13 research outputs found
The generation and inactivation mechanism of oxidation-reduction potential of electrolyzed oxidizing water
- Publication venue
- Publication date
- 01/01/2007
- Field of study
Evaluating the efficacy of three sanitizing agents for extending the shelf life of fresh-cut baby spinach: food safety and quality aspects
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- Al-Haq MI
- Allende A Selma MV, López-Gálvez F, et al.
- Annous BA Burke A, Sites JE
- Artés F
- Baert L Vandekinderen I, Devlieghere F, et al.
- Beuchat LR Adler BB, Lang MM
- Buchholz A
- Chen Q
- Chen Z Zhu C, Zhang Y, et al.
- Du J
- Du J Fu Y, Wang N
- Fabrizio K Cutter C
- Garcia A
- Gil MI
- Gómez-López VM
- Gómez-López VM Ragaert P, Ryckeboer J, et al.
- Han Y Sherman D, Linton RH, et al.
- Huang Y-R
- Izumi H
- Jin HH
- Keskinen LA Burke A, Annous BA
- King DA Lucia LM, Castillo A, et al.
- Koca N Karadeniz F, Burdurlu HS
- Kondo N Murata M, Isshiki K
- Koseki S Yoshida K, Isobe S, et al.
- Lee KM Runyon M, Herrman TJ, et al.
- Liao LB Chen WM, Xiao XM
- Lopez-Galvez F
- López-Gálvez F
- Martínez-Sánchez A Allende A, Bennett RN, et al.
- Matile P Hörtensteiner S, Thomas H
- McDonnell GG
- Middleton A Chadwick M, Sanderson J, et al.
- Moore ER
- Neal JA Marquez-Gonzalez M, Cabrera-Diaz E, et al.
- Nicholl P Mcinerney S, Prendergast M
- Oh SW Dancer GI, Kang DH
- Olaimat AN Holley RA
- Rahman SME
- Ramos B Miller F, Brandão TR, et al.
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- Vandekinderen I Devlieghere F, De Meulenaer B, et al.
- Wu VCH Kim B
- Yamauchi N Watada AE
- Young SB
- Publication venue
- 'American Institute of Mathematical Sciences (AIMS)'
- Publication date
- 01/01/2019
- Field of study
Observation of chi(cJ) -> Lambda(Lambda)over-bar(eta)
- Author
- Ablikim M
- Achasov MN
- Adlarson P
- Albrecht M
- Aliberti R
- Amoroso A
- An MR
- An Q
- Bai XH
- Bai Y
- Bakina O
- Balossino I
- Ban Y
- Batozskaya V
- Becker D
- Begzsuren K
- Berger N
- Bertani M
- Bettoni D
- Bianchi F
- Bloms J
- Bortone A
- Boyko I
- Briere RA
- Brueggemann A
- Cai H
- Cai X
- Calcaterra A
- Cao GF
- Cao N
- Cetin SA
- Chang JF
- Chang WL
- Chelkov G
- Chen C
- Chen C
- Chen G
- Chen HS
- Chen ML
- Chen SJ
- Chen SM
- Chen T
- Chen XR
- Chen XT
- Chen YB
- Chen ZJ
- Cheng WS
- Choi SK
- Chu X
- Cibinetto G
- Cossio F
- Cui JJ
- Dai HL
- Dai JP
- Dbeyssi A
- de Boer RE
- De Mori F
- Dedovich D
- Deng ZY
- Denig A
- Denysenko I
- Destefanis M
- Ding Y
- Dong J
- Dong LY
- Dong MY
- Dong X
- Du SX
- Egorov P
- Fan YL
- Fang J
- Fang SS
- Fang WX
- Fang Y
- Farinelli R
- Fava L
- Feldbauer F
- Felici G
- Feng CQ
- Feng JH
- Ferroli RB
- Fischer K
- Fritsch M
- Fritzsch C
- Fu CD
- Gao H
- Gao Y
- Gao YN
- Garbolino S
- Garzia I
- Ge PT
- Ge ZW
- Geng C
- Gersabeck EM
- Gilman A
- Goetzen K
- Gong L
- Gong WX
- Gradl W
- Greco M
- Gu LM
- Gu MH
- Gu YT
- Guan CY
- Guo AQ
- Guo LB
- Guo RP
- Guo YP
- Guskov A
- Han TT
- Han WY
- Hao XQ
- Harris FA
- He KK
- He KL
- Heinsius FH
- Heinz CH
- Heng YK
- Herold C
- Himmelreich M
- Hou GY
- Hou YR
- Hou ZL
- Hu HM
- Hu JF
- Hu T
- Hu Y
- Huang GS
- Huang KX
- Huang LQ
- Huang LQ
- Huang XT
- Huang YP
- Huang Z
- Husken N
- Hussain T
- Imoehl W
- Irshad M
- Jackson J
- Jaeger S
- Janchiv S
- Jang E
- Jeong JH
- Ji Q
- Ji QP
- Ji XB
- Ji XL
- Ji YY
- Jia ZK
- Jiang HB
- Jiang SS
- Jiang XS
- Jiang Y
- Jiao JB
- Jiao Z
- Jin S
- Jin Y
- Jing MQ
- Johansson T
- Kalantar-Nayestanaki N
- Kang XS
- Kappert R
- Kavatsyuk M
- Ke BC
- Keshk IK
- Khoukaz A
- Kiese P
- Kiuchi R
- Kliemt R
- Koch L
- Kolcu OB
- Kopf B
- Kuemmel M
- Kuessner M
- Kuhn W
- Kupsc A
- Lane JJ
- Lange JS
- Larin P
- Lavania A
- Lavezzi L
- Lei ZH
- Leithoff H
- Lellmann M
- Lenz T
- Li C
- Li C
- Li C
- Li CH
- Li DM
- Li F
- Li G
- Li H
- Li H
- Li HB
- Li HJ
- Li HN
- Li JQ
- Li JS
- Li JW
- Li K
- Li L
- Li LJ
- Li LK
- Li MH
- Li PR
- Li SX
- Li SY
- Li T
- Li WD
- Li WG
- Li XH
- Li XL
- Li XY
- Liang H
- Liang H
- Liang H
- Liang YF
- Liang YT
- Liao GR
- Liao LZ
- Libby J
- Limphirat A
- Lin CX
- Lin DX
- Lin T
- Liu BJ
- Liu CX
- Liu D
- Liu F
- Liu F
- Liu FH
- Liu GM
- Liu H
- Liu HB
- Liu HH
- Liu HH
- Liu HM
- Liu JB
- Liu JL
- Liu JY
- Liu K
- Liu K
- Liu KY
- Liu L
- Liu L
- Liu MH
- Liu PL
- Liu Q
- Liu SB
- Liu T
- Liu WK
- Liu WM
- Liu X
- Liu Y
- Liu YB
- Liu ZA
- Liu ZQ
- Lou XC
- Lu FX
- Lu HJ
- Lu JG
- Lu XL
- Lu Y
- Lu YP
- Lu ZH
- Luo CL
- Luo MX
- Luo T
- Luo XL
- Lyu XR
- Lyu YF
- Ma FC
- Ma HL
- Ma LL
- Ma MM
- Ma QM
- Ma RQ
- Ma RT
- Ma XY
- Ma Y
- Maas FE
- Maggiora M
- Maldaner S
- Malde S
- Malik QA
- Mangoni A
- Mao YJ
- Mao ZP
- Marcello S
- Meng ZX
- Messchendorp JG
- Mezzadri G
- Miao H
- Min TJ
- Mitchell RE
- Mo XH
- Muchnoi NY
- Nefedov Y
- Nerling F
- Nikolaev IB
- Ning Z
- Nisar S
- Niu Y
- Olsen SL
- Ouyang Q
- Pacetti S
- Pan X
- Pan Y
- Pathak A
- Pelizaeus M
- Peng HP
- Peters K
- Ping JL
- Ping RG
- Plura S
- Pogodin S
- Prasad V
- Qi FZ
- Qi H
- Qi HR
- Qi M
- Qi TY
- Qian S
- Qian WB
- Qian Z
- Qiao CF
- Qin JJ
- Qin LQ
- Qin XP
- Qin XS
- Qin ZH
- Qiu JF
- Qu SQ
- Rashid KH
- Redmer CF
- Ren KJ
- Rivetti A
- Rodin V
- Rolo M
- Rong G
- Rosner C
- Ruan SN
- Sang HS
- Sarantsev A
- Schelhaas Y
- Schnier C
- Schoenning K
- Scodeggio M
- Shan KY
- Shan W
- Shan XY
- Shangguan JF
- Shao LG
- Shao M
- Shen CP
- Shen HF
- Shen XY
- Shi BA
- Shi HC
- Shi JY
- Shi QQ
- Shi RS
- Shi X
- Shi XD
- Song JJ
- Song WM
- Song YX
- Sosio S
- Spataro S
- Stieler F
- Su KX
- Su PP
- Su YJ
- Sun GX
- Sun H
- Sun HK
- Sun JF
- Sun L
- Sun SS
- Sun T
- Sun WY
- Sun X
- Sun YJ
- Sun YZ
- Sun ZT
- Tan YH
- Tan YX
- Tang CJ
- Tang GY
- Tang J
- Tao LY
- Tao QT
- Tat M
- Teng JX
- Thoren V
- Tian WH
- Tian Y
- Uman I
- Wang B
- Wang BL
- Wang CW
- Wang DY
- Wang F
- Wang HJ
- Wang HP
- Wang K
- Wang LL
- Wang M
- Wang M
- Wang MZ
- Wang S
- Wang S
- Wang T
- Wang TJ
- Wang W
- Wang WH
- Wang WP
- Wang X
- Wang XF
- Wang XL
- Wang Y
- Wang YD
- Wang YF
- Wang YH
- Wang YQ
- Wang YQ
- Wang Z
- Wang Z
- Wang ZY
- Wei DH
- Weidner F
- Wen SP
- White DJ
- Wiedner U
- Wilkinson G
- Wolke M
- Wollenberg L
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- Wu LH
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- Wu X
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- Xiao D
