1 research outputs found
Measurements of the center-of-mass energies at BESIII via the di-muon process
- Author
- Ablikim M.
- Achasov M.N.
- Ai X.C.
- Albayrak O.
- Albrecht M.
- Ambrose D.J.
- Amoroso A.
- An F.F.
- An Q.
- Bai J.Z.
- Baldini Ferroli R.
- Ban Y.
- Bennett D.W.
- Bennett J.V.
- Bertani M.
- Bettoni D.
- Bian J.M.
- Bianchi F.
- Boger E.
- Boyko I.
- Briere R.A.
- Cai H.
- Cai X.
- Cakir O.
- Calcaterra A.
- Cao G.F.
- Cetin S.A.
- Chang J.F.
- Chelkov G.
- Chen G.
- Chen H.S.
- Chen H.Y.
- Chen J.C.
- Chen M.L.
- Chen S.J.
- Chen X.
- Chen X.R.
- Chen Y.B.
- Cheng H.P.
- Chu X.K.
- Cibinetto G.
- Dai H.L.
- Dai J.P.
- Dbeyssi A.
- De Mori F.
- Dedovich D.
- Deng Z.Y.
- Denig A.
- Denysenko I.
- Destefanis M.
- Ding Y.
- Dong C.
- Dong J.
- Dong L.Y.
- Dong M.Y.
- Du S.X.
- Duan P.F.
- Fan J.Z.
- Fang J.
- Fang S.S.
- Fang X.
- Fang Y.
- Fava L.
- Feldbauer F.
- Felici G.
- Feng C.Q.
- Fioravanti E.
- Fritsch M.
- Fu C.D.
- Gao Q.
- Gao X.L.
- Gao X.Y.
- Gao Y.
- Gao Z.
- Garzia I.
- Goetzen K.
- Gong W.X.
- Gradl W.
- Greco M.
- Gu M.H.
- Gu Y.T.
- Guan Y.H.
- Guo A.Q.
- Guo L.B.
- Guo Y.
- Guo Y.P.
- Haddadi Z.
- Hafner A.
- Han S.
- Hao X.Q.
- Harris F.A.
- He K.L.
- Held T.
- Heng Y.K.
- Hou Z.L.
- Hu C.
- Hu H.M.
- Hu J.F.
- Hu T.
- Hu Y.
- Huang G.M.
- Huang G.S.
- Huang J.S.
- Huang X.T.
- Huang Y.
- Hussain T.
- Ji Q.
- Ji Q.P.
- Ji X.B.
- Ji X.L.
- Jiang L.W.
- Jiang X.S.
- Jiang X.Y.
- Jiao J.B.
- Jiao Z.
- Jin D.P.
- Jin S.
- Johansson T.
- Julin A.
- Kalantar-Nayestanaki N.
- Kang X.L.
- Kang X.S.
- Kavatsyuk M.
- Ke B.C.
- Kiese P.
- Kliemt R.
- Kloss B.
- Kolcu O.B.
- Kopf B.
- Kornicer M.
- Kupsc A.
- Kühn W.
- Lange J.S.
- Lara M.
- Larin P.
- Leng C.
- Li C.
- Li Cheng
- Li D.M.
- Li F.
- Li F.Y.
- Li G.
- Li H.B.
- Li J.C.
- Li Jin
- Li K.
- Li K.
- Li Lei
- Li P.R.
- Li T.
- Li W.D.
- Li W.G.
- Li X.L.
- Li X.M.
- Li X.N.
- Li X.Q.
- Li Z.B.
- Liang H.
- Liang Y.F.
- Liang Y.T.
- Liao G.R.
- Lin D.X.
- Liu B.J.
- Liu C.X.
- Liu D.
- Liu F.H.
- Liu Fang
- Liu Feng
- Liu H.B.
- Liu H.H.
- Liu H.H.
- Liu H.M.
- Liu J.
- Liu J.B.
- Liu J.P.
- Liu J.Y.
- Liu K.
- Liu K.Y.
- Liu L.D.
- Liu P.L.
- Liu Q.
- Liu S.B.
- Liu X.
- Liu Y.B.
- Liu Z.A.
- Liu Zhiqing
- Loehner H.
- Lou X.C.
- Lu H.J.
- Lu J.G.
- Lu Y.
- Lu Y.P.
- Luo C.L.
- Luo M.X.
- Luo T.
- Luo X.L.
- Lyu X.R.
- Ma F.C.
- Ma H.L.
- Ma L.L.
- Ma Q.M.
- Ma T.
- Ma X.N.
- Ma X.Y.
- Maas F.E.
- Maggiora M.
- Mao Y.J.
- Mao Z.P.
- Marcello S.
- Messchendorp J.G.
- Min J.
- Mitchell R.E.
- Mo X.H.
- Mo Y.J.
- Morales Morales C.
- Moriya K.
- Muchnoi N. Yu.
