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Status report on CHORUS experiment at CERN

Authors :: B. Saitta
J. S. Song
M. Serin-Zeyrek
Shigeki Aoki
N. Armenise
A. Ereditato
Kimio Niwa
P. Gorbunov
H. Øverås
W. Flegel
C.A.F.J. van der Poel
J. L. Visschers
Alfredo G. Cocco
E. Eskut
M. de Jong
M. Kazuno
G. Grella
I. Tezuka
P. Zucchelli
J. Konijn
Ramazan Sever
Jürgen Brunner
D. Rondeshagen
V. Khovansky
I. G. Park
Osamu Sato
M. Gruwe
K. Niu
Denis Favart
C. Luppi
D. Macina
R. Meijer Drees
Kazuma Nakazawa
R. Beyer
P. F. Loverre
R. Santacesaria
K. Winter
T. Patzak
V. Shamanov
H. Chikawa
P. Lendermann
G. Grégoire
G. Romano
Antonio Capone
Yoshihiro Sato
Franco Meddi
K. Hoshino
G. Rosa
Gaston Wilquet
P. Tolun
Pierre Vilain
Makoto Kobayashi
D. Bonekämper
M. T. Muciaccia
H. Shibuya
L. Michel
G. Piredda
K.S. Chung
S. Di Liberto
Jean-Paul Fabre
F. Marchetti-Stasi
K. Nakamura
I. T. Lim
M. G. Catanesi
E. Di Capua
R. Ferreira
Vincent Lemaitre
Toshiyuki Nakano
S. Ricciardi
T. Hara
J. Panman
V. Smirnitsky
Y. Nakamura
M. Nakamura
D. De Pedis
Koichi Kodama
E. Arik
Gulsen Onengut
J. Y. Kim
M.A. Mazzoni
Salvatore Buontempo
Henry T. Wong
U. Dore
C. Mommaert
C. H. Hahn
D. Frekers
Alexandre Rozanov
S. Simone
T. Okusawa
P. Strolin
E. Pesen
G. Stefanini
M. Teranaka
A. Mailov
Mehmet Zeyrek
P. Migliozzi
A. Artamonov
G. Fiorillo
V. Palladino
X. Lauwerys
N. Ushida
F. Riccardi
Kerstin Hoepfner
E., Arik
N., Armenise
S., Aoki
A., Artamonov
R., Beyer
J., Brunner
S., Buontempo
M. G., Catanesi
H., Chikawa
K. S., Chung
A., Cocco
A., Capone
M., Dejong
D., Depedi
E., Dicapua
S., Diliberto
U., Dore
A., Ereditato
E., Eskut
J. P., Fabre
D., Favart
R., Ferreira
Fiorillo, Giuliana
W., Flegel
D., Freker
P., Gorbunov
G., Gregoire
G., Grella
M., Gruwe
C. H., Hahn
T., Hara
K., Hoepfner
K., Hoshino
M., Kazuno
J. Y., Kim
M., Kobayashi
K., Kodama
J., Konijn
V., Khovansky
X., Lauwery
V., Lemaitre
P., Lendermann
I. T., Lim
C., Luppi
P. F., Loverre
D., Macina
A. A., Mailov
F., Marchettistasi
M. A., Mazzoni
F., Meddi
R. M., Dree
L., Michel
P., Migliozzi
C., Mommaert
M. T., Muciaccia
K., Nakamura
M., Nakamura
Y., Nakamura
T., Nakano
K., Nakazawa
K., Niu
K., Niwa
T., Okusawa
G., Onengut
H., Overa
Palladino, Vittorio
J., Panman
I. G., Park
T., Patzak
E., Pesen
G., Piredda
F., Riccardi
S., Ricciardi
G., Romano
D., Rondeshagen
G., Rosa
A., Rozanov
B., Saitta
R., Santacesaria
O., Sato
Y., Sato
M., Serinzeyrek
R., Sever
V., Shamanov
H., Shibuya
S., Simone
V., Smirnitsky
J. S., Song
G., Stefanini
P., Strolin
M., Teranaka
I., Tezuka
P., Tolun
N., Ushida
C. A., F.
P., Vilain
J. L., Visscher
G., Wilquet
K., Winter
H., Wong
M. T., Zeyrek
P., Zucchelli
Other Research IHEF (IoP, FNWI)
Source :: Nuclear Instruments & Methods in Physics Research Section A-Accelerators Spectrometers Detectors and Associated Equipment, 360. Elsevier
Publication Year :: 1995
Publisher :: Elsevier BV, 1995.
Abstract: The WA95/CHORUS experiment at CERN is a dedicated nu(mu)-nu(tau) oscillation search experiment. Using the wide band neutrino beam of the CERN-SPS accelerator, with an exposure of 2.4 X 10(19) protons on the target, this experiment will explore the domain of small mixing angles down to sin(2) 2 theta(mu tau) approximate to 3 X 10(-4) for mass differences Delta m(2) > 1 eV(2), more than one order of magnitude better than the current limits. The conceptual design of the CHORUS experiment and data on the detector performances are reported.

Details

ISSN :: 01689002
Volume :: 360
Database :: OpenAIRE
Journal :: Nuclear Instruments and Methods in Physics Research Section A: Accelerators, Spectrometers, Detectors and Associated Equipment
Accession number :: edsair.doi.dedup.....ec0081952fcdf2caa38895b623aad653
Full Text :: https://doi.org/10.1016/0168-9002(94)01720-4