- Xiao GY
- Xiao H
- Xiao SY
- Xiao YL
- Xiao ZJ
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- Xie XH
- Xie Y
- Xie YG
- Xie YH
- Xie ZP
- Xing TY
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- Xu CJ
- Xu GF
- Xu HY
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- Yan F
- Yan L
- Yan WB
- Yan WC
- Yang HJ
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- Yang SL
- Yang T
- Yang YF
- Yang YF
- Yang YX
- Ye M
- Ye MH
- Yin JH
- You ZY
- Yu BX
- Yu CX
- Yu G
- Yu T
- Yuan CZ
- Yuan L
- Yuan SC
- Yuan XQ
- Yuan Y
- Yuan ZY
- Yue CX
- Zafar AA
- Zeng FR
- Zeng X
- Zeng Y
- Zeng YJ
- Zhan YH
- Zhang AQ
- Zhang BL
- Zhang BX
- Zhang DH
- Zhang GY
- Zhang H
- Zhang HH
- Zhang HH
- Zhang HY
- Zhang JL
- Zhang JQ
- Zhang JW
- Zhang JW
- Zhang JX
- Zhang JY
- Zhang JY
- Zhang JZ
- Zhang L
- Zhang LM
- Zhang LQ
- Zhang P
- Zhang QY
- Zhang SH
- Zhang SL
- Zhang XD
- Zhang XM
- Zhang XY
- Zhang XY
- Zhang Y
- Zhang Y
- Zhang Y
- Zhang YH
- Zhang YT
- Zhang ZH
- Zhang ZY
- Zhang ZY
- Zhao G
- Zhao J
- Zhao JY
- Zhao JZ
- Zhao L
- Zhao L
- Zhao MG
- Zhao Q
- Zhao SJ
- Zhao YB
- Zhao YX
- Zhao ZG
- Zhemchugov A
- Zheng B
- Zheng JP
- Zheng YH
- Zhong B
- Zhong C
- Zhong X
- Zhou H
- Zhou LP
- Zhou X
- Zhou XK
- Zhou XR
- Zhou XY
- Zhou YZ
- Zhu J
- Zhu K
- Zhu KJ
- Zhu LX
- Zhu SH
- Zhu SQ
- Zhu TJ
- Zhu WJ
- Zhu YC
- Zhu ZA
- Zou BS
- Zou JH
- Publication venue
- Publication date
- 01/01/2022
- Field of study
By analyzing (448.1 +/- 2.9) x 10(6) psi(3686) events collected with the BESIII detector operating at the BEPCII collider, the decays of chi(cJ) -> Lambda(Lambda) over bar (eta) (J = 0, 1, and 2) are observed for the first time with statistical significances of 13.9 sigma, 6.7 sigma, and 8.2 sigma, respectively. The product branching fractions of psi(3686) -> gamma chi(cJ) and chi(cJ) -> Lambda(Lambda) over bar (eta) are measured. Dividing by the world averages of the branching fractions of psi(3686) -> gamma chi(cJ), the branching fractions of chi(cJ) -> Lambda(Lambda) over bar (eta) decays are determined to be (2.31 +/- 0.30 +/- 0.21) x 10(-4), (5.86 +/- 1.38 +/- 0.68) x 10(-5), and (1.05 +/- 0.21 +/- 0.15) x 10(-4) for J = 0, 1 and 2, respectively, where the first uncertainties are statistical and the second systematic
Search for X(3872) -> pi(0)chi(c0) and X(3872) -> pi pi chi(c0) at BESIII
- Author
- Ablikim M
- Achasov Mn
- Adlarson P
- Albrecht M
- Aliberti R
- Amoroso A
- An Q
- Bai Xh
- Bai Y
- Bakina O
- Balossino I
- Ban Y
- Batozskaya V
- Bc Ke
- Becker D
- Begzsuren K
- Berger N
- Bertani M
- Bettoni D
- Bianchi F
- Bloms J
- Bortone A
- Boyko I
- Briere Ra
- Brueggemann A
- Bx Yu
- Cai H
- Cai X
- Calcaterra A
- Cao Gf
- Cao N
- Cd Fu
- Cetin Sa
- Cf Xu
- Ch Li
- Chang Jf
- Chang Wl
- Chelkov G
- Chen C
- Chen C
- Chen G
- Chen Hs
- Chen Ml
- Chen Sj
- Chen Sm
- Chen T
- Chen Xr
- Chen Xt
- Chen Yb
- Chen Zj
- Cheng Ws
- Chu X
- Cibinetto G
- Cj Xu
- Cossio F
- Cui Jj
- Cx Yu
- Dai Hl
- Dai Jp
- Dbeyssi A
- de Boer Re
- De Mori F
- Dedovich D
- Deng Zy
- Denig A
- Denysenko I
- Destefanis M
- Ding Y
- Dm Li
- Dong J
- Dong Ly
- Dong My
- Dong X
- Egorov P
- Fan Yl
- Fang J
- Fang Ss
- Fang Wx
- Fang Y
- Farinelli R
- Fava L
- Fc Ma
- Feldbauer F
- Felici G
- Feng Cq
- Feng Jh
- Ferroli Rb
- Fischer K
- Fritsch M
- Fritzsch C
- Fx Lu
- Fz Qi
- Gao H
- Gao Y
- Gao Yn
- Garbolino S
- Garzia I
- Geng C
- Gersabeck Em
- Gf Xu
- Gilman A
- Goetzen K
- Gong L
- Gong Wx
- Gradl W
- Greco M
- Guan Cy
- Guo Aq
- Guo Lb
- Guo Rp
- Guo Yp
- Guskov A
- Han Tt
- Han Wy
- Hao Xq
- Harris Fa
- Hb Li
- Heinsius Fh
- Heinz Ch
- Heng Yk
- Herold C
- Himmelreich M
- Hj Li
- Hj Lu
- Hl Ma
- Hm Hu
- Hn Li
- Hou Gy
- Hou Yr
- Hou Zl
- Hr Qi
- Hu Jifeng
- Hu T
- Hu Y
- Huang Gs
- Huang Kx
- Huang Lq
- Huang Lq
- Huang Xt
- Huang Yp
- Huang Z
- Husken N
- Hussain T
- Hy Xu
- Imoehl W
- Irshad M
- Jackson J
- Jaeger S
- Janchiv S
- Jf Wu
- Jg Lu
- Ji Q
- Jia Zk
- Jiang Hb
- Jiang Ss
- Jiang Xs
- Jiang Y
- Jiao Jb
- Jiao Z
- Jin S
- Jin Y
- Jing Mq
- Johansson T
- Jq Li
- Js Li
- Jw Li
- Kalantar-Nayestanaki N
- Kang Xs
- Kappert R
- Kavatsyuk M
- Keshk Ik
- Khoukaz A
- Kiese P
- Kiuchi R
- Kk He
- Kl He
- Kliemt R
- Koch L
- Kolcu Ob
- Kopf B
- Kuemmel M
- Kuessner M
- Kuhn W
- Kupsc A
- Kx Su
- Lane Jj
- Lange Js
- Larin P
- Lavania A
- Lavezzi L
- Lei Zh
- Leithoff H
- Lellmann M
- Lenz T
- Lh Wu
- Li C
- Li C
- Li C
- Li F
- Li G
- Li H
- Li H
- Li K
- Li L
- Li T
- Liang H
- Liang H
- Liang H
- Liang Yf
- Liang Yt
- Liao Gr
- Liao Lz
- Libby J
- Limphirat A
- Lin Cx
- Lin Dx
- Lin T
- Liu Bj
- Liu Cx
- Liu D
- Liu F
- Liu F
- Liu Fh
- Liu Gm
- Liu H
- Liu Hh
- Liu Hh
- Liu Hm
- Liu Jb
- Liu Jl
- Liu Jy
- Liu K
- Liu K
- Liu Ky
- Liu L
- Liu Mh
- Liu Pl
- Liu Q
- Liu Sb
- Liu T
- Liu Wk
- Liu Wm
- Liu X
- Liu Y
- Liu Yb
- Liu Za
- Liu Zq
- Lj Li
- Lj Wu
- Lk Li
- Ll Ma
- Lm Gu
- Lou Xc
- Lu Y
- Luo Cl
- Luo Mx
- Luo T
- Luo Xl
- Lyu Xr
- Lyu Yf
- Ma Y
- Maas Fe
- Maggiora M
- Maldaner S
- Malde S
- Malik Qa
- Mangoni A
- Mao Yj
- Mao Zp
- Marcello S
- Meng Zx
- Messchendorp Jg
- Mezzadri G
- Mh Gu
- Mh Li
- Mh Ye
- Miao H
- Min Tj
- Mitchell Re
- Mm Ma
- Mr An
- Muchnoi Ny
- Nefedov Y
- Nikolaev Ib
- Ning Z
- Nisar S
- Niu Y
- Olsen Sl
- Ouyang Q
- Pacetti S
- Pan X
- Pan Y
- Pathak A
- Pathak A
- Pelizaeus M
- Peng Hp
- Peters K
- Pettersson J
- Ping Jl
- Ping Rg
- Plura S
- Pogodin S
- Pp Su
- Pr Li
- Prasad V
- Pt Ge
- Qi H
- Qi M
- Qian S
- Qian Wb
- Qian Z
- Qiao Cf
- Qin Jj
- Qin Lq
- Qin Xp
- Qin Xs
- Qin Zh
- Qiu Jf
- Qj Xu
- Qm Ma
- Qp Ji
- Rashid Kh
- Redmer Cf
- Ren Kj
- Rivetti A
- Rodin V
- Rolo M
- Rong G
- Rosner C
- Rq Ma
- Rt Ma
- Ruan Sn
- Sang Hs
- Sarantsev A
- Schelhaas Y
- Schnier C
- Schoenning K
- Scodeggio M
- Shan Ky
- Shan W
- Shan Xy
- Shangguan Jf
- Shao Lg
- Shao M
- Shen Cp
- Shen Hf
- Shen Xy
- Shi Ba
- Shi Hc
- Shi Jy
- Shi Qq
- Shi Rs
- Shi X
- Shi Xd
- Song Jj
- Song Wm
- Song Yx
- Sosio S
- Spataro S
- Sq Qu
- Sq Qu
- Stieler F
- Sun Gx
- Sun H
- Sun Hk
- Sun Jf
- Sun L
- Sun Ss
- Sun T
- Sun Wy
- Sun X
- Sun Yj
- Sun Yz
- Sun Zt
- Sx Du
- Sx Li
- Sy Li
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- Tan Yh
- Tan Yx
- Tang Cj
- Tang Gy
- Tang J
- Tao Ly
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- Tat M
- Teng Jx
- Thoren V
- Tian Wh
