Inclusive charged and neutral particle multiplicity distributions in χcJ and J/ψ decays

Publikationstyp:

Zeitschriftenaufsatz

Metadaten:

Autoren

M Ablikim
MN Achasov
P Adlarson
S Ahmed
M Albrecht
A Amoroso
Q An
Anita
Y Bai
O Bakina
R Baldini Ferroli
I Balossino
Y Ban
K Begzsuren
JV Bennett
N Berger
M Bertani
D Bettoni
F Bianchi
J Biernat
J Bloms
A Bortone
I Boyko
RA Briere
H Cai
X Cai
A Calcaterra
GF Cao
N Cao
SA Cetin
JF Chang
WL Chang
G Chelkov
DY Chen
G Chen
HS Chen
ML Chen
SJ Chen
XR Chen
YB Chen
W Cheng
G Cibinetto
F Cossio
XF Cui
HL Dai
JP Dai
XC Dai
A Dbeyssi
RB de Boer
D Dedovich
ZY Deng
A Denig
I Denysenko
M Destefanis
F De Mori
Y Ding
C Dong
J Dong
LY Dong
MY Dong
SX Du
J Fang
SS Fang
Y Fang
R Farinelli
L Fava
F Feldbauer
G Felici
CQ Feng
M Fritsch
CD Fu
Y Fu
XL Gao
Y Gao
Y Gao
YG Gao
I Garzia
EM Gersabeck
A Gilman
K Goetzen
L Gong
WX Gong
W Gradl
M Greco
LM Gu
MH Gu
S Gu
YT Gu
CY Guan
AQ Guo
LB Guo
RP Guo
YP Guo
A Guskov
S Han
TT Han
TZ Han
XQ Hao
FA Harris
KL He
FH Heinsius
T Held
YK Heng
M Himmelreich
T Holtmann
YR Hou
ZL Hou
HM Hu
JF Hu
T Hu
Y Hu
GS Huang
LQ Huang
XT Huang
N Huesken
T Hussain
W Ikegami Andersson
W Imoehl
M Irshad
S Jaeger
Q Ji
QP Ji
XB Ji
XL Ji
HB Jiang
XS Jiang
XY Jiang
JB Jiao
Z Jiao
S Jin
Y Jin
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 Kuehn
JJ Lane
JS Lange
P Larin
L Lavezzi
H Leithoff
M Lellmann
T Lenz
C Li
CH Li
Cheng Li
DM Li
F Li
G Li
HB Li
HJ Li
JL Li
JQ Li
Ke Li
LK Li
Lei Li
PL Li
PR Li
WD Li
WG Li
XH Li
XL Li
ZB Li
ZY Li
H Liang
H Liang
YF Liang
YT Liang
LZ Liao
J Libby
CX Lin
B Liu
BJ Liu
CX Liu
D Liu
DY Liu
FH Liu
Fang Liu
Feng Liu
HB Liu
HM Liu
Huanhuan Liu
Huihui Liu
JB Liu
JY Liu
K Liu
KY Liu
Ke Liu
L Liu
LY Liu
Q Liu
SB Liu
T Liu
X Liu
YB Liu
ZA Liu
Zhiqing Liu
YF Long
XC Lou
HJ Lu
JD Lu
JG Lu
XL Lu
Y Lu
YP Lu
CL Luo
MX Luo
PW Luo
T Luo
XL Luo
S Lusso
XR Lyu
FC Ma
HL Ma
LL Ma
MM Ma
QM Ma
RQ Ma
RT Ma
XN Ma
XX Ma
XY Ma
YM 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
TJ Min
RE Mitchell
XH Mo
YJ Mo
N Yu Muchnoi
H Muramatsu
S Nakhoul
Y Nefedov
F Nerling
IB Nikolaev
Z Ning
S Nisar
SL Olsen
Q Ouyang
S Pacetti
Y Pan
Y Pan
M Papenbrock
A Pathak
P Patteri
M Pelizaeus
HP Peng
K Peters
J Pettersson
JL Ping
RG Ping
A Pitka
R Poling
V Prasad
H Qi
M Qi
TY Qi
S Qian
CF Qiao
LQ Qin
XP Qin
XS Qin
ZH Qin
JF Qiu
SQ Qu
KH Rashid
K Ravindran
CF Redmer
A Rivetti
V Rodin
M Rolo
G Rong
Ch Rosner
M Rump
A Sarantsev
M Savrie
Y Schelhaas
C Schnier
K Schoenning
W Shan
XY Shan
M Shao
CP Shen
PX Shen
XY Shen
HC Shi
RS Shi
X Shi
XD Shi
JJ Song
QQ Song
YX Song
S Sosio
S Spataro
FF Sui
GX Sun
JF Sun
L Sun
SS Sun
T Sun
WY Sun
YJ Sun
YK Sun
YZ Sun
ZT Sun
YX Tan
CJ Tang
GY Tang
V Thoren
B Tsednee
I Uman
B Wang
BL Wang
CW Wang
DY Wang
HP Wang
K Wang
LL Wang
M Wang
MZ Wang
Meng Wang
WP Wang
X Wang
XF Wang
XL Wang
Y Wang
Y Wang
YD Wang
YF Wang
YQ Wang
Z Wang
ZY Wang
Ziyi Wang
Zongyuan Wang
T Weber
DH Wei
P Weidenkaff
F Weidner
HW Wen
SP Wen
DJ White
U Wiedner
G Wilkinson
M Wolke
L Wollenberg
JF Wu
LH Wu
LJ Wu
Z Wu
L Xia
SY Xiao
YJ Xiao
ZJ Xiao
YG Xie
YH Xie
TY Xing
XA Xiong
GF Xu
JJ Xu
QJ Xu
W Xu
XP Xu
L Yan
WB Yan
WC Yan
HJ Yang
HX Yang
L Yang
RX Yang
SL Yang
YH 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
W Yuan
XQ Yuan
Y Yuan
CX Yue
A Yuncu
AA Zafar
Y Zeng
BX Zhang
Guangyi Zhang
HH Zhang
HY Zhang
JL Zhang
JQ Zhang
JW Zhang
JY Zhang
JZ Zhang
Jianyu Zhang
Jiawei Zhang
L Zhang
Lei Zhang
S Zhang
SF Zhang
TJ Zhang
XY Zhang
Y Zhang
YH Zhang
YT Zhang
Yan Zhang
Yao Zhang
Yi Zhang
ZH Zhang
ZY Zhang
G Zhao
J Zhao
JY Zhao
JZ Zhao
Lei Zhao
Ling Zhao
MG Zhao
Q Zhao
SJ Zhao
YB Zhao
ZG Zhao
A Zhemchugov
B Zheng
JP Zheng
Y Zheng
YH Zheng
B Zhong
C Zhong
LP Zhou
Q Zhou
X Zhou
XK Zhou
XR Zhou
AN Zhu
J Zhu
K Zhu
KJ Zhu
SH Zhu
WJ Zhu
XL 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:000565456200001&DestLinkType=FullRecord&DestApp=WOS_CPL

