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Recent progress in low-temperature silicon detectors

Authors :
B. Pere Solano
V.G. Palmieri
V. K. Eremin
P. Berglund
Kevin M. Smith
S. Grohmann
S.R.H. Devine
F. Hauler
P. Rato Mendes
L. Casagrande
B. Dezillie
G. Ruggiero
P. Sonderegger
Sergio Pagano
O. Hempel
W. De Boer
Igor Konorov
T. O. Niinikoski
Z. Dimcovski
M.C. Abreu
L. Jungermann
S. Pirollo
Erik H.M. Heijne
A. Esposito
Soumen Paul
Marko Mikuz
E. Wobst
M. Zavrtanik
Stephen Watts
Nicola D'Ambrosio
David Menichelli
Val O'Shea
Salvatore Buontempo
E. Grigoriev
Jaakko Härkönen
S. Heising
E. Borchi
E. M. Verbitskaya
Mara Bruzzi
Alexander Dierlamm
S. Chapuy
K. Pretzl
K. Borer
Eija Tuominen
R. De Masi
W. H. Bell
Zheng Li
S. Janos
Carlos Lourenco
C. Da Via
Vladimir Cindro
R. Herzog
P. Sousa
V. Granata
Source :
Nuclear Physics B - Proceedings Supplements. 125:169-174
Publication Year :
2003
Publisher :
Elsevier BV, 2003.

Abstract

The CERN RD39 Collaboration studies the possibility to extend the detector lifetime in a hostile radiation environment by operating them at low temperatures. The outstanding illustration is the Lazarus effect, which showed a broad operational temperature range around 130 K for neutron irradiated silicon detectors.

Details

ISSN :
09205632
Volume :
125
Database :
OpenAIRE
Journal :
Nuclear Physics B - Proceedings Supplements
Accession number :
edsair.doi.dedup.....0e8d40f99d7e37e4b32f6a30676a637d
Full Text :
https://doi.org/10.1016/s0920-5632(03)90985-6