- Tian Y
- Ty Qi
- Uman I
- Wang B
- Wang Bl
- Wang Cw
- Wang Dy
- Wang F
- Wang Hj
- Wang Hp
- Wang K
- Wang Ll
- Wang M
- Wang M
- Wang Mz
- Wang S
- Wang T
- Wang Tj
- Wang W
- Wang Wh
- Wang Wp
- Wang X
- Wang Xf
- Wang Xl
- Wang Y
- Wang Yd
- Wang Yf
- Wang Yh
- Wang Yq
- Wang Z
- Wang Zy
- Wang Zy
- Wd Li
- Wei Dh
- Weidner F
- Wen Sp
- Wg Li
- White Dj
- Wiedner U
- Wilkinson G
- Wolke M
- Wollenberg L
- Wu X
- Wu Y
- Wu Z
- Xb Ji
- Xh Li
- Xh Mo
- Xh Wu
- Xia L
- Xiang T
- Xiao D
- Xiao Gy
- Xiao H
- Xiao Sy
- Xiao Yl
- Xiao Zj
- Xie C
- Xie Xh
- Xie Y
- Xie Yg
- Xie Yh
- Xie Zp
- Xing Ty
- Xl Ji
- Xl Li
- Xl Lu
- Xp Xu
- Xy Li
- Xy Ma
- Yan F
- Yan L
- Yan Wb
- Yan Wc
- Yang Hj
- Yang Hl
- Yang Hx
- Yang L
- Yang Sl
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- Yang Yf
- Yang Yx
- Yc Xu
- Ye M
- Yin Jh
- Yj Su
- You Zy
- Yp Lu
- Yu G
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- Yuan Cz
- Yuan L
- Yuan Sc
- Yuan Xq
- Yuan Y
- Yuan Zy
- Yue Cx
- Yy Ji
- Zafar Aa
- Zeng Fr
- Zeng Xz
- Zeng Y
- Zh Lu
- Zhan Yh
- Zhang Aq
- Zhang Bl
- Zhang Bx
- Zhang Dh
- Zhang Gy
- Zhang H
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- Zhang Hy
- Zhang Jl
- Zhang Jq
- Zhang Jw
- Zhang Jw
- Zhang Jx
- Zhang Jy
- Zhang Jy
- Zhang Jz
- Zhang L
- Zhang Lm
- Zhang Lq
- Zhang P
- Zhang Qy
- Zhang Sl
- Zhang Xd
- Zhang Xm
- Zhang Xy
- Zhang Xy
- Zhang Y
- Zhang Y
- Zhang Y
- Zhang Yh
- Zhang Yt
- Zhang Zh
- Zhang Zy
- Zhang Zy
- Zhao G
- Zhao J
- Zhao Jy
- Zhao Jz
- Zhao L
- Zhao L
- Zhao Mg
- Zhao Q
- Zhao Sj
- Zhao Yb
- Zhao Yx
- Zhao Zg
- Zhemchugov A
- Zheng B
- Zheng Jp
- Zheng Yh
- Zhong B
- Zhong C
- Zhong X
- Zhou H
- Zhou Lp
- Zhou X
- Zhou Xk
- Zhou Xr
- Zhou Xy
- Zhou Yz
- Zhu J
- Zhu K
- Zhu Kj
- Zhu Lx
- Zhu Sh
- Zhu Sq
- Zhu Tj
- Zhu Wj
- Zhu Yc
- Zhu Za
- Zou Bs
- Zou Jh
- Zp Xu
- Zw Ge
- Publication venue
- 'American Physical Society (APS)'
- Publication date
- 01/01/2022
- Field of study
Measurement of the e(+) e(-) -> omega pi(0)pi(0) cross section at center-of-mass energies from 2.0 to 3.08 GeV
- Author
- Ablikim M
- Achasov MN
- Adlarson P
- Albrecht M
- Aliberti R
- Amoroso A
- An MR
- An Q
- Bai XH
- Bai Y
- Bakina O
- Balossino I
- Ban Y
- Batozskaya V
- Becker D
- Begzsuren K
- Berger N
- Bertani M
- Bettoni D
- Bianchi F
- Bloms J
- Bortone A
- Boyko I
- Briere RA
- Brueggemann A
- Cai H
- Cai X
- Calcaterra A
- Cao GF
- Cao N
- Cetin SA
- Chang JF
- Chang WL
- Chelkov G
- Chen C
- Chen C
- Chen G
- Chen HS
- Chen ML
- Chen SJ
- Chen SM
- Chen T
- Chen XR
- Chen XT
- Chen YB
- Chen ZJ
- Cheng WS
- Chu X
- Cibinetto G
- Cossio F
- Cui JJ
- Dai HL
- Dai JP
- Dbeyssi A
- de Boer RE
- De Mori F
- Dedovich D
- Deng ZY
- Denig A
- Denysenko I
- Destefanis M
- Ding Y
- Dong J
- Dong LY
- Dong MY
- Dong X
- Du SX
- Egorov P
- Fan YL
- Fang J
- Fang SS
- Fang WX
- Fang Y
- Farinelli R
- Fava L
- Feldbauer F
- Felici G
- Feng CQ
- Feng JH
- Ferroli RB
- Fischer K
- Fritsch M
- Fritzsch C
- Fu CD
- Gao H
- Gao Y
- Gao YN
- Garbolino S
- Garzia I
- Ge PT
- Ge ZW
- Geng C
- Gersabeck EM
- Gilman A
- Goetzen K
- Gong L
- Gong WX
- Gradl W
- Greco M
- Gu LM
- Gu MH
- Guan CY
- Guo AQ
- Guo LB
- Guo RP
- Guo YP
- Guskov A
- Han TT
- Han WY
- Hao XQ
- Harris FA
- He KK
- He KL
- Heinsius FH
- Heinz CH
- Heng YK
- Herold C
- Himmelreich M
- Hou GY
- Hou YR
- Hou ZL
- Hu HM
- Hu JF
- Hu T
- Hu Y
- Huang GS
- Huang KX
- Huang LQ
- Huang LQ
- Huang XT
- Huang YP
- Huang Z
- Husken N
- Hussain T
- Imoehl W
- Irshad M
- Jackson J
- Jaeger S
- Janchiv S
- Ji Q
- Ji QP
- Ji XB
- Ji XL
- Ji YY
- Jia ZK
- Jiang HB
- Jiang SS
- Jiang XS
- Jiang Y
- Jiao JB
- Jiao Z
- Jin S
- Jin Y
- Jing MQ
- Johansson T
- Kalantar-Nayestanaki N
- Kang XS
- Kappert R
- Kavatsyuk M
- Ke BC
- Keshk IK
- Khoukaz A
- Kiese P
- Kiuchi R
- Kliemt R
- Koch L
- Kolcu OB
- Kopf B
- Kuemmel M
- Kuessner M
- Kuhn W
- Kupsc A
- Lane JJ
- Lange JS
- Larin P
- Lavania A
- Lavezzi L
- Lei ZH
- Leithoff H
- Lellmann M
- Lenz T
- Li C
- Li C
- Li C
- Li CH
- Li DM
- Li F
- Li G
- Li H
- Li H
- Li HB
- Li HJ
- Li HN
- Li JQ
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- Li K
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- Li MH
- Li PR
- Li SX
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- Li T
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- Li WG
- Li XH
- Li XL
- Li XY
- Li ZY
- Liang H
- Liang H
- Liang H
- Liang YF
- Liang YT
- Liao GR
- Liao LZ
- Libby J
- Limphirat A
- Lin CX
- Lin DX
- Lin T
- Liu BJ
- Liu CX
- Liu D
- Liu F
- Liu F
- Liu FH
- Liu GM
- Liu H
- Liu HH
- Liu HH
- Liu HM
- Liu JB
- Liu JL
- Liu JY
- Liu K
- Liu K
- Liu KY
- Liu L
- Liu MH
- Liu PL
- Liu Q
- Liu SB
- Liu T
- Liu WK
- Liu WM
- Liu X
- Liu Y
- Liu YB
- Liu ZA
- Liu ZQ
- Lou XC
- Lu FX
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- Lu XL
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- Lu YP
- Lu ZH
- Luo CL
- Luo MX
- Luo T
- Luo XL
- Lyu XR
- Lyu YF
- Ma FC
- Ma HL
- Ma LL
- Ma MM
- Ma QM
- Ma RQ
- Ma RT
- Ma XY
- Ma Y
- Maas FE
- Maggiora M
- Maldaner S
- Malde S
- Malik QA
- Mangoni A
- Mao YJ
- Mao ZP
- Marcello S
- Meng ZX
- Messchendorp JG
- Mezzadri G
- Miao H
- Min TJ
- Mitchell RE
- Mo XH
- Muchnoi NY
- Nefedov Y
- Nikolaev IB
- Ning Z
- Nisar S
- Niu Y
- Olsen SL
- Ouyang Q
- Pacetti S
- Pan X
- Pan Y
- Pathak A
- Pathak A
- Pelizaeus M
- Peng HP
- Peters K
- Pettersson J
- Ping JL
- Ping RG
- Plura S
- Pogodin S
- Prasad V
- Qi FZ
- Qi H
- Qi HR
- Qi M
- Qi TY
- Qian S
- Qian WB
- Qian Z
- Qiao CF
- Qin JJ
- Qin LQ
- Qin XP
- Qin XS
- Qin ZH
- Qiu JF
- Qu SQ
- Qu SQ
- Rashid KH
- Redmer CF
- Ren KJ
- Rivetti A
- Rodin V
- Rolo M
- Rong G
- Rosner C
- Ruan SN
- Sang HS
- Sarantsev A
- Schelhaas Y
- Schnier C
- Schoenning K
- Scodeggio M
- Shan KY
- Shan W
- Shan XY
- Shangguan JF
- Shao LG
- Shao M
- Shen CP
- Shen HF
- Shen XY
- Shi BA
- Shi HC
- Shi JY
- Shi QQ
- Shi RS
- Shi X
- Shi XD
- Song JJ
- Song WM
- Song YX
- Sosio S
- Spataro S
- Stieler F
- Su KX
- Su PP
- Su YJ
- Sun GX
- Sun H
- Sun HK
- Sun JF
- Sun L
- Sun SS
- Sun T
- Sun WY
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- Sun ZT
- Tan YH
- Tan YX
- Tang CJ
- Tang GY
- Tang J
- Tao LY
- Tao QT
- Tat M
- Teng JX
- Thoren V
- Tian WH
- Tian Y
- Uman I
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- Wang BL
