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Belle silicon vertex detector for the Super B Factory

Authors :
Osamu Tajima
S. Fratina
W. Ostrowicz
Y.S. Velikzhanin
T. Ziegler
N. Tamura
S. Chidzik
Hiroaki Aihara
Christian Irmler
M. Z. Wang
K. Ueno
Y. Fujiyama
A. Chouvikov
S. Kajiwara
Kazumasa Takahashi
G. N. Taylor
M. Rozanska
Akito Kusaka
Markus Friedl
G. R. Moloney
K. Trabelsi
T. Tsuboyama
Hirokazu Ishino
N. Tani
T. Hirakawa
L. S. Peak
Y. Onuki
H. Ozaki
K. Sumisawa
H. Kurashiro
J. Haba
H. Kakuno
Kai-Feng Chen
Y. Chao
B. Harrop
Kevin Varvell
Y. Nakahama
Y. Ushiroda
J. Dalseno
Y. Watanabe
Yongsun Kim
Samo Stanič
A. M. Bakich
Z. Natkaniec
H. Steininger
P. Križan
H. Matsumoto
Masashi Hazumi
S. Schmid
T. Kawasaki
Y. Choi
T. Arakawa
T. Hara
S. Ono
Marco Barbero
Y. Asano
S. Okuno
Kenji Hayashi
J. Schümann
Takuya Higuchi
M. H. Tanaka
M. Watanabe
D. Heffernan
Y. Yamashita
M. C. Chang
S. Koike
G. S. Varner
Nobuaki Sato
C. C. Wang
M. Pernicka
Tsukasa Aso
T. E. Browder
K. Hara
A. Kibayashi
T. Kameshima
H. Miyake
Samo Korpar
M. Rosen
Daniel Robert Marlow
K. Uchida
Hitoshi Yamamoto
Source :
Nuclear Instruments and Methods in Physics Research Section A: Accelerators, Spectrometers, Detectors and Associated Equipment. 569:37-40
Publication Year :
2006
Publisher :
Elsevier BV, 2006.

Abstract

The silicon vertex detector (SVD2) of the Belle experiment at KEK (Tsukuba, Japan) is currently close to its limits in terms of the occupancy of the innermost layer and the readout dead time. In order to cope with further increase in luminosity, different levels of upgrades are proposed: small improvements are possible in the short term by tuning the current system at the cost of signal-to-noise and crosstalk. In 2007, the two inner layers of the SVD2 will be replaced by similar detectors with faster readout electronics (SVD2.5) and in the long term, a major upgrade of the full silicon vertex detector (SVD3) is envisaged for the KEK Super B Factory. These upgrade scenarios will be discussed in detail from the hardware point of view along with the options under study.

Details

ISSN :
01689002
Volume :
569
Database :
OpenAIRE
Journal :
Nuclear Instruments and Methods in Physics Research Section A: Accelerators, Spectrometers, Detectors and Associated Equipment
Accession number :
edsair.doi...........d8c615249443418b5d66716e3ee24493