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First measurements with the ARGO-YBJ detector

Authors :
Bernardini P
Bleve C
Creti P
De Mitri I
DeVincenzi M
Mancarella G
Marsella G
Martello D
Panareo M
Pino C
Surdo A
Barone F
Bartoli B
Catalanotti S
Cavaliere S
D’Ettorre Piazzoli B
Di Girolamo T
Di Sciascio G
Iacovacci M
Mastroianni S
Milano L
Rossi E
Saggese L
Cusumano G
D’Ali’ Staiti G
Nicastro L
Sacco B
Liguori G
Salvini P
Aielli G
Camarri P
Cardarelli R
Cavaliere A
D’Elia V
Liberti B
Santonico R
Bacci C
Celio P
Cesaroni F
De Marinis E
Fratini K
MARI, Stefano Maria
Pieri L
Pistilli P
Stanescu C
Storini M
Vallania P
Vernetto S
Gou QB
He HH
Hu HB
Jing CL
Kuang HH
Lu H
Shen PR
Sheng XD
Tan YH
Wang H
Wang HY
Wu CY
Zhang HM
Zhang JL
Zhang Y
Zhu QQ
Feng CF
He M
Li JY
Wang YG
Xue L
Zhang NJ
Zhang XY
Feng ZY
Huang Q
Jia HY
Yu GC
Zhou XX
Danzengluobu
Ding XH
Guo HW
Hu Haibing
Labaciren
Meng XR
Ning CC
Yuan AF
Zhaxisangzhu
Gao XY
Geng QX
Liu CQ
Liu J
Mu J
Yangv HT
Yang QY
Yang XC
Zhang L
Zhang P
Bao KZ
Sun LR
Sun SC
Yue XD
Yao QK
Ma YM
Cheng KS
BUSSINO, Severino Angelo Maria
Celio P, Bussino S, La Rosa A, Mari S, Martello D, Stanescu C, Surdo A
Bernardini, P
Bleve, C
Creti, P
De Mitri, I
Devincenzi, M
Mancarella, G
Marsella, G
Martello, D
Panareo, M
Pino, C
Surdo, A
Barone, F
Bartoli, B
Catalanotti, S
Cavaliere, S
D’Ettorre Piazzoli, B
Di Girolamo, T
Di Sciascio, G
Iacovacci, M
Mastroianni, S
Milano, L
Rossi, E
Saggese, L
Cusumano, G
D’Ali’ Staiti, G
Nicastro, L
Sacco, B
Liguori, G
Salvini, P
Aielli, G
Camarri, P
Cardarelli, R
Cavaliere, A
D’Elia, V
Liberti, B
Santonico, R
Bacci, C
Bussino, Severino Angelo Maria
Celio, P
Cesaroni, F
De Marinis, E
Fratini, K
Mari, Stefano Maria
Pieri, L
Pistilli, P
Stanescu, C
Storini, M
Vallania, P
Vernetto, S
Gou, Qb
He, Hh
Hu, Hb
Jing, Cl
Kuang, Hh
Lu, H
Shen, Pr
Sheng, Xd
Tan, Yh
Wang, H
Wang, Hy
Wu, Cy
Zhang, Hm
Zhang, Jl
Zhang, Y
Zhu, Qq
Feng, Cf
He, M
Li, Jy
Wang, Yg
Xue, L
Zhang, Nj
Zhang, Xy
Feng, Zy
Huang, Q
Jia, Hy
Yu, Gc
Zhou, Xx
Danzengluobu
Ding, Xh
Guo, Hw
Hu, Haibing
Labaciren
Meng, Xr
Ning, Cc
Yuan, Af
Zhaxisangzhu
Gao, Xy
Geng, Qx
Liu, Cq
Liu, J
Mu, J
Yangv, Ht
Yang, Qy
Yang, Xc
Zhang, L
Zhang, P
Bao, Kz
Sun, Lr
Sun, Sc
Yue, Xd
Yao, Qk
Ma, Ym
Cheng, Ks
Publication Year :
2003
Publisher :
Universal Academy Press, Inc., 2003.

Abstract

The detection of small size air showers at high altitude allows the search for γ-ray point sources at few hundreds GeV energy threshold. The ARGO-YBJ experiment, currently under construction at the Yangbajing Cosmic Ray Laboratory (4300 m a.s.l.), has been designed to meet these requirements by exploiting the RPC technology and a dedicated DAQ system based on a custom high-speed read-out architecture. About 1600 m2 of detector have been instrumented and put into operation for calibration runs devoted to test the performance of the individual components and their integrated operation. Events collected with a ’shower mode’ trigger have been recorded to check the consistency of physics data. We present the current status of the experiment and report on future prospects.

Details

Database :
OpenAIRE
Accession number :
edsair.od......3668..4cfdd9150895d88fb5eb4b05d52a5f88