- Wang CW
- Wang DY
- Wang F
- Wang HJ
- Wang HP
- Wang K
- Wang LL
- Wang M
- Wang M
- Wang MZ
- Wang S
- Wang T
- Wang TJ
- Wang W
- Wang WH
- Wang WP
- Wang X
- Wang XF
- Wang XL
- Wang Y
- Wang Y
- Wang YD
- Wang YF
- Wang YH
- Wang YQ
- Wang Z
- Wang ZY
- Wang ZY
- Wei DH
- Weidner F
- Wen SP
- White DJ
- Wiedner U
- Wilkinson G
- Wolke M
- Wollenberg L
- Wu JF
- Wu LH
- Wu LJ
- Wu X
- Wu XH
- Wu Y
- Wu Z
- Xia L
- Xiang T
- Xiao D
- Xiao GY
- Xiao H
- Xiao SY
- Xiao YL
- Xiao ZJ
- Xie C
- Xie XH
- Xie Y
- Xie YG
- Xie YH
- Xie ZP
- Xing TY
- Xu CF
- Xu CJ
- Xu GF
- Xu HY
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- Xu SY
- Xu XP
- Xu YC
- Xu ZP
- Yan F
- Yan L
- Yan WB
- Yan WC
- Yang HJ
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- Yang SL
- Yang T
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- Yang YX
- Ye M
- Ye MH
- Yin JH
- You ZY
- Yu BX
- Yu CX
- Yu G
- Yu T
- Yuan CZ
- Yuan L
- Yuan SC
- Yuan XQ
- Yuan Y
- Yuan ZY
- Yue CX
- Zafar AA
- Zeng FR
- Zeng XZ
- Zeng Y
- Zhan YH
- Zhang AQ
- Zhang BL
- Zhang BX
- Zhang DH
- Zhang GY
- Zhang H
- Zhang HH
- Zhang HH
- Zhang HY
- Zhang JL
- Zhang JQ
- Zhang JW
- Zhang JW
- Zhang JX
- Zhang JY
- Zhang JY
- Zhang JZ
- Zhang L
- Zhang LM
- Zhang LQ
- Zhang P
- Zhang QY
- Zhang SL
- Zhang XD
- Zhang XM
- Zhang XY
- Zhang XY
- Zhang Y
- Zhang Y
- Zhang Y
- Zhang YH
- Zhang YT
- Zhang ZH
- Zhang ZY
- Zhang ZY
- Zhao G
- Zhao J
- Zhao JY
- Zhao JZ
- Zhao L
- Zhao L
- Zhao MG
- Zhao Q
- Zhao SJ
- Zhao YB
- Zhao YX
- Zhao ZG
- Zhemchugov A
- Zheng B
- Zheng JP
- Zheng YH
- Zhong B
- Zhong C
- Zhong X
- Zhou H
- Zhou LP
- Zhou X
- Zhou XK
- Zhou XR
- Zhou XY
- Zhou YZ
- Zhu J
- Zhu K
- Zhu KJ
- Zhu LX
- Zhu SH
- Zhu SQ
- Zhu TJ
- Zhu WJ
- Zhu YC
- Zhu ZA
- Zou BS
- Zou JH
- Publication venue
- Publication date
- 01/01/2022
- Field of study
The cross section of the process e(+)e(-) -> omega pi(0)pi(0) is measured at nineteen center-of-mass energies from 2.0 to 3.08 GeV using data collected with the BESIII detector at the BEPCII storage ring. A resonant structure around 2.20 GeV is observed with statistical significance larger than 5 sigma. Using a coherent fit to the cross section line shape, the mass and width are determined to be M = 2222 +/- 7 +/- 2 MeV/c(2) and Gamma = 59 +/- 30 +/- 6 MeV, respectively, where the first uncertainties are statistical and the second ones are systematic
Amplitude analysis and branching fraction measurement of the decay D-s(+) -> K+pi(+)pi(-)
- Author
- Ablikim M
- Achasov Mn
- Adlarson P
- Albrecht M
- Aliberti R
- Amoroso A
- An Q
- Bai Xh
- Bai Y
- Bakina O
- Balossino I
- Ban Y
- Batozskaya V
- Bc Ke
- Becker D
- Begzsuren K
- Berger N
- Bertani M
- Bettoni D
- Bianchi F
- Bloms J
- Bortone A
- Boyko I
- Briere Ra
- Brueggemann A
- Bx Yu
- Cai H
- Cai X
- Calcaterra A
- Cao Gf
- Cao N
- Cd Fu
- Cetin Sa
- Cf Xu
- Ch Li
- Chang Jf
- Chang Wl
- Chelkov G
- Chen C
- Chen G
- Chen Hs
- Chen Ml
- Chen Sj
- Chen T
- Chen Xr
- Chen Xt
- Chen Yb
- Chen Zj
- Cheng Ws
- Cibinetto G
- Cj Xu
- Cossio F
- Cui Jj
- Cx Yu
- Dai Hl
- Dai Jp
- Dbeyssi A
- de Boer Re
- De Mori F
- Dedovich D
- Deng Zy
- Denig A
- Denysenko I
- Destefanis M
- Ding Y
- Dm Li
- Dong J
- Dong Ly
- Dong My
- Dong X
- Egorov P
- Fan Yl
- Fang J
- Fang Ss
- Fang Y
- Farinelli R
- Fava L
- Fc Ma
- Feldbauer F
- Felici G
- Feng Cq
- Feng Jh
- Ferroli Rb
- Fischer K
- Fritsch M
- Fritzsch C
- Fx Lu
- Gao H
- Gao Y
- Gao Yn
- Garbolino S
- Garzia I
- Geng C
- Gersabeck Em
- Gf Xu
- Gilman A
- Gong L
- Gong Wx
- Gradl W
- Greco M
- Guan Cy
- Guo Aq
- Guo Lb
- Guo Rp
- Guo Yp
- Guskov A
- Han Tt
- Han Wy
- Hao Xq
- Harris Fa
- Hb Li
- Heinsius Fh
- Heinz Ch
- Heng Yk
- Herold C
- Hj Li
- Hj Lu
- Hl Ma
- Hm Hu
- Hn Li
- Holtmann T
- Hou Gy
- Hou Yr
- Hou Zl
- Hr Qi
- Hu Jifeng
- Hu T
- Hu Y
- Huang Gs
- Huang Kx
- Huang Lq
- Huang Lq
- Huang Xt
- Huang Yp
- Huang Z
- Husken N
- Hussain T
- Hy Xu
- Imoehl W
- Irshad M
- Jackson J
- Jaeger S
- Janchiv S
- Jf Wu
- Jg Lu
- Ji Q
- Jia Zk
- Jiang Hb
- Jiang Ss
- Jiang Xs
- Jiang Y
- Jiao Jb
- Jiao Z
- Jin S
- Jin Y
- Jing Mq
- Johansson T
- Jq Li
- Js Li
- Jw Li
- Kalantar-Nayestanaki N
- Kang Xs
- Kappert R
- Kavatsyuk M
- Keshk Ik
- Khoukaz A
- Kiese P
- Kiuchi R
- Kk He
- Kl He
- Koch L
- Kolcu Ob
- Kopf B
- Kuemmel M
- Kuessner M
- Kuhn W
- Kupsc A
- Kx Su
- Lane Jj
- Lange Js
- Larin P
- Lavania A
- Lavezzi L
- Lei Zh
- Leithoff H
- Lellmann M
- Lenz T
- Lh Wu
- Li C
- Li C
- Li C
- Li F
- Li G
- Li H
- Li H
- Li K
- Li L
- Li T
- Liang H
- Liang H
- Liang H
- Liang Yf
- Liang Yt
- Liao Gr
- Liao Lz
- Libby J
- Limphirat A
- Lin Cx
- Lin Dx
- Lin T
- Liu Bj
- Liu Cx
- Liu D
- Liu F
- Liu F
- Liu Fh
- Liu Gm
- Liu H
- Liu Hb
- Liu Hh
- Liu Hh
- Liu Hm
- Liu Jb
- Liu Jl
- Liu Jy
- Liu K
- Liu K
- Liu Ky
- Liu L
- Liu Mh
- Liu Pl
- Liu Q
- Liu Sb
- Liu T
- Liu Wk
- Liu Wm
- Liu X
- Liu Y
- Liu Yb
- Liu Za
- Liu Zq
- Lj Li
- Lj Wu
- Lk Li
- Ll Ma
- Lm Gu
- Lou Xc
- Lu Y
- Luo Cl
- Luo Mx
- Luo T
- Luo Xl
- Lyu Xr
- Lyu Yf
- Ma Y
- Maas Fe
- Maggiora M
- Maldaner S
- Malde S
- Malik Qa
- Mangoni A
- Mao Yj
- Mao Zp
- Marcello S
- Meng Zx
- Messchendorp Jg
- Mezzadri G
- Mh Gu
- Mh Li
- Mh Ye
- Miao H
- Min Tj
- Mitchell Re
- Mm Ma
- Mr An
- Muchnoi Ny
- Muramatsu H
- Nefedov Y
- Nerling F
- Nikolaev Ib
- Ning Z
- Nisar S
- Niu Y
- Olsen Sl
- Ouyang Q
- Pacetti S
- Pan X
- Pan Y
- Pathak A
- Pathak A
- Pelizaeus M
- Peng Hp
- Pettersson J
- Ping Jl
- Ping Rg
- Plura S
- Pogodin S
- Poling R
- Pp Su
- Pr Li
- Prasad V
- Pt Ge
- Qi H
- Qi M
- Qian S
- Qian Wb
- Qian Z
- Qiao Cf
- Qin Jj
- Qin Lq
- Qin Xp
- Qin Xs
- Qin Zh
- Qiu Jf
- Qj Xu
- Qm Ma
- Qp Ji
- Rashid Kh
- Redmer Cf
- Ren Kj
- Rivetti A
- Rodin V
- Rolo M
- Rong G
- Rosner C
- Rq Ma
- Rt Ma
- Ruan Sn
- Sang Hs
- Sarantsev A
- Schelhaas Y
- Schnier C
- Schoenning K
- Scodeggio M
- Shan Ky
- Shan W
- Shan Xy
- Shangguan Jf
- Shao Lg
- Shao M
- Shen Cp
- Shen Hf
- Shen Xy
- Shi Ba
- Shi Hc
- Shi Rs
- Shi X
- Shi Xd
- Song Jj
- Song Wm
- Song Yx
- Sosio S
- Spataro S
- Sq Qu
- Stieler F
- Sun Gx
- Sun H
- Sun Hk
- Sun Jf
- Sun L
- Sun Ss
- Sun T
- Sun Wy
- Sun X
- Sun Yj
- Sun Yz
- Sun Zt
- Sx Du
- Sx Li
- Sy Li
- Sy Xu
- Tan Yh
- Tan Yx
- Tang Cj
- Tang Gy
- Tang J
- Tao Ly
- Tao Qt
- Teng Jx
- Thoren V
- Tian Wh
- Tian Y
- Ty Qi
- Uman I
