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WASA detector: Towards rare pion and eta decays

Authors :
V.A. Sidorov
J. Pätzold
V. Sopov
Jozef Zlomanczuk
J. Greiff
A. Zernov
J. Dyring
G.J. Wagner
V. Tikhomirov
Akira Yamamoto
Z. Wilhelmi
Hans Calén
V. Tchernychev
W. Oelert
U. Schuberth
P. Thörngren
I. Chuvilo
J. Zabierowski
H. Clement
A.E. Bondar
A. Turowiecki
W. Brodowski
Roger Ruber
S. Oreshkin
Kjell Fransson
I. Koch
A. A. Kuznetsov
T. Johansson
S. Kullander
C. Ekström
D. Bogoslawsky
D. Reistad
J. Johanson
P. Sundberg
A. Nawrot
C.-J. Fridén
B. Martemyanov
G. M. Kolachev
R. Bilger
T. Sefzick
A. Martemyanov
M. Blom
K. Przestrzelska
Arne Johansson
A. Kuzmin
Andrzej Kupsc
Marek Jacewicz
K. Kilian
L. Kurdadze
M. Komogorov
Leif Gustafsson
H. Yamaoka
A.I. Sukhanov
B. Höistad
Y. Petukhov
A. Khoukaz
S. Häggström
A. Povtorejko
A. Mörtsell
V. B. Dunin
B. Morosov
B. Shwartz
J. Stepaniak
Pawel Marciniewski
N. Kimura
V. Sandukovsky
Source :
AIP Conference Proceedings.
Publication Year :
2000
Publisher :
AIP, 2000.

Abstract

The WASA 4π detector at the The Svedberg Laboratory in Uppsala is now being commissioned. This detector will make possible new detailed studies of many interesting rare processes in intermediate energy light-ion physics. WASA is built around a new target system, providing well defined internal hydrogen (and deuterium) targets of high density. It has a detection coverage of close to 4π sr for high energy photons and charged particles and it includes a strong magnetic field provided by an extremely thin-walled superconducting solenoid.

Details

ISSN :
0094243X
Database :
OpenAIRE
Journal :
AIP Conference Proceedings
Accession number :
edsair.doi...........72989714ab6e2bd01ef72ad5e5e27bb1
Full Text :
https://doi.org/10.1063/1.1291444