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Preliminary results of the Moon shadow using ARGO-YBJ detector

Authors :
G. Aielli
C. Bacci
F. Barone
B. Bartoli
X. J. Bi
C. Bleve
P. Branchini
A. Budano
S. Bussino
A. K. Calabrese Melcarne
P. Camarri
Z. Cao
A. Cappa
R. Cardarelli
S. Catalanotti
C. Cattaneo
S. Cavaliere
P. Celio
S. Z. Chen
N. Cheng
P. Creti
S. W. Cui
G. Cusumano
B. Z. Dai
G. D’Alí Staiti
Danzengluobu
M. Dattoli
R. De Rosa
B. D’Ettorre Piazzoli
M. De Vincenzi
T. Di Girolamo
X. H. Ding
G. Di Sciascio
C. F. Feng
Zhaoyang Feng
Zhenyong Feng
C. Ferrigno
F. Galeazzi
P. Galeotti
X. Y. Gao
R. Gargana
F. Garufi
Q. B. Gou
H. H. He
Haibing Hu
Hongbo Hu
Q. Huang
M. Iacovacci
I. James
H. Y. Jia
Labaciren
H. J. Li
J. Y. Li
B. Liberti
G. Liguori
C. Q. Liu
J. Liu
H. Lu
S. M. Mari
S. Mastroianni
X. R. Meng
J. Mu
L. Nicastro
C. C. Ning
L. Palummo
P. Pistilli
X. B. Qu
E. Rossi
F. Ruggieri
L. Saggese
P. Salvini
R. Santonico
A. Segreto
P. R. Shen
X. D. Sheng
F. Shi
C. Stanescu
A. Surdo
Y. H. Tan
P. Vallania
S. Vernetto
C. Vigorito
H. Wang
Y. G. Wang
C. Y. Wu
H. R. Wu
B. Xu
L. Xue
H. T. Yang
Q. Y. Yang
X. C. Yang
G. C. Yu
A. F. Yuan
M. Zha
H. M. Zhang
J. L. Zhang
L. Zhang
P. Zhang
X. Y. Zhang
Y. Zhang
Zhaxisangzhu
X. X. Zhou
F. R. Zhu
Q. Q. Zhu
G. Zizzi
BERNARDINI, Paolo
DE MITRI, Ivan
MANCARELLA, Giovanni
MARSELLA, GIOVANNI
MARTELLO, Daniele
PANAREO, Marco
PERRONE, Lorenzo
G., Aielli
C., Bacci
F., Barone
B., Bartoli
Bernardini, Paolo
X. J., Bi
C., Bleve
P., Branchini
A., Budano
S., Bussino
A. K., Calabrese Melcarne
P., Camarri
Z., Cao
A., Cappa
R., Cardarelli
S., Catalanotti
C., Cattaneo
S., Cavaliere
P., Celio
S. Z., Chen
N., Cheng
P., Creti
S. W., Cui
G., Cusumano
B. Z., Dai
G., D’Alí Staiti
Danzengluobu
M., Dattoli
DE MITRI, Ivan
R., De Rosa
B., D’Ettorre Piazzoli
M., De Vincenzi
T., Di Girolamo
X. H., Ding
G., Di Sciascio
C. F., Feng
Zhaoyang, Feng
Zhenyong, Feng
C., Ferrigno
F., Galeazzi
P., Galeotti
X. Y., Gao
R., Gargana
F., Garufi
Q. B., Gou
H. H., He
Haibing, Hu
Hongbo, Hu
Q., Huang
M., Iacovacci
I., Jame
H. Y., Jia
Labaciren
H. J., Li
J. Y., Li
B., Liberti
G., Liguori
C. Q., Liu
J., Liu
H., Lu
Mancarella, Giovanni
S. M., Mari
Marsella, Giovanni
Martello, Daniele
S., Mastroianni
X. R., Meng
J., Mu
L., Nicastro
C. C., Ning
L., Palummo
Panareo, Marco
Perrone, Lorenzo
P., Pistilli
X. B., Qu
E., Rossi
F., Ruggieri
L., Saggese
P., Salvini
R., Santonico
A., Segreto
P. R., Shen
X. D., Sheng
F., Shi
