Measurement of e+e- → ωπ+π- cross section at s=2.000 to 3.080 GeV

Publikationstyp:

Zeitschriftenaufsatz

Metadaten:

Autoren

M Ablikim
MN Achasov
P Adlarson
S Ahmed
M Albrecht
R Aliberti
A Amoroso
MR An
Q An
XH Bai
Y Bai
O Bakina
R Baldini Ferroli
I Balossino
Y Ban
V Batozskaya
D Becker
K Begzsuren
N Berger
M Bertani
D Bettoni
F Bianchi
J Bloms
A Bortone
I Boyko
RA Briere
A Brueggemann
H Cai
X Cai
A Calcaterra
GF Cao
N Cao
SA Cetin
JF Chang
WL Chang
G Chelkov
C Chen
G Chen
HS Chen
ML Chen
SJ Chen
T Chen
XR Chen
XT Chen
YB Chen
ZJ Chen
WS Cheng
G Cibinetto
F Cossio
JJ Cui
HL Dai
JP Dai
XC Dai
A Dbeyssi
RE de Boer
D Dedovich
ZY Deng
A Denig
I Denysenko
M Destefanis
F De Mori
Y Ding
J Dong
LY Dong
MY Dong
X Dong
SX Du
P Egorov
YL Fan
J Fang
SS Fang
Y Fang
R Farinelli
L Fava
F Feldbauer
G Felici
CQ Feng
JH Feng
K Fischer
M Fritsch
CD Fu
YN Gao
Yang Gao
I Garzia
PT Ge
C Geng
EM Gersabeck
A Gilman
K Goetzen
L Gong
WX Gong
W Gradl
M Greco
MH Gu
CY Guan
AQ Guo
LB Guo
RP Guo
YP Guo
A Guskov
TT Han
WY Han
XQ Hao
FA Harris
KK He
KL He
FH Heinsius
CH Heinz
YK Heng
C Herold
M Himmelreich
T Holtmann
GY Hou
YR Hou
ZL Hou
HM Hu
JF Hu
T Hu
Y Hu
GS Huang
KX Huang
LQ Huang
XT Huang
YP Huang
Z Huang
T Hussain
N Husken
W Imoehl
M Irshad
S Jaeger
S Janchiv
Q Ji
QP Ji
XB Ji
XL Ji
YY Ji
HB Jiang
SS Jiang
XS Jiang
JB Jiao
Z Jiao
S Jin
Y Jin
MQ Jing
T Johansson
N Kalantar-Nayestanaki
XS Kang
R Kappert
M Kavatsyuk
BC Ke
IK Keshk
A Khoukaz
P Kiese
R Kiuchi
R Kliemt
L Koch
OB Kolcu
B Kopf
M Kuemmel
M Kuessner
A Kupsc
MG Kurth
W Kuhn
JJ Lane
JS Lange
P Larin
A Lavania
L Lavezzi
ZH Lei
H Leithoff
M Lellmann
T Lenz
C Li
CH Li
Cheng Li
DM Li
F Li
G Li
H Li
H Li
HB Li
HJ Li
HN Li
JL Li
JQ Li
JS Li
Ke Li
LJ Li
LK Li
Lei Li
MH Li
PR Li
SX Li
SY Li
T Li
WD Li
WG Li
XH Li
XL Li
Xiaoyu Li
ZY Li
H Liang
H Liang
H Liang
YF Liang
YT Liang
GR Liao
LZ Liao
J Libby
A Limphirat
CX Lin
DX Lin
T Lin
BJ Liu
CX Liu
D Liu
FH Liu
Fang Liu
Feng Liu
GM Liu
HM Liu
Huanhuan Liu
Huihui Liu
JB Liu
JL Liu
JY Liu
K Liu
KY Liu
Ke 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 Liu
XC Lou
FX Lu
HJ Lu
JD Lu
JG Lu
XL Lu
Y Lu
YP Lu
ZH Lu
CL Luo
MX Luo
T Luo
XL Luo
XR Lyu
YF Lyu
FC Ma
HL Ma
LL Ma
MM Ma
QM Ma
RQ Ma
RT Ma
XX Ma
XY Ma
Y Ma
FE Maas
M Maggiora
S Maldaner
