Back to Search Start Over

Atmospheric ratio in the multi-GeV energy range

Authors :
H. Miyata
J. Suzuki
Y. Takeuchi
Kazumasa Miyano
Masaki Mori
K. Nakamura
Y. Nagashima
Akito Sakai
Atsumu Suzuki
E. W. Beier
Masato Shiozawa
Soo-Bong Kim
S. Kasuga
Y. Fukuda
A. T. Suzuki
K. S. Hirata
Toru Tanimori
T. Hara
K. Kaneyuki
E. D. Frank
M. Koga
Takaaki Kajita
M. Koshiba
R. Van Berg
H. Okazawa
T. Ishizuka
Weiya Zhang
S. Joukou
Shigeki Tasaka
Takanori Ishida
Kunio Inoue
K. Kihara
T. Kumita
H. Takei
Yasunari Suzuki
F. M. Newcomer
K. Nishijima
M. Takita
T. Hayakawa
Y. Totsuka
K. Nishikawa
A. Yoshimoto
Yuichi Oyama
Kunio Matsumoto
A.K. Mann
W. Frati
M. Yamada
T. Kajimura
T. Suda
Masayuki Nakahata
Y. Hayato
Yusuke Koshio
N. Kishi
Source :
Physics Letters B. 335:237-245
Publication Year :
1994
Publisher :
Elsevier BV, 1994.

Abstract

Data from the Kamiokande detector were used to study the atmospheric (v μ + v μ ) (v e + v e ) ratio in the multi-GeV energy range. The observed ratio of μ-like to e-like events relative to the calculated ratio, ( μ /e) data /( μ /e) MC = 0.57 -0.07 +0.08 ± 0.07, suggests that the atmospheric (v μ + v μ ) (v e + v e ) ratio is smaller than expected for these neutrino energies. Also studied was the zenith-angle dependence of the above ratio. Results of an analysis of neutrino oscillations are presented.

Details

ISSN :
03702693
Volume :
335
Database :
OpenAIRE
Journal :
Physics Letters B
Accession number :
edsair.doi...........a25c705fb23a763e449718978157ff3e