DOI

10.1103/PhysRevD.102.052001

eISSN

2470-0029

Externe Identifier

Clarivate Analytics Document Solution ID: NI6IZ

ISSN

2470-0010

Ausgabe der Veröffentlichung

Zeitschrift

PHYSICAL REVIEW D

Artikelnummer

ARTN 052001

Datum der Veröffentlichung

2020

Status

Published

Titel

Inclusive charged and neutral particle multiplicity distributions in χcJ and J/ψ decays

Sub types

Article

Ausgabe der Zeitschrift

102

Datenquelle: Web of Science (Lite)

Andere Metadatenquellen:

Autoren

M Ablikim
MN Achasov
P Adlarson
S Ahmed
M Albrecht
A Amoroso
Q An
Anita
Y Bai
O Bakina
R Baldini Ferroli
I Balossino
Y Ban
K Begzsuren
JV Bennett
N Berger
M Bertani
D Bettoni
F Bianchi
J Biernat
J Bloms
A Bortone
I Boyko
RA Briere
H Cai
X Cai
A Calcaterra
GF Cao
N Cao
SA Cetin
JF Chang
WL Chang
G Chelkov
DY Chen
G Chen
HS Chen
ML Chen
SJ Chen
XR Chen
YB Chen
W Cheng
G Cibinetto
F Cossio
XF Cui
HL Dai
JP Dai
XC Dai
A Dbeyssi
RB de Boer
D Dedovich
ZY Deng
A Denig
I Denysenko
M Destefanis
F De Mori
Y Ding
C Dong
J Dong
LY Dong
MY Dong
SX Du
J Fang
SS Fang
Y Fang
R Farinelli
L Fava
F Feldbauer
G Felici
CQ Feng
M Fritsch
CD Fu
Y Fu
XL Gao
Y Gao
Y Gao
YG Gao
I Garzia
EM Gersabeck
A Gilman
K Goetzen
L Gong
WX Gong
W Gradl
M Greco
LM Gu
MH Gu
S Gu
YT Gu
CY Guan
AQ Guo
LB Guo
RP Guo
YP Guo
A Guskov
S Han
TT Han
TZ Han
XQ Hao
FA Harris
KL He
FH Heinsius
T Held
YK Heng
M Himmelreich
T Holtmann
YR Hou
ZL Hou
HM Hu
JF Hu
T Hu
Y Hu
GS Huang
LQ Huang
XT Huang
N Huesken
T Hussain
W Ikegami Andersson
W Imoehl
M Irshad
S Jaeger
Q Ji
QP Ji
XB Ji
XL Ji
HB Jiang
XS Jiang
XY Jiang
JB Jiao
Z Jiao
S Jin
Y Jin
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
L Lavezzi
H Leithoff
M Lellmann
T Lenz
C Li
CH Li
Cheng Li
DM Li
F Li
G Li
HB Li
HJ Li
JL Li
JQ Li
Ke Li
LK Li
Lei Li
PL Li
PR Li
WD Li
WG Li
XH Li
XL Li
ZB Li
ZY Li
H Liang
H Liang
YF Liang
YT Liang
LZ Liao
J Libby
CX Lin
B Liu
BJ Liu
CX Liu
D Liu
DY Liu
FH Liu
Fang Liu
Feng Liu
HB Liu
HM Liu
Huanhuan Liu
Huihui Liu
JB Liu
JY Liu
K Liu
KY Liu
Ke Liu
L Liu
LY Liu
Q Liu
SB Liu
T Liu