S Malde
QA Malik
A Mangoni
YJ Mao
ZP Mao
S Marcello
ZX Meng
JG Messchendorp
G Mezzadri
H Miao
TJ Min
RE Mitchell
XH Mo
N Yu Muchnoi
H Muramatsu
S Nakhoul
Y Nefedov
F Nerling
IB Nikolaev
Z Ning
S Nisar
SL Olsen
Q Ouyang
S Pacetti
X Pan
Y Pan
A Pathak
A Pathak
M Pelizaeus
HP Peng
K Peters
J Pettersson
JL Ping
RG Ping
S Plura
S Pogodin
R Poling
V Prasad
H Qi
HR Qi
M Qi
TY Qi
S Qian
WB Qian
Z Qian
CF Qiao
JJ Qin
LQ Qin
XP Qin
XS Qin
ZH Qin
JF Qiu
SQ Qu
SQ Qu
KH Rashid
K Ravindran
CF Redmer
KJ Ren
A Rivetti
V Rodin
M Rolo
G Rong
Ch Rosner
M Rump
HS Sang
A Sarantsev
Y Schelhaas
C Schnier
K Schoenning
M Scodeggio
KY Shan
W Shan
XY Shan
JF Shangguan
LG Shao
M Shao
CP Shen
HF Shen
XY Shen
B-A Shi
HC Shi
RS Shi
X Shi
XD Shi
JJ Song
WM Song
YX Song
S Sosio
S Spataro
F Stieler
KX Su
PP Su
Y-J Su
GX Sun
HK Sun
JF Sun
L Sun
SS Sun
T Sun
WY Sun
X Sun
YJ Sun
YZ Sun
ZT Sun
YH Tan
YX Tan
CJ Tang
GY Tang
J Tang
LY Tao
QT Tao
JX Teng
V Thoren
WH Tian
YT Tian
I Uman
B Wang
DY Wang
F Wang
HJ Wang
HP Wang
K Wang
LL Wang
M Wang
MZ Wang
Meng Wang
S Wang
TJ Wang
W Wang
WH Wang
WP Wang
X Wang
XF Wang
XL Wang
YD Wang
YF Wang
YQ Wang
YY Wang
Ying Wang
Z Wang
ZY Wang
Ziyi Wang
Zongyuan Wang
DH Wei
F Weidner
SP Wen
DJ White
U Wiedner
G Wilkinson
M Wolke
L Wollenberg
JF Wu
LH Wu
LJ Wu
X Wu
XH Wu
Y Wu
Z Wu
L Xia
T Xiang
H Xiao
SY Xiao
YL Xiao
ZJ Xiao
XH Xie
YG Xie
YH Xie
ZP Xie
TY Xing
CF Xu
CJ Xu
GF Xu
QJ Xu
SY Xu
W Xu
XP Xu
YC Xu
F Yan
L Yan
WB Yan
WC Yan
HJ Yang
HX Yang
L Yang
SL Yang
YX Yang
Yifan Yang
Zhi Yang
M Ye
MH Ye
JH Yin
ZY You
BX Yu
CX Yu
G Yu
JS Yu
T Yu
CZ Yuan
L Yuan
SC Yuan
XQ Yuan
Y Yuan
ZY Yuan
CX Yue
AA Zafar
X Zeng
Y Zeng
YH Zhan
AQ Zhang
BL Zhang
BX Zhang
GY Zhang
H Zhang
HH Zhang
HH Zhang
HY Zhang
JL Zhang
JQ Zhang
JW Zhang
JY Zhang
JZ Zhang
Jianyu Zhang
Jiawei Zhang
LM Zhang
LQ Zhang
Lei Zhang
P Zhang
Shulei Zhang
XD Zhang
XM Zhang
XY Zhang
XY Zhang
Y Zhang
YT Zhang
YH Zhang
Yan Zhang
Yao Zhang
ZH Zhang
ZY Zhang
ZY Zhang
G Zhao
J Zhao
JY Zhao
JZ Zhao
Lei Zhao
Ling Zhao
MG Zhao
Q Zhao
SJ Zhao
YB Zhao
YX Zhao
ZG Zhao
A Zhemchugov
B Zheng
JP Zheng
YH Zheng
B Zhong
C Zhong
X Zhong
LP Zhou
Q Zhou
X Zhou
XK Zhou
XR Zhou
XY Zhou
YZ Zhou
AN Zhu
J Zhu
K Zhu
KJ Zhu
SH Zhu
TJ Zhu
WJ Zhu
WJ Zhu
YC Zhu
ZA Zhu
BS Zou
JH Zou

