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Two-photon widths of the χc0,2 states and helicity analysis for χc2→γγ

Based on a data sample of 106 x 10 super(6) [psi]' events collected with the BESIII detector, the decays [psi]' arrow right gamma chi sub()c,2 chi sub()c,2 arrow right gamma gamma are studied to determine the two-photon widths of the chi sub()c,2states. The two-photon decay branching fractions are d... Full description

Journal Title: Physical Review. D Particles, Fields, Gravitation and Cosmology, 20 June 2012, Vol.85(11)
Main Author: Ablikim, M
Other Authors: Achasov, M. N , Ambrose, D. J , An, F. F , An, Q , An, Z. H , Bai, J. Z , Ban, Y , Becker, J , Berger, N , Bertani, M , Bian, J. M , Boger, E , Bondarenko, O , Boyko, I , Briere, R. A , Bytev, V , Cai, X , Calcaterra, A , Cao, G. F , Chang, J. F , Chelkov, G , Chen, G , Chen, H. S , Chen, J. C , Chen, M. L , Chen, S. J , Chen, Y , Chen, Y. B , Cheng, H. P , Chu, Y. P , Cronin-Hennessy, D , Dai, H. L , Dai, J. P , Dedovich, D , Deng, Z. Y , Denig, A , Denysenko, I , Destefanis, M , Ding, W. M , Ding, Y , Dong, L. Y , Dong, M. Y , Du, S. X , Fang, J , Fang, S. S , Fava, L , Feldbauer, F , Feng, C. Q , Ferroli, R. B , Fu, C. D , Fu, J. L , Gao, Y , Geng, C , Goetzen, K , Gong, W. X , Gradl, W , Greco, M , Gu, M. H , Gu, Y. T , Guan, Y. H , Guo, A. Q , Guo, L. B , Guo, Y. P , Han, Y. L , Hao, X. Q , Harris, F. A , He, K. L , He, M , He, Z. Y , Held, T , Heng, Y. K , Hou, Z. L , Hu, H. M , Hu, J. F , Hu, T , Huang, B , Huang, G. M , Huang, J. S , Huang, X. T , Huang, Y. P , Hussain, T , Ji, C. S , Ji, Q , Ji, X. B , Ji, X. L , Jia, L. K , Jiang, L. L , Jiang, X. S , Jiao, J. B , Jiao, Z , Jin, D. P , Jin, S , Jing, F. F , Kalantar-Nayestanaki, N , Kavatsyuk, M , Kuehn, W , Lai, W , Lange, J. S , Leung, J. K. C , Li, C. H , Li, Cheng , Li, Cui , Li, D. M , Li, F , Li, G , Li, H. B , Li, J. C , Li, K , Li, Lei , Li, N. B , Li, Q. J , Li, S. L , Li, W. D , Li, W. G , Li, X. L , Li, X. N , Li, X. Q , Li, X. R , Li, Z. B , Liang, H , Liang, Y. F , Liang, Y. T , Liao, G. R , Liao, X. T , Liu, B. J , Liu, C. L , Liu, C. X , Liu, C. Y , Liu, F. H , Liu, Fang , Liu, Feng , Liu, H , Liu, H. B , Liu, H. H , Liu, H. M , Liu, H. W , Liu, J. P , Liu, K. Y , Liu, Kai , Liu, Kun , Liu, P. L , Liu, S. B , Liu, X , Liu, X. H , Liu, Y , Liu, Y. B , Liu, Z. A , Liu, Zhiqiang , Liu, Zhiqing , Loehner, H , Lu, G. R , Lu, H. J , Lu, J. G , Lu, Q. W , Lu, X. R , Lu, Y. P , Luo, C. L , Luo, M. X , Luo, T , Luo, X. L , Lv, M , Ma, C. L , Ma, F. C , Ma, H. L , Ma, Q. M , Ma, S , Ma, T , Ma, X. Y , Ma, Y , Maas, F. E , Maggiora, M , Malik, Q. A , Mao, H , Mao, Y. J , Mao, Z. P , Messchendorp, J. G , Min, J , Min, T. J , Mitchell, R. E , Mo, X. H , Morales, C. Morales , Motzko, C , Muchnoi, N. Yu , Nefedov, Y , Nicholson, C , Nikolaev, I. B , Ning, Z , Olsen, S. L , Ouyang, Q , Pacetti, S , Park, J. W , Pelizaeus, M , Peters, K , Ping, J. L , Ping, R. G , Poling, R , Prencipe, E , Pun, C. S. J , Qi, M , Qian, S , Qiao, C. F , Qin, X. S , Qin, Y , Qin, Z. H , Qiu, J. F , Rashid, K. H , Rong, G , Ruan, X. D , Sarantsev, A , Schulze, J , Shao, M , Shen, C. P , Shen, X. Y , Sheng, H. Y , Shepherd, M. R , Song, X. Y , Spataro, S , Spruck, B , Sun, D. H , Sun, G. X , Sun, J. F , Sun, S. S , Sun, X. D , Sun, Y. J , Sun, Y. Z , Sun, Z. J , Sun, Z. T , Tang, C. J , Tang, X , Thorndike, E. H , Tian, H. L , Toth, D , Ullrich, M , Varner, G. S , Wang, B , Wang, B. Q , Wang, K , Wang, L. L , Wang, L. S , Wang, M , Wang, P , Wang, P. L , Wang, Q , Wang, Q. J , Wang, S. G , Wang, X. F , Wang, X. L , Wang, Y. D , Wang, Y. F
Format: Electronic Article Electronic Article
Language: English
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ID: ISSN: 1550-7998 ; E-ISSN: 1550-2368 ; DOI: 10.1103/PhysRevD.85.112008
Link: https://www.osti.gov/biblio/1103602
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title: Two-photon widths of the χc0,2 states and helicity analysis for χc2→γγ
format: Article
creator:
  • Ablikim, M
  • Achasov, M. N
  • Ambrose, D. J
  • An, F. F
  • An, Q
  • An, Z. H
  • Bai, J. Z
  • Ban, Y
  • Becker, J
  • Berger, N
  • Bertani, M
  • Bian, J. M
  • Boger, E
  • Bondarenko, O
  • Boyko, I
  • Briere, R. A
  • Bytev, V
  • Cai, X
  • Calcaterra, A
  • Cao, G. F
  • Chang, J. F
  • Chelkov, G
  • Chen, G
  • Chen, H. S
  • Chen, J. C
  • Chen, M. L
  • Chen, S. J
  • Chen, Y
  • Chen, Y. B
  • Cheng, H. P
  • Chu, Y. P
  • Cronin-Hennessy, D
  • Dai, H. L
  • Dai, J. P
  • Dedovich, D
  • Deng, Z. Y
  • Denig, A
  • Denysenko, I
  • Destefanis, M
  • Ding, W. M
  • Ding, Y
  • Dong, L. Y
  • Dong, M. Y
  • Du, S. X
  • Fang, J
  • Fang, S. S
  • Fava, L
  • Feldbauer, F
  • Feng, C. Q
  • Ferroli, R. B
  • Fu, C. D
  • Fu, J. L
  • Gao, Y
  • Geng, C
  • Goetzen, K
  • Gong, W. X
  • Gradl, W
  • Greco, M
  • Gu, M. H
  • Gu, Y. T
  • Guan, Y. H
  • Guo, A. Q
  • Guo, L. B
  • Guo, Y. P
  • Han, Y. L
  • Hao, X. Q
  • Harris, F. A
  • He, K. L
  • He, M
  • He, Z. Y
  • Held, T
  • Heng, Y. K
  • Hou, Z. L
  • Hu, H. M
  • Hu, J. F
  • Hu, T
  • Huang, B
  • Huang, G. M
  • Huang, J. S
  • Huang, X. T
  • Huang, Y. P
  • Hussain, T
  • Ji, C. S
  • Ji, Q
  • Ji, X. B
  • Ji, X. L
  • Jia, L. K
  • Jiang, L. L
  • Jiang, X. S
  • Jiao, J. B
  • Jiao, Z
  • Jin, D. P
  • Jin, S
  • Jing, F. F
  • Kalantar-Nayestanaki, N
  • Kavatsyuk, M
  • Kuehn, W
  • Lai, W
  • Lange, J. S
  • Leung, J. K. C
  • Li, C. H
  • Li, Cheng
  • Li, Cui
  • Li, D. M
  • Li, F
  • Li, G
  • Li, H. B
  • Li, J. C
  • Li, K
  • Li, Lei