X Liu
YB Liu
ZA Liu
Zhiqing Liu
YF Long
XC Lou
HJ Lu
JD Lu
JG Lu
XL Lu
Y Lu
YP Lu
CL Luo
MX Luo
PW Luo
T Luo
XL Luo
S Lusso
XR Lyu
FC Ma
HL Ma
LL Ma
MM Ma
QM Ma
RQ Ma
RT Ma
XN Ma
XX Ma
XY Ma
YM 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
TJ Min
RE Mitchell
XH Mo
YJ Mo
N Yu Muchnoi
H Muramatsu
S Nakhoul
Y Nefedov
F Nerling
IB Nikolaev
Z Ning
S Nisar
SL Olsen
Q Ouyang
S Pacetti
Y Pan
Y Pan
M Papenbrock
A Pathak
P Patteri
M Pelizaeus
HP Peng
K Peters
J Pettersson
JL Ping
RG Ping
A Pitka
R Poling
V Prasad
H Qi
M Qi
TY Qi
S Qian
CF Qiao
LQ Qin
XP Qin
XS Qin
ZH Qin
JF Qiu
SQ Qu
KH Rashid
K Ravindran
CF Redmer
A Rivetti
V Rodin
M Rolo
G Rong
Ch Rosner
M Rump
A Sarantsev
M Savrié
Y Schelhaas
C Schnier
K Schoenning
W Shan
XY Shan
M Shao
CP Shen
PX Shen
XY Shen
HC Shi
RS Shi
X Shi
XD Shi
JJ Song
QQ Song
YX Song
S Sosio
S Spataro
FF Sui
GX Sun
JF Sun
L Sun
SS Sun
T Sun
WY Sun
YJ Sun
YK Sun
YZ Sun
ZT Sun
YX Tan
CJ Tang
GY Tang
V Thoren
B Tsednee
I Uman
B Wang
BL Wang
CW Wang
DY Wang
HP Wang
K Wang
LL Wang
M Wang
MZ Wang
Meng Wang
WP Wang
X Wang
XF Wang
XL Wang
Y Wang
Y Wang
YD Wang
YF Wang
YQ Wang
Z Wang
ZY Wang
Ziyi Wang
Zongyuan Wang
T Weber
DH Wei
P Weidenkaff
F Weidner
HW Wen
SP Wen
DJ White
U Wiedner
G Wilkinson
M Wolke
L Wollenberg
JF Wu
LH Wu
LJ Wu
Z Wu
L Xia
SY Xiao
YJ Xiao
ZJ Xiao
YG Xie
YH Xie
TY Xing
XA Xiong
GF Xu
JJ Xu
QJ Xu
W Xu
XP Xu
L Yan
WB Yan
WC Yan
HJ Yang
HX Yang
L Yang
RX Yang
SL Yang
YH 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
W Yuan
XQ Yuan
Y Yuan
CX Yue
A Yuncu
AA Zafar
Y Zeng
BX Zhang
Guangyi Zhang
HH Zhang
HY Zhang
JL Zhang
JQ Zhang
JW Zhang
JY Zhang
JZ Zhang
Jianyu Zhang
Jiawei Zhang
L Zhang
Lei Zhang
S Zhang
SF Zhang
TJ Zhang
XY Zhang
Y Zhang
YH Zhang
YT Zhang
Yan Zhang
Yao Zhang
Yi Zhang
ZH Zhang
ZY Zhang
G Zhao
J Zhao
JY Zhao
JZ Zhao
Lei Zhao
Ling Zhao
MG Zhao
Q Zhao
SJ Zhao
YB Zhao
ZG Zhao
A Zhemchugov
B Zheng
JP Zheng
Y Zheng
YH Zheng
B Zhong
C Zhong
LP Zhou
Q Zhou
X Zhou
XK Zhou
XR Zhou
AN Zhu
J Zhu
K Zhu
KJ Zhu
SH Zhu
WJ Zhu
XL Zhu
YC Zhu
ZA Zhu
BS Zou
JH Zou

