Analysis of the decay D^0 → K_{S}^{0} K^{+} K^{-}
- Publikationstyp:
- Zeitschriftenaufsatz
- Metadaten:
-
- Abstract
- Using a data sample of $2.93~fb^{-1}$ of $e^+e^-$ collisions collected at $\sqrt{s}=3.773 GeV$ in the BESIII experiment, we perform an analysis of the decay $D^0\rightarrow K_{S}^{0} K^{+} K^{-}$. The Dalitz plot is analyzed using $1856\pm 45$ flavor-tagged signal decays. We find that the Dalitz plot is well described by a set of six resonances: $a_0(980)^0$, $a_0(980)^+$, $\phi(1020)$, $a_2(1320)^+$, $a_2(1320)^-$ and $a_0(1450)^-$. Their magnitudes, phases and fit fractions are determined as well as the coupling of $a_0(980)$ to $K\bar{K}$, $g_{K\bar{K}}=3.77\pm 0.24\text{(stat.)}\pm0.35\text{(sys.)} GeV$. The branching fraction of the decay $D^0\rightarrow K_{S}^{0} K^{+} K^{-}$ is measured using $11660\pm 118$ untagged signal decays to be $(4.51\pm 0.05\text{(stat.)}\pm 0.16\text{(sys.)})10^{-3}$. Both measurements are limited by their systematic uncertainties.
- Autoren
- BESIII Collaboration
- M Ablikim
- MN Achasov
- P Adlarson
- S Ahmed
- M Albrecht
- M Alekseev
- A Amoroso
- FF An
- Q An
- 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
- YB Chen
- W 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
- Q Gao
- XL Gao
- Y Gao
- Y Gao
- YG Gao
- B Garillon
- 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
- A Guskov
- S Han
- XQ Hao
- FA Harris
- KL He
- FH Heinsius
- T Held
- YK Heng
- M Himmelreich
- YR Hou
- ZL Hou
- HM Hu
- JF Hu
- T Hu
- Y Hu
- GS Huang
- JS Huang
- XT Huang
- XZ Huang
- N Huesken
- T Hussain
- W Ikegami Andersson
- W Imoehl
- M Irshad
- Q Ji
- QP Ji
- XB Ji
- XL Ji
- HL 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
- M Kurth
- 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
- 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
- LY Liu
- Q Liu
- SB Liu
- T Liu
- X Liu
- XY Liu
- YB Liu
- ZA Liu
- Zhiqing 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
- 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 Niu
- SL Olsen
- Q Ouyang
- S Pacetti
- Y Pan
- M Papenbrock
- P Patteri
- M Pelizaeus
- HP Peng
- K Peters
- J Pettersson
- JL Ping
- RG Ping
- A Pitka
- R Poling
- V Prasad
- M 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
- M Savrié
- Y Schelhaas
- K Schoenning
- W Shan
- XY Shan
- M Shao
- CP Shen
- PX Shen
- XY Shen
- HY Sheng
- X Shi
- XD Shi
- JJ Song
- QQ Song
- XY Song
- S Sosio
- C Sowa
- S Spataro
- FF Sui
- GX Sun
- JF Sun
- L Sun
- SS Sun
- XH Sun
- YJ Sun
- YK Sun
- YZ Sun
- ZJ Sun
- ZT Sun
- YT Tan
- CJ Tang
- GY Tang
- X Tang
- V Thoren
- B Tsednee
- I Uman
- B Wang
- BL Wang
- CW Wang
- DY Wang
- K Wang
- LL Wang
- LS Wang
- M Wang
- MZ Wang
- Meng Wang
- PL Wang
- RM Wang
- WP Wang
- X Wang
- XF Wang
- XL Wang
- Y Wang
- Y Wang
- YF Wang
- YQ Wang
- Z Wang
- ZG Wang
- ZY Wang
- ZY Wang
- Zongyuan Wang
- T Weber
- DH Wei
- P Weidenkaff
- HW Wen
- SP Wen
- U Wiedner
- G Wilkinson
- M Wolke
- LH Wu
- LJ Wu
- Z Wu
- L Xia
- Y Xia
- SY Xiao
- YJ Xiao
- ZJ Xiao
- YG Xie
- YH Xie
- TY Xing
- XA Xiong
- QL Xiu
- GF Xu
- JJ Xu
- L Xu
- QJ Xu
- W Xu
- XP Xu
- F Yan
- L Yan
- WB Yan
- WC Yan
- YH Yan
- HJ Yang
- HX Yang
- L Yang
- RX Yang
- SL Yang
- YH Yang
- YX Yang
- Yifan Yang
- ZQ 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
- J Zhang
- JL Zhang
- JQ Zhang
- JW Zhang
- JY Zhang
- JZ Zhang
- K Zhang
- L Zhang
- L Zhang
- SF Zhang
- TJ Zhang
- XY Zhang
- Y Zhang
- YH Zhang
- YT Zhang
- Yang 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
- Xiaoyu Zhou
- Xu Zhou
- AN Zhu
- J 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/2006.02800v1
- Schlüsselwörter
- hep-ex
- hep-ex
- Notes
- 17 pages, 8 figures
- Datum der Veröffentlichung
- 2020
- Datum der Datenerfassung
- 2020
- Datum, an dem der Datensatz öffentlich gemacht wurde
- 2020
- Titel
- Analysis of the decay $D^0\rightarrow K_{S}^{0} K^{+} K^{-}$
Files
2006.02800v1.pdf
Datenquelle: arXiv
- Andere Metadatenquellen:
-
- Abstract
- Using a data sample of $2.93~fb^{-1}$ of $e^+e^-$ collisions collected at $\sqrt{s}=3.773 GeV$ in the BESIII experiment, we perform an analysis of the decay $D^0\rightarrow K_{S}^{0} K^{+} K^{-}$. The Dalitz plot is analyzed using $1856\pm 45$ flavor-tagged signal decays. We find that the Dalitz plot is well described by a set of six resonances: $a_0(980)^0$, $a_0(980)^+$, $\phi(1020)$, $a_2(1320)^+$, $a_2(1320)^-$ and $a_0(1450)^-$. Their magnitudes, phases and fit fractions are determined as well as the coupling of $a_0(980)$ to $K\bar{K}$, $g_{K\bar{K}}=3.77\pm 0.24\text{(stat.)}\pm0.35\text{(sys.)} GeV$. The branching fraction of the decay $D^0\rightarrow K_{S}^{0} K^{+} K^{-}$ is measured using $11660\pm 118$ untagged signal decays to be $(4.51\pm 0.05\text{(stat.)}\pm 0.16\text{(sys.)})10^{-3}$. Both measurements are limited by their systematic uncertainties.