- Wang B
- Wang Bl
- Wang Cw
- Wang Dy
- Wang F
- Wang Hj
- Wang Hp
- Wang K
- Wang Ll
- Wang M
- Wang M
- Wang Mz
- Wang S
- Wang T
- Wang Tj
- Wang W
- Wang Wh
- Wang Wp
- Wang X
- Wang Xf
- Wang Xl
- Wang Yd
- Wang Yf
- Wang Yh
- Wang Yq
- Wang Z
- Wang Zy
- Wang Zy
- Wd Li
- Wei Dh
- Weidner F
- Wen Sp
- Wg Li
- White Dj
- Wiedner U
- Wilkinson G
- Wolke M
- Wollenberg L
- Wu X
- Wu Y
- Wu Z
- Xb Ji
- Xh Li
- Xh Mo
- Xh Wu
- Xia L
- Xiang T
- Xiao D
- Xiao Gy
- Xiao H
- Xiao Sy
- Xiao Yl
- Xiao Zj
- Xie C
- Xie Xh
- Xie Y
- Xie Yg
- Xie Yh
- Xie Zp
- Xing Ty
- Xl Ji
- Xl Li
- Xl Lu
- Xp Xu
- Xy Li
- Xy Ma
- Yan F
- Yan L
- Yan Wb
- Yan Wc
- Yang Hj
- Yang Hl
- Yang Hx
- Yang L
- Yang Sl
- Yang Yf
- Yang Yx
- Yc Xu
- Ye M
- Yin Jh
- Yj Su
- You Zy
- Yp Lu
- Yt Gu
- Yu G
- Yu T
- Yuan Cz
- Yuan L
- Yuan Sc
- Yuan Xq
- Yuan Y
- Yuan Zy
- Yue Cx
- Yy Ji
- Zafar Aa
- Zeng Fr
- Zeng X
- Zeng Y
- Zh Lu
- Zhan Yh
- Zhang Aq
- Zhang Bl
- Zhang Bx
- Zhang Gy
- Zhang H
- Zhang Hh
- Zhang Hh
- Zhang Hy
- Zhang Jl
- Zhang Jq
- Zhang Jw
- Zhang Jw
- Zhang Jx
- Zhang Jy
- Zhang Jy
- Zhang Jz
- Zhang L
- Zhang Lm
- Zhang Lq
- Zhang P
- Zhang Qy
- Zhang Sl
- Zhang Xd
- Zhang Xm
- Zhang Xy
- Zhang Xy
- Zhang Y
- Zhang Y
- Zhang Y
- Zhang Yh
- Zhang Yt
- Zhang Zh
- Zhang Zy
- Zhang Zy
- Zhao G
- Zhao J
- Zhao Jy
- Zhao Jz
- Zhao L
- Zhao L
- Zhao Mg
- Zhao Q
- Zhao Sj
- Zhao Yb
- Zhao Yx
- Zhao Zg
- Zhemchugov A
- Zheng B
- Zheng Jp
- Zheng Yh
- Zhong B
- Zhong C
- Zhong X
- Zhou H
- Zhou Lp
- Zhou X
- Zhou Xk
- Zhou Xr
- Zhou Xy
- Zhou Yz
- Zhu J
- Zhu K
- Zhu Kj
- Zhu Lx
- Zhu Sh
- Zhu Sq
- Zhu Tj
- Zhu Wj
- Zhu Yc
- Zhu Za
- Zou Bs
- Zou Jh
- Zp Xu
- Zw Ge
- Publication venue
- 'Springer Science and Business Media LLC'
- Publication date
- 01/01/2022
- Field of study
Study of the resonance structures in the process e(+) e(-) -> pi(+) pi(-) J/psi
- Author
- Ablikim M
- Achasov MN
- Adlarson P
- Albrecht M
- Aliberti R
- Amoroso A
- An MR
- An Q
- Bai XH
- Bai Y
- Bakina O
- Balossino I
- Ban Y
- Batozskaya V
- Becker D
- Begzsuren K
- Berger N
- Bertani M
- Bettoni D
- Bianchi F
- Bloms J
- Bortone A
- Boyko I
- Briere RA
- Brueggemann A
- Cai H
- Cai X
- Calcaterra A
- Cao GF
- Cao N
- Cetin SA
- Chang JF
- Chang WL
- Chelkov G
- Chen C
- Chen G
- Chen HS
- Chen ML
- Chen SJ
- Chen T
- Chen XR
- Chen XT
- Chen YB
- Chen ZJ
- Cheng WS
- Chu X
- Cibinetto G
- Cossio F
- Cui JJ
- Dai HL
- Dai JP
- Dbeyssi A
- de Boer RE
- De Mori F
- Dedovich D
- Deng ZY
- Denig A
- Denysenko I
- Destefanis M
- Ding Y
- Dong J
- Dong LY
- Dong MY
- Dong X
- Du SX
- Egorov P
- Fan YL
- Fang J
- Fang SS
- Fang WX
- Fang Y
- Farinelli R
- Fava L
- Feldbauer F
- Felici G
- Feng CQ
- Feng JH
- Ferroli RB
- Fischer K
- Fritsch M
- Fritzsch CF
- Fu CD
- Gao H
- Gao Y
- Gao YN
- Garbolino S
- Garzia I
- Ge PT
- Geng C
- Gersabeck EM
- Gilman A
- Goetzen K
- Gong L
- Gong WX
- Gradl W
- Greco M
- Gu MH
- Guan CY
- Guo AQ
- Guo LB
- Guo RP
- Guo YP
- Guskov A
- Han TT
- Han WY
- Hao XQ
- Harris FA
- He KK
- He KL
- Heinsius FH
- Heinz CH
- Heng YK
- Herold C
- Himmelreich M
- Holtmann T
- Hou GY
- Hou YR
- Hou ZL
- Hu HM
- Hu JF
- Hu T
- Hu Y
- Huang GS
- Huang KX
- Huang LQ
- Huang LQ
- Huang XT
- Huang YP
- Huang Z
- Husken N
- Hussain T
- Imoehl W
- Irshad M
- Jackson J
- Jaeger S
- Janchiv S
- Ji Q
- Ji QP
- Ji XB
- Ji XL
- Ji YY
- Jia ZK
- Jiang HB
- Jiang SS
- Jiang XS
- Jiang Y
- Jiao JB
- Jiao Z
- Jin S
- Jin Y
- Jing MQ
- Johansson T
- Kalantar-Nayestanaki N
- Kang XS
- Kappert R
- Kavatsyuk M
- Ke BC
- Keshk IK
- Khoukaz A
- Kiese P
- Kiuchi R
- Kliemt R
- Koch L
- Kolcu OB
- Kopf B
- Kuemmel M
- Kuessner M
- Kuhn W
- Kupsc A
- Lane JJ
- Lange JS
- Larin P
- Lavania A
- Lavezzi L
- Lei ZH
- Leithoff H
- Lellmann M
- Lenz T
- Li C
- Li C
- Li C
- Li CH
- Li DM
- Li F
- Li G
- Li H
- Li H
- Li HB
- Li HJ
- Li HN
- Li JQ
- Li JS
- Li JW
- Li K
- Li L
- Li LJ
- Li LK
- Li MH
- Li PR
- Li SX
- Li SY
- Li T
- Li WD
- Li WG
- Li XH
- Li XL
- Li XY
- Li ZY
- Liang H
- Liang H
- Liang H
- Liang YF
- Liang YT
- Liao GR
- Liao LZ
- Libby J
- Limphirat A
- Lin CX
- Lin DX
- Lin T
- Liu BJ
- Liu CX
- Liu D
- Liu F
- Liu F
- Liu FH
- Liu GM
- Liu H
- Liu HH
- Liu HH
- Liu HM
- Liu JB
- Liu JL
- Liu JY
- Liu K
- Liu K
- Liu KY
- Liu L
- Liu MH
- Liu PL
- Liu Q
- Liu SB
- Liu T
- Liu WK
- Liu WM
- Liu X
- Liu Y
- Liu YB
- Liu ZA
- Liu ZQ
- Lou XC
- Lu FX
- Lu HJ
- Lu JG
- Lu XL
- Lu Y
- Lu YP
- Lu ZH
- Luo CL
- Luo MX
- Luo T
- Luo XL
- Lyu XR
- Lyu YF
- Ma FC
- Ma HL
- Ma LL
- Ma MM
- Ma QM
- Ma RQ
- Ma RT
- Ma XY
- Ma Y
- Maas FE
- Maggiora M
- Maldaner S
- Malde S
- Malik QA
- Mangoni A
- Mao YJ
- Mao ZP
- Marcello S
- Meng ZX
- Messchendorp JG
- Mezzadri G
- Miao H
- Min TJ
- Mitchell RE
- Mo XH
- Muchnoi NY
- Muramatsu H
- Nefedov Y
- Nerling F
- Nikolaev IB
- Ning Z
- Nisar S
- Niu Y
- Olsen SL
- Ouyang Q
- Pacetti S
- Pan X
- Pan Y
- Pathak A
- Pelizaeus M
- Peng HP
- Peters K
- Pettersson J
- Ping JL
- Ping RG
- Plura S
- Pogodin S
- Poling R
- Prasad V
- Qi FZ
- Qi H
- Qi HR
- Qi M
- Qi TY
- Qian S
- Qian WB
- Qian Z
- Qiao CF
- Qin JJ
- Qin LQ
- Qin XP
- Qin XS
- Qin ZH
- Qiu JF
- Qu SQ
- Rashid KH
- Redmer CF
- Ren KJ
- Rivetti A
- Rodin V
- Rolo M
- Rong G
- Rosner C
- Ruan SN
- Sang HS
- Sarantsev A
- Schelhaas Y
- Schnier C
- Schoenning K
- Scodeggio M
- Shan KY
- Shan W
- Shan XY
- Shangguan JF
- Shao LG
- Shao M
- Shen CP
- Shen HF
- Shen XY
- Shi BA
- Shi HC
- Shi JY
- Shi RS
- Shi X
- Shi XD
- Song JJ
- Song WM
- Song YX
- Sosio S
- Spataro S
- Stieler F
- Su KX
- Su PP
- Su YJ
- Sun GX
- Sun H
- Sun HK
- Sun JF
- Sun L
- Sun SS
- Sun T
- Sun WY
- Sun X
- Sun YJ
- Sun YZ
- Sun ZT
- Tan YH
- Tan YX
- Tang CJ
- Tang GY
- Tang J
- Tao LY
- Tao QT
- Teng JX
- Thoren V
- Tian WH
- Tian YT
- Uman I
- Wang B
- Wang BL
- Wang DY
- Wang F
- Wang HJ
- Wang HP
- Wang K
- Wang LL
- Wang M
- Wang M
- Wang MZ
- Wang S
- Wang T
- Wang TJ
- Wang W
- Wang WH
- Wang WP
- Wang X
- Wang XF
- Wang XL
- Wang Y
- Wang YD
- Wang YF
- Wang YH
- Wang YQ
- Wang Z
- Wang ZY
- Wang ZY
- Wei DH
- Weidner F
- Wen SP
- White DJ
- Wiedner U
- Wilkinson G
- Wolke M
- Wollenberg L
- Wu JF
- Wu LH
- Wu LJ
- Wu X
- Wu XH
- Wu Y
- Wu Z
- Xia L
- Xiang T
- Xiao D
- Xiao H
- Xiao SY
- Xiao YL
- Xiao ZJ
- Xie XH
- Xie Y
- Xie YG
- Xie YH
- Xie ZP
- Xing TY
- Xu CF