Autoren-URL

https://www.webofscience.com/api/gateway?GWVersion=2&SrcApp=fis-test-1&SrcAuth=WosAPI&KeyUT=WOS:000928263800001&DestLinkType=FullRecord&DestApp=WOS_CPL

DOI

10.1007/JHEP01(2023)111

Externe Identifier

Clarivate Analytics Document Solution ID: 8S0FT

ISSN

1029-8479

Ausgabe der Veröffentlichung

Zeitschrift

JOURNAL OF HIGH ENERGY PHYSICS

Schlüsselwörter

e(+)-e(-) Experiments
Particle and Resonance Production
Vector Boson Production

Artikelnummer

ARTN 111

Datum der Veröffentlichung

2023

Status

Published

Titel

Measurement of e+e- → ωπ+π- cross section at <mml:msqrt>s</mml:msqrt>=2.000 to 3.080 GeV

Sub types

Article

Datenquelle: Web of Science (Lite)

Andere Metadatenquellen:

Abstract

Abstract A partial wave analysis on the process e+e− → ωπ+π− is performed using 647 pb−1 of data sample collected by using the BESIII detector operating at the BEPCII storage ring at center-of-mass (c.m.) energies from 2.000 GeV to 3.080 GeV. The Born cross section of the e+e− → ωπ+π− process is measured, with precision improved by a factor of 3 compared to that of previous studies. A structure near 2.25 GeV is observed in the energy-dependent cross sections of e+e− → ωπ+π− and ωπ0π0 with a statistical significance of 7.6σ, and its determined mass and width are 2232 ± 19 ± 27 MeV/c2 and 93 ± 53 ± 20 MeV, respectively, where the first and second uncertainties are statistical and systematic, respectively. By analyzing the cross sections of subprocesses e+e− → ωf0(500), ωf0(980), ωf0(1370), ωf2(1270), and b1(1235)π, a structure, with mass M = 2200 ± 11 ± 17 MeV/c2 and width Γ = 74 ± 20 ± 24 MeV, is observed with a combined statistical significance of 7.9σ. The measured resonance parameters will help to reveal the nature of vector states around 2.25 GeV.

