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Measurements of the mass and width of the η(c) using the decay ψ(3686)→γη(c).

Authors :
Ablikim M
Achasov MN
Alberto D
Ambrose DJ
An FF
An Q
An ZH
Bai JZ
Ferroli RB
Ban Y
Becker J
Berger N
Bertani MB
Bian JM
Boger E
Bondarenko O
Boyko I
Briere RA
Bytev V
Cai X
Calcaterra AC
Cao GF
Chang JF
Chelkov G
Chen G
Chen HS
Chen HX
Chen JC
Chen ML
Chen SJ
Chen Y
Chen YB
Cheng HP
Chu YP
Cronin-Hennessy D
Dai HL
Dai JP
Dedovich D
Deng ZY
Denysenko I
Destefanis M
Ding WL
Ding Y
Dong LY
Dong MY
Du SX
Fang J
Fang SS
Feng CQ
Fu CD
Fu JL
Gao Y
Geng C
Goetzen K
Gong WX
Greco M
Gu MH
Gu YT
Guan YH
Guo AQ
Guo LB
Guo YP
Han YL
Hao XQ
Harris FA
He KL
He M
He ZY
Heng YK
Hou ZL
Hu HM
Hu JF
Hu T
Huang B
Huang GM
Huang JS
Huang XT
Huang YP
Hussain T
Ji CS
Ji Q
Ji XB
Ji XL
Jia LK
Jiang LL
Jiang XS
Jiao JB
Jiao Z
Jin DP
Jin S
Jing FF
Kalantar-Nayestanaki N
Kavatsyuk M
Kuehn W
Lai W
Lange JS
Leung JK
Li CH
Li C
Li C
Li DM
Li F
Li G
Li HB
Li JC
Li K
Li L
Li NB
Li QJ
Li SL
Li WD
Li WG
Li XL
Li XN
Li XQ
Li XR
Li ZB
Liang H
Liang YF
Liang YT
Liao GR
Liao XT
Liu BJ
Liu CL
Liu CX
Liu CY
Liu FH
Liu F
Liu F
Liu H
Liu HB
Liu HH
Liu HM
Liu HW
Liu JP
Liu K
Liu K
Liu KY
Liu Q
Liu SB
Liu X
Liu XH
Liu YB
Liu Y
Liu ZA
Liu Z
Liu Z
Loehner H
Lu GR
Lu HJ
Lu JG
Lu QW
Lu XR
Lu YP
Luo CL
Luo MX
Luo T
Luo XL
Lv M
Ma CL
Ma FC
Ma HL
Ma QM
Ma S
Ma T
Ma XY
Maggiora M
Malik QA
Mao H
Mao YJ
Mao ZP
Messchendorp JG
Min J
Min TJ
Mitchell RE
Mo XH
Muchnoi NY
Nefedov Y
Nikolaev IB
Ning Z
Olsen SL
Ouyang Q
Pacetti SP
Park JW
Pelizaeus M
Peters K
Ping JL
Ping RG
Poling R
Pun CS
Qi M
Qian S
Qiao CF
Qin XS
Qiu JF
Rashid KH
Rong G
Ruan XD
Sarantsev A
Schulze J
Shao M
Shen CP
Shen XY
Sheng HY
Shepherd MR
Song XY
Spataro S
Spruck B
Sun DH
Sun GX
Sun JF
Sun SS
Sun XD
Sun YJ
Sun YZ
Sun ZJ
Sun ZT
Tang CJ
Tang X
Thorndike EH
Tian HL
Toth D
Varner GS
Wang B
Wang BQ
Wang K
Wang LL
Wang LL
Wang LS
Wang M
Wang P
Wang PL
Wang Q
Wang QJ
Wang SG
Wang XF
Wang XL
Wang YD
Wang YF
Wang YQ
Wang Z
Wang ZG
Wang ZY
Wei DH
Wen QG
Wen SP
Wiedner U
Wu LH
Wu N
Wu W
Wu Z
Xiao ZJ
Xie YG
Xiu QL
Xu GF
Xu GM
Xu H
Xu QJ
Xu XP
Xu Y
Xu ZR
Xue Z
Yan L
Yan WB
Yan YH
Yang HX
Yang T
Yang Y
Yang YX
Ye H
Ye M
Ye MH
Yu BX
Yu CX
Yu SP
Yuan CZ
Yuan WL
Yuan Y
Zafar AA
Zallo AZ
Zeng Y
Zhang BX
Zhang BY
Zhang CC
Zhang DH
Zhang HH
Zhang HY
Zhang J
Zhang JQ
Zhang JW
Zhang JY
Zhang JZ
Zhang L
Zhang SH
Zhang TR
Zhang XJ
Zhang XY
Zhang Y
Zhang YH
Zhang YS
Zhang ZP
Zhang ZY
Zhao G
Zhao HS
Zhao J
Zhao L
Zhao L
Zhao MG
Zhao Q
Zhao SJ
Zhao TC
Zhao XH
Zhao YB
Zhao ZG
Zhemchugov A
Zheng B
Zheng JP
Zheng YH
Zheng ZP
Zhong B
Zhong J
Zhou L
Zhou XK
Zhou XR
Zhu C
Zhu K
Zhu KJ
Zhu SH
Zhu XL
Zhu XW
Zhu YS
Zhu ZA
Zhuang J
Zou BS
Zou JH
Zuo JX
Source :
Physical review letters [Phys Rev Lett] 2012 Jun 01; Vol. 108 (22), pp. 222002. Date of Electronic Publication: 2012 May 31.
Publication Year :
2012

Abstract

The mass and width of the lowest-lying S-wave spin singlet charmonium state, the η(c), are measured using a data sample of 1.06×10(8) ψ(3686) decays collected with the BESIII detector at the BEPCII storage ring. We use a model that incorporates full interference between the signal reaction, ψ(3686)→γη(c), and a nonresonant radiative background to describe the line shape of the η(c) successfully. We measure the η(c) mass to be 2984.3±0.6±0.6 MeV/c(2) and the total width to be 32.0±1.2±1.0 MeV, where the first errors are statistical and the second are systematic.

Details

Language :
English
ISSN :
1079-7114
Volume :
108
Issue :
22
Database :
MEDLINE
Journal :
Physical review letters
Publication Type :
Academic Journal
Accession number :
23003588
Full Text :
https://doi.org/10.1103/PhysRevLett.108.222002