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Volumn 58, Issue 9, 1998, Pages 920061-920066
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Determination of J/ψ leptonic branching fraction via ψ(2S)→π+π-J/ψ
(181)
Bai, J Z
a
Bian, J G
a
Blum, I
k
Chai, Z W
a
Chen, G P
a
Chen, H F
j
Chen, J
c
Chen, J C
a
Chen, Y
a
Chen, Y B
a
Chen, Y Q
a
Cheng, B S
a
Cui, X Z
a
Ding, H L
a
Ding, L Y
a
Dong, L Y
a
Du, Z Z
a
Dunwoodie, W
g
Feng, S
a
Gao, C S
a
Gao, M L
a
Gao, S Q
a
Gratton, P
k
Gu, J H
a
Gu, S D
a
Gu, W X
a
Gu, Y F
a
Guo, Y N
a
Han, S W
a
Han, Y
a
Harris, F A
h
He, J
a
He, J T
a
He, M
e
Hitlin, D G
b
Hu, G Y
a
Hu, H M
a
Hu, J L
a
Hu, Q H
a
Hu, T
a
Hu, X Q
a
Huang, J D
a
Huang, Y Z
a
Izen, J M
k
Jiang, C H
a
Jin, Y
a
Ke, Z J
a
Kelsey, M H
b
Kim, B K
k
Kong, D
h
Lai, Y F
a
Lang, P F
a
Lankford, A
i
Li, C G
a
Li, D
a
Li, H B
a
Li, J
a
Li, P Q
a
Li, R B
a
Li, W
a
Li, W D
a
Li, W G
a
Li, X H
a
Li, X N
a
Liu, H M
a
Liu, J
a
Liu, J H
a
Liu, R G
a
Liu, Y
a
Lou, X C
k
Lowery, B
k
Lu, F
a
Lu, J G
a
Lu, J Y
a
Lu, L C
a
Luo, C H
a
Ma, A M
a
Ma, E C
a
Ma, J M
a
Malchow, R
c
Mao, H S
a
Mao, Z P
a
Meng, X C
a
Nie, J
a
Olsen, S L
h
Oyang, J
b
Paluselli, D
h
Pan, L J
h
Panetta, J
b
Porter, F
b
Qi, N D
a
Qi, X R
a
Qian, C D
f
Qiu, J F
a
Qu, Y H
a
Que, Y K
a
Rong, G
a
Schernau, M
i
Shao, Y Y
a
Shen, B W
a
Shen, D L
a
Shen, H
a
Shen, X Y
a
Sheng, H Y
a
Shi, H Z
a
Song, X F
a
Standifird, J
k
Sun, F
a
Sun, H S
a
Tang, S Q
a
Toki, W
c
Tong, G L
a
Wang, F
a
Wang, L S
a
Wang, L Z
a
Wang, M
a,a
Wang, P
a
Wang, P L
a
Wang, S M
a
Wang, T J
a
Wang, Y Y
a
Weaver, M
b
Wei, C L
a
Wu, Y G
a
Xi, D M
a
Xia, X M
a
Xie, P P
a
Xie, Y
a
Xie, Y H
a
Xiong, W J
a
Xu, C C
a
Xu, G F
a
Xue, S T
a
Yan, J
a
Yan, W G
a
Yang, C M
a
Yang, C Y
a
Yang, J
a
Yang, W
c
Yang, X F
a
Ye, M H
a
Ye, S W
j
Ye, Y X
j
Yi, K
a
Yu, C S
a
Yu, C X
a
Yu, Y H
d
Yu, Z Q
a
Yu, Z T
a
Yuan, C Z
a
Yuan, Y
a
Zhang, B Y
a
Zhang, C C
a
Zhang, D H
a
Zhang, D
a
Zhang, H L
a
Zhang, J
a
Zhang, J L
a
Zhang, J W
a
Zhang, L S
a
Zhang, Q J
a
Zhang, S Q
a
Zhang, X Y
e
Zhang, Y
a
Zhang, Y Y
a
Zhao, D X
a
Zhao, H W
a
Zhao, J W
a
Zhao, M
a
Zhao, W R
a
Zhao, Z G
a
Zheng, J P
a
Zheng, L S
a
Zheng, Z P
a
Zhou, G P
a
Zhou, H S
a
Zhou, L
a
Zhu, Q M
a
Zhu, Y C
a
Zhu, Y S
a
Zhuang, B A
a
more..
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Author keywords
[No Author keywords available]
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Indexed keywords
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EID: 1542785706
PISSN: 05562821
EISSN: None
Source Type: Journal
DOI: 10.1103/PhysRevD.58.092006
Document Type: Article
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0002746198
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BES Collaboration, J. Z. Bai et al., Phys. Lett. B 355, 374 (1995).
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Bai, J.Z.1
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Particle Data Group, R. M. Barnett et al., Phys. Rev. D 54, 1 (1996).
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Barnett, R.M.1
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7
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85104160388
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note
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recoil distribution is not as clean for these events. We rely on our fitting procedure to extract the signal.
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8
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1542751333
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note
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The events represented by the polynomial in Fig. 2(a) are predominantly good events but where the low energy pion underwent π→μν decay. Using only the BWG shape to describe the signal makes us less sensitive to background.
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9
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0009971618
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T. N. Pham, B. Pire, and T. N. Trong, Phys. Lett. 61B, 183 (1976); L. S. Brown and R. N. Cahn, Phys. Rev. D 35, 1 (1975).
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Trong, T.N.3
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T. N. Pham, B. Pire, and T. N. Trong, Phys. Lett. 61B, 183 (1976); L. S. Brown and R. N. Cahn, Phys. Rev. D 35, 1 (1975).
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Brown, L.S.1
Cahn, R.N.2
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11
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1542436332
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We have also determined the acceptance allowing the ππ system to have a small amount of D wave. This has negligible effect on the results
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We have also determined the acceptance allowing the ππ system to have a small amount of D wave. This has negligible effect on the results.
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12
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1542645991
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F. A. Berends et al., Acta Phys. Pol. B 14, 413 (1983); F. A. Berends and R. Kleiss, Nucl. Phys. B177, 237 (1981).
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Berends, F.A.1
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13
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F. A. Berends et al., Acta Phys. Pol. B 14, 413 (1983); F. A. Berends and R. Kleiss, Nucl. Phys. B177, 237 (1981).
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Nucl. Phys.
, vol.B177
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Berends, F.A.1
Kleiss, R.2
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14
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85104160041
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Χ distribution is used in place of the theoretical distribution in the determination of the acceptances
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Χ distribution is used in place of the theoretical distribution in the determination of the acceptances.
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15
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1542541186
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note
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k the fraction of multiplicity-k events. By solving the overdetermined equations above, we estimate the J/ψ charged-track-multiplicity distribution shown in Table II.
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16
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0013115359
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R. Baldini-Celio et al., Phys. Lett. 58B, 471 (1975); Min-Zu Wang, Ph.D. thesis, Univ. Iowa, 1993.
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Baldini-Celio, R.1
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17
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0013115359
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Ph.D. thesis, Univ. Iowa
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R. Baldini-Celio et al., Phys. Lett. 58B, 471 (1975); Min-Zu Wang, Ph.D. thesis, Univ. Iowa, 1993.
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(1993)
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Wang, M.-Z.1
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1542751335
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note
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6 ψ(2S) events.
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19
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1542436331
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The difference in the branching ratios due to the difference in phase space for the two modes is small compared to the experimental errors
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The difference in the branching ratios due to the difference in phase space for the two modes is small compared to the experimental errors.
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