Autoren

M Ablikim
MN Achasov
P Adlarson
S Ahmed
M Albrecht
R Aliberti
A Amoroso
MR An
Q An
XH Bai
Y Bai
O Bakina
R Baldini Ferroli
I Balossino
Y Ban
V Batozskaya
D Becker
K Begzsuren
N Berger
M Bertani
D Bettoni
F Bianchi
J Bloms
A Bortone
I Boyko
RA Briere
A Brueggemann
H Cai
X Cai
A Calcaterra
GF Cao
N Cao
SA Cetin
JF Chang
WL Chang
G Chelkov
C Chen
G Chen
HS Chen
ML Chen
SJ Chen
T Chen
XR Chen
XT Chen
YB Chen
ZJ Chen
WS Cheng
G Cibinetto
F Cossio
JJ Cui
HL Dai
JP Dai
XC Dai
A Dbeyssi
RE de Boer
D Dedovich
ZY Deng
A Denig
I Denysenko
M Destefanis
F De Mori
Y Ding
J Dong
LY Dong
MY Dong
X Dong
SX Du
P Egorov
YL Fan
J Fang
SS Fang
Y Fang
R Farinelli
L Fava
F Feldbauer
G Felici
CQ Feng
JH Feng
K Fischer
M Fritsch
CD Fu
YN Gao
Yang Gao
I Garzia
PT Ge
C Geng
EM Gersabeck
A Gilman
K Goetzen
L Gong
WX Gong
W Gradl
M Greco
MH Gu
CY Guan
AQ Guo
AQ Guo
LB Guo
RP Guo
YP Guo
A Guskov
TT Han
WY Han
XQ Hao
FA Harris
KK He
KL He
FH Heinsius
CH Heinz
YK Heng
C Herold
M Himmelreich
T Holtmann
GY Hou
YR Hou
ZL Hou
HM Hu
JF Hu
T Hu
Y Hu
GS Huang
KX Huang
LQ Huang
XT Huang
YP Huang
Z Huang
T Hussain
N Hüsken
W Imoehl
M Irshad
S Jaeger
S Janchiv
Q Ji
QP Ji
XB Ji
XL Ji
YY Ji
HB Jiang
SS Jiang
XS Jiang
JB Jiao
Z Jiao
S Jin
Y Jin
MQ Jing
T Johansson
N Kalantar-Nayestanaki
XS Kang
R Kappert
M Kavatsyuk
BC Ke
IK Keshk
A Khoukaz
P Kiese
R Kiuchi
R Kliemt
L Koch
OB Kolcu
B Kopf
M Kuemmel
M Kuessner
A Kupsc
MG Kurth
W Kühn
JJ Lane
JS Lange
P Larin
A Lavania
L Lavezzi
ZH Lei
H Leithoff
M Lellmann
T Lenz
C Li
C Li
CH Li
Cheng Li
DM Li
F Li
G Li
H Li
H Li
HB Li
HJ Li
HN Li
JL Li
JQ Li
JS Li
Ke Li
LJ Li
LK Li
Lei Li
MH Li
PR Li
SX Li
SY Li
T Li
WD Li
WG Li
XH Li
XL Li
Xiaoyu Li
ZY Li
H Liang
H Liang
H Liang
YF Liang
YT Liang
GR Liao
LZ Liao
J Libby
A Limphirat
CX Lin
DX Lin
T Lin
BJ Liu
CX Liu
D Liu
FH Liu
Fang Liu
Feng Liu
GM Liu
HM Liu
Huanhuan Liu
Huihui Liu
JB Liu
JL Liu
JY Liu
K Liu
KY Liu
Ke 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 Liu
XC Lou
FX Lu
HJ Lu
JD Lu
JG Lu
XL Lu
Y Lu
YP Lu
ZH Lu
CL Luo
MX Luo
T Luo
XL Luo
XR Lyu
YF Lyu
FC Ma
HL Ma
LL Ma
MM Ma
QM Ma
RQ Ma
RT Ma
XX Ma
XY Ma
Y Ma
FE Maas
M Maggiora
S Maldaner
S Malde
QA Malik
A Mangoni
YJ Mao
ZP Mao
S Marcello
ZX Meng
JG Messchendorp
G Mezzadri
H Miao
TJ Min
RE Mitchell
XH Mo
N Yu Muchnoi
H Muramatsu
S Nakhoul
Y Nefedov
F Nerling
IB Nikolaev
Z Ning
S Nisar
SL Olsen
Q Ouyang
S Pacetti
X Pan
Y Pan
A Pathak
A Pathak
M Pelizaeus
HP Peng
K Peters
J Pettersson
JL Ping
RG Ping
S Plura
S Pogodin
R Poling
V Prasad
H Qi
HR Qi
M Qi
TY Qi
S Qian