DOI

10.1103/physrevd.102.052001

eISSN

2470-0029

ISSN

2470-0010

Ausgabe der Veröffentlichung

Zeitschrift

Physical Review D

Sprache

Artikelnummer

052001

Online publication date

2020

Status

Published online

Herausgeber

American Physical Society (APS)

Herausgeber URL

http://dx.doi.org/10.1103/physrevd.102.052001

Datum der Datenerfassung

2020

Titel

Inclusive charged and neutral particle multiplicity distributions in <mml:math xmlns:mml="http://www.w3.org/1998/Math/MathML" display="inline"><mml:msub><mml:mi>χ</mml:mi><mml:mrow><mml:mi>c</mml:mi><mml:mi>J</mml:mi></mml:mrow></mml:msub></mml:math> and <mml:math xmlns:mml="http://www.w3.org/1998/Math/MathML" display="inline"><mml:mi>J</mml:mi><mml:mo stretchy="false">/</mml:mo><mml:mi>ψ</mml:mi></mml:math> decays

Ausgabe der Zeitschrift

102

Datenquelle: Crossref

Abstract

Using a sample of 106 million $\psi(3686)$ decays, $\psi(3686) \to \gamma \chi_{cJ} (J = 0, 1, 2)$ and $\psi(3686) \to \gamma \chi_{cJ}, \chi_{cJ} \to \gamma J/\psi$ $(J = 1, 2)$ events are utilized to study inclusive $\chi_{cJ} \to$ anything, $\chi_{cJ} \to$ hadrons, and $J/\psi \to$ anything distributions, including distributions of the number of charged tracks, electromagnetic calorimeter showers, and $\pi^0$s, and to compare them with distributions obtained from the BESIII Monte Carlo simulation. Information from each Monte Carlo simulated decay event is used to construct matrices connecting the detected distributions to the input predetection "produced" distributions. Assuming these matrices also apply to data, they are used to predict the analogous produced distributions of the decay events. Using these, the charged particle multiplicities are compared with results from MARK I. Further, comparison of the distributions of the number of photons in data with those in Monte Carlo simulation indicates that G-parity conservation should be taken into consideration in the simulation.

