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THE DETECTION OF THE HIGH-ENERGY EAS MUON COMPONENT WITH THE LST DETECTOR OF KASCADE-GRANDE

Authors :
H. J. Mathes
Y. Kolotaev
J.R. Hörandel
D. Zimmermann
Peter Buchholz
R. Engel
R. Obenland
I.M. Brancus
Markus Roth
H.O. Klages
J. Engler
H.J. Gils
S. Plewnia
H.J. Mayer
Alexandru Bercuci
H. Ulrich
F. Feßler
Wolfgang Walkowiak
F. Badea
A. Haungs
Kai Daumiller
S. Valchierotti
P. Doll
H. Blümer
Marcio Aparecido Muller
J. Zabierowski
S. Ostapchenko
H. Rebel
S. Over
A. Risse
B. Mitrica
M. Brüggemann
R. Glasstetter
S. Zagromski
J. Wochele
T. Thouw
F. Di Pierro
M. Petcu
M. E. Bertaina
A. Chiavassa
C. Büttner
H. Bozdog
D. Heck
G. C. Trinchero
J. Milke
J. van Buren
M. Stümpert
W. D. Apel
K. Bekk
J. Oehlschläger
G. Navarra
J. Scholz
H. Schieler
K. H. Kampert
G. Toma
Gernot Maier
T. Antoni
P. L. Ghia
A. Weindl
C. Morello
Source :
International Journal of Modern Physics A. 20:6781-6783
Publication Year :
2005
Publisher :
World Scientific Pub Co Pte Lt, 2005.

Abstract

A Limited Streamer Tube (LST) detector system has been installed at the KASCADE-Grande experiment to study the Extensive Air Showers (EAS) muon component above a threshold of 2.4 GeV. The extended area of 255 m2 of the LST and the fine granularity of detection enables a detailed study of the muon spatial distribution in the very central zone of the air shower. A dedicated, fractal based analysis has been developed to take advantage of the observables of this detector setup. The sensitivity on cosmic rays mass and energy discrimination has been verified, based on 1.5 years of data collection by the KASCADE experiment.

Details

ISSN :
1793656X and 0217751X
Volume :
20
Database :
OpenAIRE
Journal :
International Journal of Modern Physics A
Accession number :
edsair.doi...........bd82bdd73b4e35ef9351aa40c64a823b