- Xu CJ
- Xu GF
- Xu QJ
- Xu SY
- Xu XP
- Xu YC
- Yan F
- Yan L
- Yan WB
- Yan WC
- Yang HJ
- Yang HL
- Yang HX
- Yang L
- Yang SL
- Yang T
- Yang YF
- Yang YX
- Ye M
- Ye MH
- Yin JH
- You ZY
- Yu BX
- Yu CX
- Yu G
- Yu T
- Yuan CZ
- Yuan L
- Yuan SC
- Yuan XQ
- Yuan Y
- Yuan ZY
- Yue CX
- Zafar AA
- Zeng FR
- Zeng X
- Zeng Y
- Zhan YH
- Zhang AQ
- Zhang BL
- Zhang BX
- Zhang DH
- Zhang GY
- Zhang H
- Zhang HH
- Zhang HH
- Zhang HY
- Zhang JL
- Zhang JQ
- Zhang JW
- Zhang JW
- Zhang JX
- Zhang JY
- Zhang JY
- Zhang JZ
- Zhang L
- Zhang LM
- Zhang LQ
- Zhang P
- Zhang QY
- Zhang SL
- Zhang XD
- Zhang XM
- Zhang XY
- Zhang XY
- Zhang Y
- Zhang Y
- Zhang Y
- Zhang YH
- Zhang YT
- Zhang ZH
- Zhang ZY
- Zhang ZY
- Zhao G
- Zhao J
- Zhao JY
- Zhao JZ
- Zhao L
- Zhao L
- Zhao MG
- Zhao Q
- Zhao SJ
- Zhao YB
- Zhao YX
- Zhao ZG
- Zhemchugov A
- Zheng B
- Zheng JP
- Zheng YH
- Zhong B
- Zhong C
- Zhong X
- Zhou H
- Zhou LP
- Zhou X
- Zhou XK
- Zhou XR
- Zhou XY
- Zhou YZ
- Zhu J
- Zhu K
- Zhu KJ
- Zhu LX
- Zhu SH
- Zhu TJ
- Zhu WJ
- Zhu YC
- Zhu ZA
- Zou BS
- Zou JH
- Publication venue
- Publication date
- 01/01/2022
- Field of study
Using about 23 fb(-1) of data collected with the BESIII detector operating at the BEPCII storage ring, a precise measurement of the e(+) e(-) -> pi(+) pi(-) J/psi Born cross section is performed at center-of-mass energies from 3.7730 to 4.7008 GeV. Two structures, identified as the Y(4220) and the Y(4320) states, are observed in the energy-dependent cross section with a significance larger than 10 sigma. The masses and widths of the two structures are determined to be (M,(sic)) = (4221.4 +/- 1.5 +/- 2.0 MeV=c(2); 41.8 +/- 2.9 +/- 2.7 MeV) and (M,(sic)) = (4298 +/- 12 +/- 26 MeV=c(2); 127 +/- 17 +/- 10 MeV)respectively. A small enhancement around 4.5 GeV with a significance about 3s, compatible with the psi(4415), might also indicate the presence of an additional resonance in the spectrum. The inclusion of this additional contribution in the fit to the cross section affects the resonance parameters of the Y(4320) state
Measurement of A baryon polarization in e(+) e(-) -> Lambda(Lambda)over-bar at root s=3.773 GeV
- Author
- Ablikim M
- Achasov MN
- Adlarson P
- Ahmed S
- Albrecht M
- Aliberti R
- Amoroso A
- An MR
- An Q
- Andersson WI
- Bai XH
- Bai Y
- Bakina O
- Balossino I
- Ban Y
- Begzsuren K
- Berger N
- Bertani M
- Bettoni D
- Bianchi F
- Bloms J
- Bortone A
- Boyko I
- Briere RA
- Cai H
- Cai X
- Calcaterra A
- Cao GF
- Cao N
- Cetin SA
- Chang JF
- Chang WL
- Chelkov G
- Chen DY
- Chen G
- Chen HS
- Chen ML
- Chen SJ
- Chen XR
- Chen YB
- Chen ZJ
- Cheng WS
- Cibinetto G
- Cossio F
- Cui XF
- Dai HL
- Dai JP
- Dai XC
- Dbeyssi A
- de Boer RE
- De Mori F
- Dedovich D
- Deng ZY
- Denig A
- Denysenko I
- Destefanis M
- Ding Y
- Dong C
- Dong J
- Dong LY
- Dong MY
- Dong X
- Du SX
- Egorov P
- Fan YL
- Fang J
- Fang SS
- Fang Y
- Farinelli R
- Fava L
- Feldbauer F
- Felici G
- Feng CQ
- Feng JH
- Ferroli RB
- Fritsch M
- Fu CD
- Gao Y
- Gao YG
- Garzia I
- Ge PT
- Geng C
- Gersabeck EM
- Gilman A
- Goetzen K
- Gong L
- Gong WX
- Gradl W
- Greco M
- Gu LM
- Gu MH
- Guan CY
- Guo AQ
- Guo LB
- Guo RP
- Guo YP
- Guskov A
- Han TT
- Han WY
- Hao XQ
- Harris FA
- He KK
- He KL
- Heinsius FH
- Heinz CH
- Heng YK
- Herold C
- Himmelreich M
- Holtmann T
- Hou GY
- Hou YR
- Hou ZL
- Hu HM
- Hu JF
- Hu T
- Hu Y
- Huang GS
- Huang LQ
- Huang XT
- Huang YP
- Huang Z
- Husken N
- Hussain T
- Imoehl W
- Irshad M
- Jaeger S
- Janchiv S
- Ji Q
- Ji QP
- Ji XB
- Ji XL
- Ji YY
- Jiang HB
- Jiang XS
- Jiao JB
- Jiao Z
- Jin S
- Jin Y
- Jing MQ
- Johansson T
- Kalantar-Nayestanaki N
- Kang XS
- Kappert R
- Kavatsyuk M
- Ke BC
- Keshk IK
- Khoukaz A
- Kiese P
- Kiuchi R
- Kliemt R
- Koch L
- Kolcu OB
- Kopf B
- Kuemmel M
- Kuessner M
- Kuhn W
- Kupsc A
- Kurth MG
- Lane JJ
- Lange JS
- Larin P
- Lavania A
- Lavezzi L
- Lei ZH
- Leithoff H
- Lellmann M
- Lenz T
- Li C
- Li C
- Li CH
- Li DM
- Li F
- Li G
- Li H
- Li HB
- Li HJ
- Li HN
- Li JL
- Li JQ
- Li JS
- Li K
- Li L
- Li LK
- Li PR
- Li SY
- Li WD
- Li WG
- Li X
- Li XH
- Li XL
- Li ZY
- Liang H
- Liang YF
- Liang YT
- Liao GR
- Liao LZ
- Libby J
- Limphirat A
- Lin CX
- Lin DX
- Lin T
- Liu BJ
- Liu CX
- Liu D
- Liu F
- Liu F
- Liu FH
- Liu GM
- Liu HH
- Liu HH
- Liu HM
- Liu JB
- Liu JL
- Liu JY
- Liu K
- Liu K
- Liu KY
- Liu L
- Liu MH
- Liu PL
- Liu Q
- Liu SB
- Liu T
- Liu WM
- Liu X
- Liu Y
- Liu YB
- Liu ZA
- Liu ZQ
- Lou XC
- Lu FX
- Lu HJ
- Lu JD
- Lu JG
- Lu XL
- Lu Y
- Lu YP
- Luo CL
- Luo MX
- Luo PW
- Luo T
- Luo XL
- Lyu XR
- Ma FC
- Ma HL
- Ma LL
- Ma MM
- Ma QM
- Ma RQ
- Ma RT
- Ma XX
- Ma XY
- Maas FE
- Maggiora M
- Maldaner S
- Malde S
- Malik QA
- Mangoni A
- Mao YJ
- Mao ZP
- Marcello S
- Meng ZX
- Messchendorp JG
- Mezzadri G
- Min TJ
- Mitchell RE
- Mo XH
- Muchnoi NY
- Muramatsu H
- Nakhoul S
- Nefedov Y
- Nerling F
- Nikolaev IB
- Ning Z
- Nisar S
- Olsen SL
- Ouyang Q
- Pacetti S
- Pan X
- Pan Y
- Pathak A
- Patteri P
- Pelizaeus M
- Peng HP
- Peters K
- Pettersson J
- Ping JL
- Ping RG
- Plura S
- Pogodin S
- Poling R
- Prasad V
- Qi H
- Qi HR
- Qi M
- Qi TY
- Qian S
- Qian WB
- Qian Z
- Qiao CF
- Qin JJ
- Qin LQ
- Qin XP
- Qin XS
- Qin ZH
- Qiu JF
- Qu SQ
- Rashid KH
- Ravindran K
- Redmer CF
- Rivetti A
- Rodin V
- Rolo M
- Rong G
- Rosner C
- Rump M
- Sang HS
- Sarantsev A
- Schelhaas Y
- Schnier C
- Schoenning K
- Scodeggio M
- Shan W
- Shan XY
- Shangguan JF
- Shao M
- Shen CP
- Shen HF
- Shen XY
- Shi HC
- Shi RS
- Shi X
- Shi XD
- Song JJ
- Song WM
- Song YX
- Sosio S
- Spataro S
- Stieler F
- Su KX
- Su PP
- Sui FF
- Sun GX
- Sun HK
- Sun JF
- Sun L
- Sun SS
- Sun T
- Sun WY
- Sun X
- Sun YJ
- Sun YZ
- Sun ZT
- Tan YH
- Tan YX
- Tang CJ
- Tang GY
- Tang J
- Teng JX
- Thoren V
- Tian WH
- Tian YT
- Uman I
- Wang B
- Wang CW
- Wang DY
- Wang HJ
- Wang HP
- Wang K
- Wang LL
- Wang M
- Wang M
- Wang MZ
- Wang S
- Wang W
- Wang WH
- Wang WP
- Wang X
- Wang XF
- Wang XL
- Wang Y
- Wang YD
- Wang YF
- Wang YQ
- Wang YY
- Wang Z
- Wang ZY
- Wang ZY
- Wang ZY
- Wei DH
- Weidner F
- Wen SP
- White DJ
- Wiedner U
- Wilkinson G
- Wolke M
- Wollenberg L
- Wu JF
- Wu LH
- Wu LJ
- Wu X
- Wu XH
- Wu Z
- Xia L
- Xiao H
- Xiao SY
- Xiao ZJ
- Xie XH
- Xie YG
- Xie YH
- Xing TY
- Xu CJ
- Xu GF
- Xu QJ
- Xu W
- Xu XP
- Xu YC
