sort Beusch, Werner
collection CERN
description A collaborative effort is proposed to continue the development, which started in the framework of the CERN-LAA project, of a true 2-dimensional semiconductor particle detector with micrometric precision and with on-chip signal processing, a so called micropattern or pixel detector, for use in high luminosity colliders like the LHC. Different institutes will pursue in a complementary way both the hybrid approach and the monolithic approach. If the Silicon-On- Insulator (SOI) technology can be shown to be effective, both approaches could merge into a single effort. The first experimental devices can be tailored to serve intermediate physics experiments with fixed target or at the LEP collider, thus verifying the feasibility of the pixel detector technology.
id cern-292598
institution Organización Europea para la Investigación Nuclear
language eng
publishDate 1990
record_format invenio
spelling cern-2925982019-09-30T06:29:59Zhttp://cds.cern.ch/record/292598engBeusch, WernerCampbell, MChesi, Enrico GuidoGlaser, MHeijne, Erik H MJarron, PierreLemeilleur, FQuercigh, EmanueleBoutonnet, CDelpierre, P AJaeger, J JKarar, AEnz, CKrummenacher, FNeyer, CViertel, Gert MHurst, R BRossi, LDebusschere, IDierickx, BHermans, LVanstraelen, GClemens, J CCohen-Solal, MPotheau, RSauvage, DRedaelli, N GVegni, GNava, FOttaviani, GBosisio, LFocardi, LForti, FTonelli, GR&D proposal: development of hybrid and monolithic silicon micropattern detectorsDetectors and Experimental TechniquesA collaborative effort is proposed to continue the development, which started in the framework of the CERN-LAA project, of a true 2-dimensional semiconductor particle detector with micrometric precision and with on-chip signal processing, a so called micropattern or pixel detector, for use in high luminosity colliders like the LHC. Different institutes will pursue in a complementary way both the hybrid approach and the monolithic approach. If the Silicon-On- Insulator (SOI) technology can be shown to be effective, both approaches could merge into a single effort. The first experimental devices can be tailored to serve intermediate physics experiments with fixed target or at the LEP collider, thus verifying the feasibility of the pixel detector technology.CERN-DRDC-90-81DRDC-P-22oai:cds.cern.ch:2925981990
spellingShingle Detectors and Experimental Techniques
Beusch, Werner
Campbell, M
Chesi, Enrico Guido
Glaser, M
Heijne, Erik H M
Jarron, Pierre
Lemeilleur, F
Quercigh, Emanuele
Boutonnet, C
Delpierre, P A
Jaeger, J J
Karar, A
Enz, C
Krummenacher, F
Neyer, C
Viertel, Gert M
Hurst, R B
Rossi, L
Debusschere, I
Dierickx, B
Hermans, L
Vanstraelen, G
Clemens, J C
Cohen-Solal, M
Potheau, R
Sauvage, D
Redaelli, N G
Vegni, G
Nava, F
Ottaviani, G
Bosisio, L
Focardi, L
Forti, F
Tonelli, G
R&D proposal: development of hybrid and monolithic silicon micropattern detectors
title R&D proposal: development of hybrid and monolithic silicon micropattern detectors
title_full R&D proposal: development of hybrid and monolithic silicon micropattern detectors
title_fullStr R&D proposal: development of hybrid and monolithic silicon micropattern detectors
title_full_unstemmed R&D proposal: development of hybrid and monolithic silicon micropattern detectors
title_short R&D proposal: development of hybrid and monolithic silicon micropattern detectors
title_sort r&d proposal: development of hybrid and monolithic silicon micropattern detectors
topic Detectors and Experimental Techniques
url http://cds.cern.ch/record/292598
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