Autoren

BESIII collaboration
M Ablikim
MN Achasov
P Adlarson
S Ahmed
M Albrecht
M Alekseev
A Amoroso
Q An
Anita
Y Bai
O Bakina
R Baldini Ferroli
I Balossino
Y Ban
K Begzsuren
JV Bennett
N Berger
M Bertani
D Bettoni
F Bianchi
J Biernat
J Bloms
I Boyko
RA Briere
H Cai
X Cai
A Calcaterra
GF Cao
N Cao
SA Cetin
J Chai
JF Chang
WL Chang
G Chelkov
DY Chen
G Chen
HS Chen
J Chen
ML Chen
SJ Chen
XR Chen
YB Chen
WS Cheng
G Cibinetto
F Cossio
XF Cui
HL Dai
JP Dai
XC Dai
A Dbeyssi
D Dedovich
ZY Deng
A Denig
I Denysenko
M Destefanis
F De Mori
Y Ding
C Dong
J Dong
LY Dong
MY Dong
ZL Dou
SX Du
JZ Fan
J Fang
SS Fang
Y Fang
R Farinelli
L Fava
F Feldbauer
G Felici
CQ Feng
M Fritsch
CD Fu
Y Fu
XL Gao
Y Gao
Y Gao
YG Gao
I Garzia
EM Gersabeck
A Gilman
K Goetzen
L Gong
WX Gong
W Gradl
M Greco
LM Gu
MH Gu
S Gu
YT Gu
AQ Guo
LB Guo
RP Guo
YP Guo
YP Guo
A Guskov
S Han
TT Han
XQ Hao
FA Harris
KL He
FH Heinsius
T Held
YK Heng
M Himmelreich
T Holtmann
YR Hou
ZL Hou
HM Hu
JF Hu
T Hu
Y Hu
GS Huang
XT Huang
XZ Huang
YP Huang
N Huesken
T Hussain
W Ikegami Andersson
W Imoehl
M Irshad
S Jaeger
Q Ji
QP Ji
XB Ji
XL Ji
HB Jiang
XS Jiang
XY Jiang
JB Jiao
Z Jiao
DP Jin
S Jin
Y Jin
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
JS Lange
P Larin
L Lavezzi
H Leithoff
T Lenz
C Li
CH Li
Cheng Li
DM Li
F Li
G Li
HB Li
HJ Li
JC Li
Ke Li
LK Li
Lei Li
PL Li
PR Li
SY Li
WD Li
WG Li
XH Li
XL Li
XN Li
ZB Li
ZY Li
H Liang
H Liang
YF Liang
YT Liang
GR Liao
LZ Liao
J Libby
CX Lin
DX Lin
YJ Lin
B Liu
BJ Liu
CX Liu
D Liu
DY Liu
FH Liu
Fang Liu
Feng Liu
HB Liu
HM Liu
Huanhuan Liu
Huihui Liu
JB Liu
JY Liu
K Liu
KY Liu
Ke Liu
L Liu
LY Liu
Q Liu
SB Liu
T Liu
X Liu
XY Liu
YB Liu
ZA Liu
ZQ Liu
YF Long
XC Lou
HJ Lu
JD Lu
JG Lu
Y Lu
YP Lu
CL Luo
MX Luo
PW Luo
T Luo
XL Luo
S Lusso
XR Lyu
FC Ma
HL Ma
LL Ma
MM Ma
QM Ma
RT Ma
XN Ma
XX Ma
XY Ma
YM 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
J Min
TJ Min
RE Mitchell
XH Mo
YJ Mo
C Morales Morales
N Yu Muchnoi
H Muramatsu
A Mustafa
S Nakhoul
Y Nefedov
F Nerling
IB Nikolaev
Z Ning
S Nisar
SL Olsen
Q Ouyang
S Pacetti
Y Pan
P Patteri
M Pelizaeus
HP Peng
K Peters
J Pettersson
JL Ping
RG Ping
A Pitka
R Poling
V Prasad
HR Qi
M Qi
TY Qi
TY Qi
S Qian
CF Qiao
XP Qin
XS Qin
ZH Qin
JF Qiu
SQ Qu
KH Rashid
K Ravindran
CF Redmer
M Richter
A Rivetti
V Rodin
M Rolo
G Rong
Ch Rosner
M Rump
A Sarantsev
Y Schelhaas
C Schnier
K Schoenning
W Shan
XY Shan
M Shao
CP Shen
PX Shen
XY Shen
HY Sheng
X Shi
XD Shi
JJ Song
QQ Song
WM Song
XY Song
S Sosio
C Sowa
S Spataro
FF Sui
GX Sun
JF Sun
L Sun
SS Sun
YJ Sun
YK Sun
YZ Sun
ZJ Sun
ZT Sun
YX Tan
CJ Tang
GY Tang
X Tang
V Thoren
I Uman
B Wang
BL Wang
CW Wang
DY Wang
K Wang
LL Wang
LS Wang
M Wang
MZ Wang
Meng Wang
PL Wang
WP Wang
X Wang
XF Wang
XL Wang
Y Wang
Y Wang
YD Wang
YF Wang
YQ Wang
Z Wang
ZG Wang
ZY Wang
Ziyi Wang
Zongyuan Wang
T Weber
DH Wei
P Weidenkaff
F Weidner
HW Wen
SP Wen
U Wiedner
G Wilkinson
M Wolke
LH Wu
LJ Wu
Z Wu
L Xia
SY Xiao
YJ Xiao
ZJ Xiao
YG Xie
YH Xie
TY Xing
XA Xiong
GF Xu
JJ Xu
QJ Xu
W Xu
XP Xu
F Yan
L Yan
L Yan
WB Yan
WC Yan
HJ Yang
HX Yang
L Yang
RX Yang
SL Yang
YH Yang
YX Yang
Yifan Yang
Zhi Yang
M Ye
MH Ye
JH Yin
ZY You
BX Yu
CX Yu
JS Yu
T Yu
CZ Yuan
XQ Yuan
Y Yuan
CX Yue
A Yuncu
AA Zafar
Y Zeng
BX Zhang
BY Zhang
CC Zhang
DH Zhang
HH Zhang
HY Zhang
JL Zhang
JQ Zhang
JW Zhang
JY Zhang
JZ Zhang
L Zhang
Lei Zhang
SF Zhang
TJ Zhang
XY Zhang
YH Zhang
YT Zhang
Yan Zhang
Yao Zhang
Yi Zhang
Yu Zhang
ZH Zhang
ZP Zhang
ZY Zhang
G Zhao
J Zhao
JW Zhao
JY Zhao
JZ Zhao
Lei Zhao
Ling Zhao
MG Zhao
Q Zhao
SJ Zhao
TC Zhao
YB Zhao
ZG Zhao
A Zhemchugov
B Zheng
JP Zheng
Y Zheng
YH Zheng
B Zhong
L Zhou
LP Zhou
Q Zhou
X Zhou
XK Zhou
XR Zhou
AN Zhu
J Zhu
K Zhu
KJ Zhu
SH Zhu
WJ Zhu
XL Zhu
YC Zhu
YS Zhu
ZA Zhu
J Zhuang
BS Zou
JH Zou