C., Stanescu
A., Surdo
Y. H., Tan
P., Vallania
S., Vernetto
C., Vigorito
H., Wang
Y. G., Wang
C. Y., Wu
H. R., Wu
B., Xu
L., Xue
H. T., Yang
Q. Y., Yang
X. C., Yang
G. C., Yu
A. F., Yuan
M., Zha
H. M., Zhang
J. L., Zhang
L., Zhang
P., Zhang
X. Y., Zhang
Y., Zhang
Zhaxisangzhu
X. X., Zhou
F. R., Zhu
Q. Q., Zhu
G., Zizzi
Aielli, G
Bacci, C
Bartoli, B
Bernardini, P
Bi, Xj
Bleve, C
Branchini, P
Budano, A
Bussino, Severino Angelo Maria
Calabrese Melcarne, Ak
Camarri, P
Cao, Z
Cappa, A
Cardarelli, R
Catalanotti, S
Cattaneo, C
Celio, P
Chen, Sz
Chen, Tl
Chen, Y
Cheng, N
Creti, P
Cui, Sw
Dai, Bz
D'Ali Staiti, G
Dattoli, M
De Mitri, I
D'Ettorre Piazzoli, B
De Vincenzi, M
Di Girolamo, T
Ding, Xh
Di Sciascio, G
Feng, Cf
Feng Zhao, Yang
Feng Zhen, Yong
Galeazzi, F
Galeotti, P
Gargana, R
Gou, Qb
Guo, Yq
He, Hh
Hu, Haibing
Hu Hong, Bo
Huang, Q
Iacovacci, M
Iuppa, R
James, I
Jia, Hy
Li, Hj
Li, Jy
Li, Xx
Liberti, B
Liguori, G
Liu, C
Liu, Cq
Liu, My
Liu, J
Lu, H
Ma, Xh
Mancarella, G
Mari, Stefano Maria
Marsella, G
Martello, D
Mastroianni, S
Meng, Xr
Montini, P
Ning, Cc
Pagliaro, A
Panareo, M
Perrone, L
Pistilli, P
Qu, Xb
Rossi, E
Ruggieri, F
Saggese, L
Salvini, P
Santonico, R
Shen, Pr
Sheng, Xd
Shi, F
Stanescu, C
Surdo, A
Tan, Yh
Vallania, P
Vernetto, S
Vigorito, C
Wang, B
Wang, H
Wu, Cy
Wu, Hr
Xu, B
Xue, L
Yan, Yx
Yang, Qy
Yang, Xc
Yuan, Af
Zha, M
Zhang, Hm
Zhang Ji, Long
Zhang Jian, Li
Zhang, L
Zhang, P
Zhang, Xy
Zhang, Y
Zhou, Xx
Zhu, Fr
Zhu, Qq
Zizzi, G.
Source :
Nuclear Physics B - Proceedings Supplements. :551-554
Publication Year :
2008
Publisher :
Elsevier BV, 2008.

Abstract

ARGO-YBJ is a “full coverage” air shower detector consisting of Resistive Plate Chambers(RPCs) at the Yangbajing High Altitude Cosmic Ray Laboratory (Tibet, China) at 4300 m a.s.l. (lat=30.11° N, long=90.53° E). Using the data collected with a carpet of RPCs (1900 m 2 , about 1/3 of the whole ARGO-YBJ detector), the cosmic ray shadowing effect due to the Moon was studied. The 50% angular resolution is found to be ∼1.2° with the Chess-board method and the Moon shadow with a significance of 4.9 σ is found displaced by 0.7° westward and 0.5° northward with respect to the expected position by the equi-zenith angle Method.

Details

ISSN :
09205632
Database :
OpenAIRE
Journal :
Nuclear Physics B - Proceedings Supplements
Accession number :
edsair.doi.dedup.....1ac830a1713c5dac821aee3adad64047
Full Text :
https://doi.org/10.1016/j.nuclphysbps.2007.11.069