WB Qian
Z Qian
CF Qiao
JJ Qin
LQ Qin
XP Qin
XS Qin
ZH Qin
JF Qiu
SQ Qu
SQ Qu
KH Rashid
K Ravindran
CF Redmer
KJ Ren
A Rivetti
V Rodin
M Rolo
G Rong
Ch Rosner
M Rump
HS Sang
A Sarantsev
Y Schelhaas
C Schnier
K Schoenning
M Scodeggio
KY Shan
W Shan
XY Shan
JF Shangguan
LG Shao
M Shao
CP Shen
HF Shen
XY Shen
B-A Shi
HC Shi
RS Shi
X Shi
XD Shi
JJ Song
WM Song
YX Song
S Sosio
S Spataro
F Stieler
KX Su
PP Su
Y-J Su
GX Sun
HK Sun
JF Sun
L Sun
SS Sun
T Sun
WY Sun
X Sun
YJ Sun
YZ Sun
ZT Sun
YH Tan
YX Tan
CJ Tang
GY Tang
J Tang
LY Tao
QT Tao
JX Teng
V Thoren
WH Tian
YT Tian
I Uman
B Wang
DY Wang
F Wang
HJ Wang
HP Wang
K Wang
LL Wang
M Wang
MZ Wang
Meng Wang
S Wang
TJ Wang
W Wang
WH Wang
WP Wang
X Wang
XF Wang
XL Wang
YD Wang
YF Wang
YQ Wang
YY Wang
Ying Wang
Z Wang
ZY Wang
Ziyi Wang
Zongyuan Wang
DH Wei
F Weidner
SP Wen
DJ White
U Wiedner
G Wilkinson
M Wolke
L Wollenberg
JF Wu
LH Wu
LJ Wu
X Wu
XH Wu
Y Wu
Z Wu
L Xia
T Xiang
H Xiao
SY Xiao
YL Xiao
ZJ Xiao
XH Xie
YG Xie
YH Xie
ZP Xie
TY Xing
CF Xu
CJ Xu
GF Xu
QJ Xu
SY Xu
W Xu
XP Xu
YC Xu
F Yan
L Yan
WB Yan
WC Yan
HJ Yang
HX Yang
L Yang
SL Yang
YX Yang
Yifan Yang
Zhi Yang
M Ye
MH Ye
JH Yin
ZY You
BX Yu
CX Yu
G Yu
JS Yu
T Yu
CZ Yuan
L Yuan
SC Yuan
XQ Yuan
Y Yuan
ZY Yuan
CX Yue
AA Zafar
X Zeng
Y Zeng
YH Zhan
AQ Zhang
BL Zhang
BX Zhang
GY Zhang
H Zhang
HH Zhang
HH Zhang
HY Zhang
JL Zhang
JQ Zhang
JW Zhang
JY Zhang
JZ Zhang
Jianyu Zhang
Jiawei Zhang
LM Zhang
LQ Zhang
Lei Zhang
P Zhang
Shulei Zhang
XD Zhang
XM Zhang
XY Zhang
XY Zhang
Y Zhang
YT Zhang
YH Zhang
Yan Zhang
Yao Zhang
ZH Zhang
ZY Zhang
ZY Zhang
G Zhao
J Zhao
JY Zhao
JZ Zhao
Lei Zhao
Ling Zhao
MG Zhao
Q Zhao
SJ Zhao
YB Zhao
YX Zhao
ZG Zhao
A Zhemchugov
B Zheng
JP Zheng
YH Zheng
B Zhong
C Zhong
X Zhong
LP Zhou
Q Zhou
X Zhou
XK Zhou
XR Zhou
XY Zhou
YZ Zhou
AN Zhu
J Zhu
K Zhu
KJ Zhu
SH Zhu
TJ Zhu
WJ Zhu
WJ Zhu
YC Zhu
ZA Zhu
BS Zou
JH Zou

DOI

10.1007/jhep01(2023)111

eISSN

1029-8479

Ausgabe der Veröffentlichung

Zeitschrift

Journal of High Energy Physics

Sprache

Artikelnummer

111

Online publication date

2023

Status

Published online

Herausgeber

Springer Science and Business Media LLC

Herausgeber URL

http://dx.doi.org/10.1007/jhep01(2023)111

Datum der Datenerfassung

2023

Titel

Measurement of e+e− → ωπ+π− cross section at $$ \sqrt{s} $$ = 2.000 to 3.080 GeV

Ausgabe der Zeitschrift

2023

Datenquelle: Crossref

Beziehungen:

Eigentum von

Experimentelle Physik I.1

Measurement of e+e- → ωπ+π- cross section at s=2.000 to 3.080 GeV

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