- Yan F
- Yan L
- Yan WB
- Yan WC
- Yang HJ
- Yang HX
- Yang L
- Yang SL
- Yang YF
- Yang YX
- Yang Z
- Ye M
- Ye MH
- Yin JH
- You ZY
- Yu BX
- Yu CX
- Yu G
- Yu JS
- Yu T
- Yuan CZ
- Yuan L
- Yuan Y
- Yuan ZY
- Yue CX
- Zafar AA
- Zeng XZ
- Zeng Y
- Zhang AQ
- Zhang BX
- Zhang GY
- Zhang H
- Zhang HH
- Zhang HY
- Zhang JL
- Zhang JQ
- Zhang JW
- Zhang JW
- Zhang JY
- Zhang JY
- Zhang JZ
- Zhang L
- Zhang LM
- Zhang LQ
- Zhang S
- Zhang SF
- Zhang SL
- Zhang XD
- Zhang XM
- Zhang XY
- Zhang Y
- Zhang Y
- Zhang Y
- Zhang YH
- Zhang YT
- Zhang ZY
- Zhao G
- Zhao J
- Zhao JY
- Zhao JZ
- Zhao L
- Zhao L
- Zhao MG
- Zhao Q
- Zhao SJ
- Zhao YB
- Zhao YX
- Zhao ZG
- Zhemchugov A
- Zheng B
- Zheng JP
- Zheng YH
- Zhong B
- Zhong C
- Zhou LP
- Zhou Q
- Zhou X
- Zhou XK
- Zhou XR
- Zhou XY
- Zhu AN
- Zhu J
- Zhu K
- Zhu KJ
- Zhu SH
- Zhu TJ
- Zhu WJ
- Zhu YC
- Zhu ZA
- Zou BS
- Zou JH
- Publication venue
- Publication date
- 01/01/2022
- Field of study
Using a data sample of psi(3770) events collected with the BESIII detector at BEPCII corresponding to an integrated luminosity of 2.9 fb-1, we report a measurement of A spin polarization in e+ e- -> Lambda(Lambda) over bar at = root s = 3.773 GeV. The significance of polarization is found to be 2 sigma including the systematic uncertainty, which implies a zero phase between the transition amplitudes of the Lambda(Lambda) over bar helicity states. This phase can be interpreted in terms of psionic form factors, and is determined to be Delta Phi(Psi) = Phi(Psi)(E) - Phi(Psi)(M) = (71(-46)(+66) +/- 5)degrees. Similarly, the ratio between the form factors is found to be R-psi = vertical bar G(E)(Psi)/G(M)(Psi)vertical bar = 0.48(-0.35)(+0.21) +/- 0.03. The first uncertainties are statistical and the second systematic
Partial wave analysis of J/Psi -> gamma eta 'eta '
- Author
- Ablikim M
- Achasov Mn
- Adlarson P
- Ahmed S
- Albrecht M
- Aliberti R
- Amoroso A
- An Q
- Andersson Wi
- Bai Xh
- Bai Y
- Bakina O
- Balossino I
- Ban Y
- Bc Ke
- Begzsuren K
- Berger N
- Bertani M
- Bettoni D
- Bianchi F
- Bloms J
- Bortone A
- Boyko I
- Briere Ra
- Bx Yu
- Cai H
- Cai X
- Calcaterra A
- Cao Gf
- Cao N
- Cd Fu
- Cetin Sa
- Ch Li
- Chang Jf
- Chang Wl
- Chelkov G
- Chen Dy
- Chen G
- Chen Hs
- Chen Ml
- Chen Sj
- Chen Xr
- Chen Yb
- Chen Zj
- Cheng Ws
- Cibinetto G
- Cj Xu
- Cossio F
- Cui Xf
- Cx Yu
- Dai Hl
- Dai Jp
- Dai Xc
- Dbeyssi A
- de Boer Re
- De Mori F
- Dedovich D
- Deng Zy
- Denig A
- Denysenko I
- Destefanis M
- Ding Y
- Dm Li
- Dong C
- Dong J
- Dong Ly
- Dong My
- Dong X
- Egorov P
- Fan Yl
- Fang J
- Fang Ss
- Fang Y
- Farinelli R
- Fava L
- Fc Ma
- Feldbauer F
- Felici G
- Feng Cq
- Feng Jh
- Ferroli Rb
- Fritsch M
- Fx Lu
- Gao Y
- Gao Y
- Gao Yg
- Garzia I
- Geng C
- Gersabeck Em
- Gf Xu
- Gilman A
- Goetzen K
- Gong L
- Gong Wx
- Gradl W
- Greco M
- Guan Cy
- Guo Aq
- Guo Aq
- Guo Lb
- Guo Rp
- Guo Yp
- Guskov A
- Han Tt
- Han Wy
- Hao Xq
- Harris Fa
- Hb Li
- Heinsius Fh
- Heinz Ch
- Heng Yk
- Herold C
- Himmelreich M
- Hj Li
- Hj Lu
- Hl Ma
- Hm Hu
- Hn Li
- Holtmann T
- Hou Gy
- Hou Yr
- Hou Zl
- Hr Qi
- Hu Jifeng
- Hu T
- Hu Y
- Huang Gs
- Huang Lq
- Huang Xt
- Huang Yp
- Huang Z
- Husken N
- Hussain T
- Imoehl W
- Irshad M
- Jaeger S
- Janchiv S
- Jd Lu
- Jf Wu
- Jg Lu
- Ji Q
- Jiang Hb
- Jiang Xs
- Jiao Jb
- Jiao Z
- Jin S
- Jin Y
- Jing Mq
- Jl Li
- Johansson T
- Jq Li
- Js Li
- Js Yu
- Kalantar-Nayestanaki N
- Kang Xs
- Kappert R
- Kavatsyuk M
- Keshk Ik
- Khoukaz A
- Kiese P
- Kiuchi R
- Kk He
- Kl He
- Kliemt R
- Koch L
- Kolcu Ob
- Kopf B
- Kuemmel M
- Kuessner M
- Kuhn W
- Kupsc A
- Kurth Mg
- Kx Su
- Lane Jj
- Lange Js
- Larin P
- Lavania A
- Lavezzi L
- Lei Zh
- Leithoff H
- Lellmann M
- Lenz T
- Lh Wu
- Li C
- Li C
- Li F
- Li G
- Li H
- Li H
- Li K
- Li L
- Liang H
- Liang H
- Liang H
- Liang Yf
- Liang Yt
- Liao Gr
- Liao Lz
- Libby J
- Limphirat A
- Lin Cx
- Lin Dx
- Lin T
- Liu Bj
- Liu Cx
- Liu D
- Liu F
- Liu F
- Liu Fh
- Liu Gm
- Liu Hh
- Liu Hh
- Liu Hm
- Liu Jb
- Liu Jl
- Liu Jy
- Liu K
- Liu K
- Liu Ky
- Liu L
- Liu Mh
- Liu Pl
- Liu Q
- Liu Q
- Liu Sb
- Liu T
- Liu T
- Liu Wm
- Liu X
- Liu Y
- Liu Yb
- Liu Za
- Liu Zq
- Lj Wu
- Lk Li
- Ll Ma
- Lm Gu
- Lou Xc
- Lu Y
- Luo Cl
- Luo Mx
- Luo Pw
- Luo T
- Luo Xl
- Lyu Xr
- Maas Fe
- Maggiora M
- Maldaner S
- Malde S
- Malik Qa
- Mangoni A
- Mao Yj
- Mao Zp
- Marcello S
- Meng Zx
- Messchendorp Jg
- Mezzadri G
- Mh Gu
- Mh Ye
- Min Tj
- Mitchell Re
- Mm Ma
- Mr An
- Muchnoi Ny
- Muramatsu H
- Nakhoul S
- Nefedov Y
- Nerling F
- Nikolaev Ib
- Ning Z
- Nisar S
- Olsen Sl
- Ouyang Q
- Pacetti S
- Pan X
- Pan Y
- Pathak A
- Pathak A
- Patteri P
- Pelizaeus M
- Peng Hp
- Peters K
- Pettersson J
- Ping Jl
- Ping Rg
- Plura S
- Pogodin S
- Poling R
- Pp Su
- Pr Li
- Prasad V
- Pt Ge
- Qi H
- Qi M
- Qian S
- Qian Wb
- Qian Z
- Qiao Cf
- Qin Jj
- Qin Lq
- Qin Xp
- Qin Xs
- Qin Zh
- Qiu Jf
- Qj Xu
- Qm Ma
- Qp Ji
- Rashid Kh
- Ravindran K
- Redmer Cf
- Rivetti A
- Rodin V
- Rolo M
- Rong G
- Rosner C
- Rq Ma
- Rt Ma
- Rump M
- Sang Hs
- Sarantsev A
- Schelhaas Y
- Schnier C
- Schoenning K
- Scodeggio M
- Shan W
- Shan Xy
- Shangguan Jf
- Shao M
- Shen Cp
- Shen Hf
- Shen Xy
- Shi Hc
- Shi Rs
- Shi X
- Shi Xd
- Song Jj
- Song Jj
- Song Wm
- Song Yx
- Sosio S
- Spataro S
- Sq Qu
- Stieler F
- Sui Ff
- Sun Gx
- Sun Hk
- Sun Jf
- Sun L
- Sun Ss
- Sun T
- Sun Wy
- Sun X
- Sun Yj
- Sun Yz
- Sun Zt
- Sx Du
- Sy Li
- Tan Yh
- Tan Yx
- Tang Cj
- Tang Gy
- Tang J
- Teng Jx
- Thoren V
- Tian Wh
- Tian Yt
- Ty Qi
- Uman I
- Wang B
- Wang Cw
- Wang Dy
- Wang Hj
- Wang Hp
- Wang K
- Wang Ll
- Wang M
- Wang M
- Wang Mz
- Wang S
- Wang W
- Wang Wh
- Wang Wp
- Wang X
- Wang Xf
- Wang Xl
- Wang Y
- Wang Yd
- Wang Yf
- Wang Yq
- Wang Yy
- Wang Z
- Wang Zy
- Wang Zy
- Wang Zy
- Wd Li
- Wei Dh
- Weidner F
- Wen Sp
- Wg Li
- White Dj
- Wiedner U
- Wilkinson G
- Wolke M
- Wollenberg L
- Wu X
- Wu Z
- Xb Ji
- Xh Li
- Xh Mo
- Xh Wu
- Xia L
- Xiao H
- Xiao Sy
- Xiao Zj
- Xie Xh
- Xie Yg
- Xie Yh
- Xing Ty
- Xl Ji
- Xl Li
- Xl Lu
- Xp Xu
- Xu W
- Xx Ma
- Xy Li
- Xy Ma
- Yan F
- Yan L
- Yan Wb
- Yan Wc
- Yang Hj
- Yang Hx
- Yang L
- Yang Sl
- Yang Yf
- Yang Yx
- Yang Z
- Yc Xu
- Ye M
- Yin Jh
- You Zy
- Yp Lu
- Yu G
- Yu T
- Yuan Cz
- Yuan L
- Yuan Y
- Yuan Zy
- Yue Cx
- Yy Ji
- Zafar Aa
- Zeng Xz
- Zeng Y
- Zhang Aq