Autoren-URL

http://arxiv.org/abs/2006.05588v4

Zeitschrift

Phys. Rev. D

Schlüsselwörter

hep-ex
hep-ex

Notes

Published by Physical Review D

Paginierung

052001

Datum der Veröffentlichung

2020

Herausgeber URL

http://dx.doi.org/10.1103/PhysRevD.102.052001

Datum der Datenerfassung

2020

Datum, an dem der Datensatz öffentlich gemacht wurde

2020

Titel

Inclusive charged and neutral particle multiplicity distributions in $χ_{cJ}$ and $J/ψ$ decays

Ausgabe der Zeitschrift

102

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2006.05588v4.pdf

Datenquelle: arXiv

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DOI

10.1103/physrevd.102.052001

eISSN

2470-0029

ISSN

2470-0010

Ausgabe der Veröffentlichung

Zeitschrift

Physical Review D

Sprache

Artikelnummer

052001

Online publication date

2020

Datum der Veröffentlichung

2020

Status

Published online

Herausgeber

American Physical Society (APS)

Datum der Datenerfassung

2020

Titel

Inclusive charged and neutral particle multiplicity distributions in χcJ and J/ψ decays

Ausgabe der Zeitschrift

102

Datenquelle: Manual

Beziehungen:

Eigentum von

Inclusive charged and neutral particle multiplicity distributions in χcJ and J/ψ decays

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