- Muramatsu H.
- Nefedov Y.
- Nerling F.
- Nikolaev I.B.
- Ning Z.
- Nisar S.
- Niu S.L.
- Niu X.Y.
- Olsen S.L.
- Ouyang Q.
- Pacetti S.
- Pan Y.
- Patteri P.
- Pelizaeus M.
- Peng H.P.
- Peters K.
- Pettersson J.
- Ping J.L.
- Ping R.G.
- Poling R.
- Prasad V.
- Qi M.
- Qian S.
- Qiao C.F.
- Qin L.Q.
- Qin N.
- Qin X.S.
- Qin Z.H.
- Qiu J.F.
- Rashid K.H.
- Redmer C.F.
- Ripka M.
- Rong G.
- Rosner Ch.
- Ruan X.D.
- Santoro V.
- Sarantsev A.A.
- Savrié M.
- Schoenning B.K.
- Schumann S.
- Shan W.
- Shao M.
- Shen C.P.
- Shen P.X.
- Shen X.Y.
- Sheng H.Y.
- Song W.M.
- Song X.Y.
- Sosio S.
- Spataro S.
- Sun G.X.
- Sun J.F.
- Sun S.S.
- Sun Y.J.
- Sun Y.Z.
- Sun Z.J.
- Sun Z.T.
- Tang C.J.
- Tang X.
- Tapan I.
- Thorndike E.H.
- Tiemens M.
- Ullrich M.
- Uman I.
- Varner G.S.
- Wang B.
- Wang D.
- Wang D.Y.
- Wang K.
- Wang L.L.
- Wang L.S.
- Wang M.
- Wang P.
- Wang P.L.
- Wang S.G.
- Wang W.
- Wang W.P.
- Wang X.F.
- Wang Y.D.
- Wang Y.F.
- Wang Y.Q.
- Wang Z.
- Wang Z.G.
- Wang Z.H.
- Wang Z.Y.
- Weber T.
- Wei D.H.
- Wei J.B.
- Weidenkaff P.
- Wen S.P.
- Wiedner U.
- Wolke M.
- Wu L.H.
- Wu Z.
- Xia L.
- Xia L.G.
- Xia Y.
- Xiao D.
- Xiao H.
- Xiao Z.J.
- Xie Y.G.
- Xiu Q.L.
- Xu G.F.
- Xu L.
- Xu Q.J.
- Xu X.P.
- Yan L.
- Yan W.B.
- Yan W.C.
- Yan Y.H.
- Yang H.J.
- Yang H.X.
- Yang L.
- Yang Y.
- Yang Y.X.
- Ye M.
- Ye M.H.
- Yin J.H.
- Yu B.X.
- Yu C.X.
- Yu J.S.
- Yuan C.Z.
- Yuan W.L.
- Yuan Y.
- Yuncu A.
- Zafar A.A.
- Zallo A.
- Zeng A.Y.
- Zeng Z.
- Zhang B.X.
- Zhang B.Y.
- Zhang C.
- Zhang C.C.
- Zhang D.H.
- Zhang H.H.
- Zhang H.Y.
- Zhang J.J.
- Zhang J.L.
- Zhang J.Q.
- Zhang J.W.
- Zhang J.Y.
- Zhang J.Z.
- Zhang K.
- Zhang L.
- Zhang X.Y.
- Zhang Y.
- Zhang Y.H.
- Zhang Y.N.
- Zhang Y.T.
- Zhang Yu
- Zhang Z.H.
- Zhang Z.P.
- Zhang Z.Y.
- Zhao G.
- Zhao J.W.
- Zhao J.Y.
- Zhao J.Z.
- Zhao Lei
- Zhao Ling
- Zhao M.G.
- Zhao Q.
- Zhao Q.W.
- Zhao S.J.
- Zhao T.C.
- Zhao Y.B.
- Zhao Z.G.
- Zhemchugov A.
- Zheng B.
- Zheng J.P.
- Zheng W.J.
- Zheng Y.H.
- Zhong B.
- Zhou L.
- Zhou X.
- Zhou X.K.
- Zhou X.R.
- Zhou X.Y.
- Zhu K.
- Zhu K.J.
- Zhu S.
- Zhu S.H.
- Zhu X.L.
- Zhu Y.C.
- Zhu Y.S.
- Zhu Z.A.
- Zhuang J.
- Zotti L.
- Zou B.S.
- Zou J.H.
- Publication venue
- 'IOP Publishing'
- Publication date
- 01/01/2016
- Field of study
Get PDFFrom 2011 to 2014, the BESIII experiment collected about 5 fb-1 data at center-of-mass energies around 4 GeV for the studies of the charmonium-like and higher excited charmonium states. By analyzing the di-muon process e+e- → γISR/FSRμ+μ-, the center-of-mass energies of the data samples are measured with a precision of 0.8 MeV. The center-of-mass energy is found to be stable for most of the time during data taking