- Zhang Bx
- Zhang Gy
- Zhang H
- Zhang Hh
- Zhang Hh
- Zhang Hy
- Zhang Jl
- Zhang Jq
- Zhang Jw
- Zhang Jw
- Zhang Jy
- Zhang Jy
- Zhang Jz
- Zhang L
- Zhang Lm
- Zhang Lq
- Zhang S
- Zhang Sf
- Zhang Sl
- Zhang Xd
- Zhang Xm
- Zhang Xy
- Zhang Y
- Zhang Y
- Zhang Y
- Zhang Yh
- Zhang Yt
- Zhang Zy
- Zhao G
- Zhao J
- Zhao Jy
- Zhao Jz
- Zhao L
- Zhao L
- Zhao Mg
- Zhao Q
- Zhao Sj
- Zhao Yb
- Zhao Yx
- Zhao Zg
- Zhemchugov A
- Zheng B
- Zheng Jp
- Zheng Yh
- Zhong B
- Zhong C
- Zhou Lp
- Zhou Q
- Zhou X
- Zhou Xk
- Zhou Xr
- Zhou Xy
- Zhu An
- Zhu J
- Zhu K
- Zhu Kj
- Zhu Sh
- Zhu Tj
- Zhu Wj
- Zhu Wj
- Zhu Yc
- Zhu Za
- Zou Bs
- Zou Jh
- Zy Li
- Publication venue
- 'American Physical Society (APS)'
- Publication date
- 01/01/2022
- Field of study
Measurement of e(+)e(-)-> K+K-pi(0) cross section and observation of a resonant structure
- Author
- Ablikim M
- Achasov Mn
- Adlarson P
- Ahmed S
- Albrecht M
- Aliberti R
- Amoroso A
- An Q
- Andersson Wi
- Bai Xh
- Bai Y
- Bakina O
- Balossino I
- Ban Y
- Batozskaya V
- Bc Ke
- Becker D
- Begzsuren K
- Berger N
- Bertani M
- Bettoni D
- Bianchi F
- Bloms J
- Bortone A
- Boyko I
- Briere Ra
- Bx Yu
- Cai H
- Cai X
- Calcaterra A
- Cao Gf
- Cao N
- Cd Fu
- Cetin Sa
- Cf Xu
- Ch Li
- Chang Jf
- Chang Wl
- Chelkov G
- Chen C
- Chen G
- Chen Hs
- Chen Ml
- Chen Sj
- Chen T
- Chen Xr
- Chen Xt
- Chen Yb
- Chen Zj
- Cheng Ws
- Cibinetto G
- Cj Xu
- Cossio F
- Cui Jj
- Cui Xf
- Cx Yu
- Dai Hl
- Dai Jp
- Dai Xc
- Dbeyssi A
- de Boer Re
- De Mori F
- Dedovich D
- Deng Zy
- Denig A
- Denysenko I
- Destefanis M
- Ding Y
- Dm Li
- Dong C
- Dong J
- Dong Ly
- Dong My
- Dong X
- Egorov P
- Fan Yl
- Fang J
- Fang Ss
- Fang Y
- Farinelli R
- Fava L
- Fc Ma
- Feldbauer F
- Felici G
- Feng Cq
- Feng Jh
- Ferroli Rb
- Fritsch M
- Fx Lu
- Gao Y
- Gao Y
- Garzia I
- Geng C
- Gersabeck Em
- Gf Xu
- Gilman A
- Goetzen K
- Gong L
- Gong Wx
- Gradl W
- Greco M
- Guan Cy
- Guo Aq
- Guo Aq
- Guo Lb
- Guo Rp
- Guo Yp
- Guskov A
- Han Tt
- Han Wy
- Hao Xq
- Harris Fa
- Hb Li
- Heinsius Fh
- Heinz Ch
- Heng Yk
- Herold C
- Himmelreich M
- Hj Li
- Hj Lu
- Hl Ma
- Hm Hu
- Hn Li
- Holtmann T
- Hou Gy
- Hou Yr
- Hou Zl
- Hr Qi
- Hu Jifeng
- Hu T
- Hu Y
- Huang Gs
- Huang Lq
- Huang Xt
- Huang Yp
- Huang Z
- Husken N
- Hussain T
- Imoehl W
- Irshad M
- Jaeger S
- Janchiv S
- Jd Lu
- Jf Wu
- Jg Lu
- Ji Q
- Jiang Hb
- Jiang Ss
- Jiang Xs
- Jiao Jb
- Jiao Z
- Jin S
- Jin Y
- Jing Mq
- Jl Li
- Johansson T
- Jq Li
- Js Li
- Js Yu
- Kalantar-Nayestanaki N
- Kang Xs
- Kappert R
- Kavatsyuk M
- Keshk Ik
- Khoukaz A
- Kiese P
- Kiuchi R
- Kk He
- Kl He
- Kliemt R
- Koch L
- Kolcu Ob
- Kopf B
- Kuemmel M
- Kuessner M
- Kuhn W
- Kupsc A
- Kurth Mg
- Kx Su
- Lane Jj
- Lange Js
- Larin P
- Lavania A
- Lavezzi L
- Lei Zh
- Leithoff H
- Lellmann M
- Lenz T
- Lh Wu
- Li C
- Li C
- Li C
- Li F
- Li G
- Li H
- Li H
- Li K
- Li L
- Li T
- Liang H
- Liang H
- Liang H
- Liang Yf
- Liang Yt
- Liao Gr
- Liao Lz
- Libby J
- Limphirat A
- Lin Cx
- Lin Dx
- Lin T
- Liu Bj
- Liu Cx
- Liu D
- Liu F
- Liu F
- Liu Fh
- Liu Gm
- Liu Hh
- Liu Hh
- Liu Hm
- Liu Jb
- Liu Jl
- Liu Jy
- Liu K
- Liu K
- Liu Ky
- Liu L
- Liu Mh
- Liu Pl
- Liu Q
- Liu Sb
- Liu T
- Liu T
- Liu Wm
- Liu X
- Liu Y
- Liu Yb
- Liu Za
- Liu Zq
- Lj Li
- Lj Wu
- Lk Li
- Ll Ma
- Lou Xc
- Lu Y
- Luo Cl
- Luo Mx
- Luo T
- Luo Xl
- Lyu Xr
- Lyu Yf
- Ma Y
- Maas Fe
- Maggiora M
- Maldaner S
- Malde S
- Malik Qa
- Mangoni A
- Mao Yj
- Mao Zp
- Marcello S
- Meng Zx
- Messchendorp Jg
- Mezzadri G
- Mh Gu
- Mh Li
- Mh Ye
- Miao H
- Min Tj
- Mitchell Re
- Mm Ma
- Mr An
- Muchnoi Ny
- Muramatsu H
- Nakhoul S
- Nefedov Y
- Nerling F
- Nikolaev Ib
- Ning Z
- Nisar S
- Olsen Sl
- Ouyang Q
- Pacetti S
- Pan X
- Pan Y
- Pathak A
- Pathak A
- Patteri P
- Pelizaeus M
- Peng Hp
- Peters K
- Pettersson J
- Ping Jl
- Ping Rg
- Plura S
- Pogodin S
- Poling R
- Pp Su
- Pr Li
- Prasad V
- Pt Ge
- Qi H
- Qi M
- Qian S
- Qian Wb
- Qian Z
- Qiao Cf
- Qin Jj
- Qin Lq
- Qin Xp
- Qin Xs
- Qin Zh
- Qiu Jf
- Qj Xu
- Qm Ma
- Qp Ji
- Rashid Kh
- Ravindran K
- Redmer Cf
- Ren Kj
- Rivetti A
- Rodin V
- Rolo M
- Rong G
- Rosner C
- Rq Ma
- Rt Ma
- Rump M
- Sang Hs
- Sarantsev A
- Schelhaas Y
- Schnier C
- Schoenning K
- Scodeggio M
- Shan W
- Shan Xy
- Shangguan Jf
- Shao Lg
- Shao M
- Shen Cp
- Shen Hf
- Shen Xy
- Shi Ba
- Shi Hc
- Shi Rs
- Shi X
- Shi Xd
- Song Jj
- Song Wm
- Song Yx
- Sosio S
- Spataro S
- Sq Qu
- Stieler F
- Sun Gx
- Sun Hk
- Sun Jf
- Sun L
- Sun Ss
- Sun T
- Sun Wy
- Sun X
- Sun Yj
- Sun Yz
- Sun Zt
- Sx Du
- Sy Li
- Tan Yh
- Tan Yx
- Tang Cj
- Tang Gy
- Tang J
- Tao Ly
- Tao Qt
- Teng Jx
- Thoren V
- Tian Wh
- Tian Yt
- Ty Qi
- Uman I
- Wang B
- Wang Dy
- Wang F
- Wang Hj
- Wang Hp
- Wang K
- Wang Ll
- Wang M
- Wang M
- Wang Mz
- Wang S
- Wang Tj
- Wang W
- Wang Wh
- Wang Wp
- Wang X
- Wang Xf
- Wang Xl
- Wang Y
- Wang Yd
- Wang Yf
- Wang Yq
- Wang Yy
- Wang Z
- Wang Zy
- Wang Zy
- Wang Zy
- Wd Li
- Wei Dh
- Weidner F
- Wen Sp
- Wg Li
- White Dj
- Wiedner U
- Wilkinson G
- Wolke M
- Wollenberg L
- Wu X
- Wu Z
- Xb Ji
- Xh Li
- Xh Mo
- Xh Wu
- Xia L
- Xiang T
- Xiao H
- Xiao Sy
- Xiao Zj
- Xie Xh
- Xie Yg
- Xie Yh
- Xing Ty
- Xl Ji
- Xl Li
- Xl Lu
- Xp Xu
- Xu W
- Xx Ma
- Xy Li
- Xy Ma
- Yan F
- Yan L
- Yan Wb
- Yan Wc
- Yang Hj
- Yang Hx
- Yang L
- Yang Sl
- Yang Yf
- Yang Yx
- Yang Yx
- Yang Z
- Yc Xu
- Ye M
- Yin Jh
- Yj Su
- You Zy
- Yp Lu
- Yu G
- Yu T
- Yuan Cz
- Yuan L
- Yuan Sc
- Yuan Y
- Yuan Zy
- Yue Cx
- Yy Ji
- Zafar Aa
- Zeng X
- Zeng Y
- Zh Lu
- Zhang Aq
- Zhang Bl
- Zhang Bx
- Zhang Gy
- Zhang H
- Zhang Hh
- Zhang Hh
- Zhang Hy
- Zhang Jl
- Zhang Jq
- Zhang Jw
- Zhang Jw
- Zhang Jy
- Zhang Jy
- Zhang Jz
- Zhang L
- Zhang Lm
- Zhang Lq
- Zhang P
- Zhang Sl
- Zhang Xd
- Zhang Xm
- Zhang Xy
- Zhang Xy
- Zhang Y
- Zhang Y
- Zhang Y
- Zhang Yh
- Zhang Yt
- Zhang Zh
- Zhang Zy
- Zhang Zy
- Zhao G
- Zhao J
- Zhao Jy
- Zhao Jz
- Zhao L
- Zhao L
- Zhao Mg
- Zhao Q
- Zhao Sj
- Zhao Yb
- Zhao Yx
- Zhao Zg
- Zhemchugov A
- Zheng B
- Zheng Jp
- Zheng Yh
- Zhong B
- Zhong C
- Zhou Lp
- Zhou Q
- Zhou X
- Zhou Xk
- Zhou Xr
- Zhou Xy
- Zhu An
- Zhu J
- Zhu K
- Zhu Kj
- Zhu Sh
- Zhu Tj
- Zhu Wj
- Zhu Wj
- Zhu Yc
- Zhu Za
- Zou Bs
- Zou Jh
- Zy Li
- Publication venue
- 'Springer Science and Business Media LLC'
- Publication date
- 01/01/2022
- Field of study