- Autoren
- BESIII Collaboration
- M Ablikim
- MN Achasov
- P Adlarson
- S Ahmed
- M Albrecht
- M Alekseev
- A Amoroso
- FF An
- Q An
- 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
- YB Chen
- W 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
- Q Gao
- XL Gao
- Y Gao
- Y Gao
- YG Gao
- B Garillon
- 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
- A Guskov
- S Han
- XQ Hao
- FA Harris
- KL He
- FH Heinsius
- T Held
- YK Heng
- M Himmelreich
- YR Hou
- ZL Hou
- HM Hu
- JF Hu
- T Hu
- Y Hu
- GS Huang
- JS Huang
- XT Huang
- XZ Huang
- N Huesken
- T Hussain
- W Ikegami Andersson
- W Imoehl
- M Irshad
- Q Ji
- QP Ji
- XB Ji
- XL Ji
- HL 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
- M Kurth
- 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
- 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
- LY Liu
- Q Liu
- SB Liu
- T Liu
- X Liu
- XY Liu
- YB Liu
- ZA Liu
- Zhiqing 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
- 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 Niu
- SL Olsen
- Q Ouyang
- S Pacetti
- Y Pan
- M Papenbrock
- P Patteri
- M Pelizaeus
- HP Peng
- K Peters
- J Pettersson
- JL Ping
- RG Ping
- A Pitka
- R Poling
- V Prasad
- M 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
- M Savrié
- Y Schelhaas
- K Schoenning
- W Shan
- XY Shan
- M Shao
- CP Shen
- PX Shen
- XY Shen
- HY Sheng
- X Shi
- XD Shi
- JJ Song
- QQ Song
- XY Song
- S Sosio
- C Sowa
- S Spataro
- FF Sui
- GX Sun
- JF Sun
- L Sun
- SS Sun
- XH Sun
- YJ Sun
- YK Sun
- YZ Sun
- ZJ Sun
- ZT Sun
- YT Tan
- CJ Tang
- GY Tang
- X Tang
- V Thoren
- B Tsednee
- I Uman
- B Wang
- BL Wang
- CW Wang
- DY Wang
- K Wang
- LL Wang
- LS Wang
- M Wang
- MZ Wang
- Meng Wang
- PL Wang
- RM Wang
- WP Wang
- X Wang
- XF Wang
- XL Wang
- Y Wang
- Y Wang
- YF Wang
- YQ Wang
- Z Wang
- ZG Wang
- ZY Wang
- ZY Wang
- Zongyuan Wang
- T Weber
- DH Wei
- P Weidenkaff
- HW Wen
- SP Wen
- U Wiedner
- G Wilkinson
- M Wolke
- LH Wu
- LJ Wu
- Z Wu
- L Xia
- Y Xia
- SY Xiao
- YJ Xiao
- ZJ Xiao
- YG Xie
- YH Xie
- TY Xing
- XA Xiong
- QL Xiu
- GF Xu
- JJ Xu
- L Xu
- QJ Xu
- W Xu
- XP Xu
- F Yan
- L Yan
- WB Yan
- WC Yan
- YH Yan
- HJ Yang
- HX Yang
- L Yang
- RX Yang
- SL Yang
- YH Yang
- YX Yang
- Yifan Yang
- ZQ 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
- J Zhang
- JL Zhang
- JQ Zhang
- JW Zhang
- JY Zhang
- JZ Zhang
- K Zhang
- L Zhang
- L Zhang
- SF Zhang
- TJ Zhang
- XY Zhang
- Y Zhang
- YH Zhang
- YT Zhang
- Yang 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
- Xiaoyu Zhou
- Xu Zhou
- AN Zhu
- J 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/2006.02800v1
- Schlüsselwörter
- hep-ex
- hep-ex
- Notes
- 17 pages, 8 figures
- Datum der Veröffentlichung
- 2020
- Datum der Datenerfassung
- 2022
- Titel
- Analysis of the decay D^0 → K_{S}^{0} K^{+} K^{-}
Datenquelle: Manual
- Beziehungen:
- Eigentum von