  • Li, N. B
  • Li, Q. J
  • Li, S. L
  • Li, W. D
  • Li, W. G
  • Li, X. L
  • Li, X. N
  • Li, X. Q
  • Li, X. R
  • Li, Z. B
  • Liang, H
  • Liang, Y. F
  • Liang, Y. T
  • Liao, G. R
  • Liao, X. T
  • Liu, B. J
  • Liu, C. L
  • Liu, C. X
  • Liu, C. Y
  • Liu, F. H
  • Liu, Fang
  • Liu, Feng
  • Liu, H
  • Liu, H. B
  • Liu, H. H
  • Liu, H. M
  • Liu, H. W
  • Liu, J. P
  • Liu, K. Y
  • Liu, Kai
  • Liu, Kun
  • Liu, P. L
  • Liu, S. B
  • Liu, X
  • Liu, X. H
  • Liu, Y
  • Liu, Y. B
  • Liu, Z. A
  • Liu, Zhiqiang
  • Liu, Zhiqing
  • Loehner, H
  • Lu, G. R
  • Lu, H. J
  • Lu, J. G
  • Lu, Q. W
  • Lu, X. R
  • Lu, Y. P
  • Luo, C. L
  • Luo, M. X
  • Luo, T
  • Luo, X. L
  • Lv, M
  • Ma, C. L
  • Ma, F. C
  • Ma, H. L
  • Ma, Q. M
  • Ma, S
  • Ma, T
  • Ma, X. Y
  • Ma, Y
  • Maas, F. E
  • Maggiora, M
  • Malik, Q. A
  • Mao, H
  • Mao, Y. J
  • Mao, Z. P
  • Messchendorp, J. G
  • Min, J
  • Min, T. J
  • Mitchell, R. E
  • Mo, X. H
  • Morales, C. Morales
  • Motzko, C
  • Muchnoi, N. Yu
  • Nefedov, Y
  • Nicholson, C
  • Nikolaev, I. B
  • Ning, Z
  • Olsen, S. L
  • Ouyang, Q
  • Pacetti, S
  • Park, J. W
  • Pelizaeus, M
  • Peters, K
  • Ping, J. L
  • Ping, R. G
  • Poling, R
  • Prencipe, E
  • Pun, C. S. J
  • Qi, M
  • Qian, S
  • Qiao, C. F
  • Qin, X. S
  • Qin, Y
  • Qin, Z. H
  • Qiu, J. F
  • Rashid, K. H
  • Rong, G
  • Ruan, X. D
  • Sarantsev, A
  • Schulze, J
  • Shao, M
  • Shen, C. P
  • Shen, X. Y
  • Sheng, H. Y
  • Shepherd, M. R
  • Song, X. Y
  • Spataro, S
  • Spruck, B
  • Sun, D. H
  • Sun, G. X
  • Sun, J. F
  • Sun, S. S
  • Sun, X. D
  • Sun, Y. J
  • Sun, Y. Z
  • Sun, Z. J
  • Sun, Z. T
  • Tang, C. J
  • Tang, X
  • Thorndike, E. H
  • Tian, H. L
  • Toth, D
  • Ullrich, M
  • Varner, G. S
  • Wang, B
  • Wang, B. Q
  • Wang, K
  • Wang, L. L
  • Wang, L. S
  • Wang, M
  • Wang, P
  • Wang, P. L
  • Wang, Q
  • Wang, Q. J
  • Wang, S. G
  • Wang, X. F
  • Wang, X. L
  • Wang, Y. D
  • Wang, Y. F
subjects:
  • Physics
ispartof: Physical Review. D, Particles, Fields, Gravitation and Cosmology, 20 June 2012, Vol.85(11)
description: Based on a data sample of 106 x 10 super(6) [psi]' events collected with the BESIII detector, the decays [psi]' arrow right gamma chi sub()c,2 chi sub()c,2 arrow right gamma gamma are studied to determine the two-photon widths of the chi sub()c,2states. The two-photon decay branching fractions are determined to be [Bernoulli]( chi sub()c arrow right gamma gamma ) = (2.24 + or - 0.19 + or - 0.12 + or - 0.08) x 10 super(-4) and [Bernoulli]( chi sub()c arrow right gamma gamma ) = (3.21 + or - 0.18 + or - 0.17 + or - 0.13) x 10 super(-4). From these, the two-photon widths are determined to be [Gamma] sub( gamma gamma )( chi sub()c = (2.33 + or - 0.20 + or - 0.13 + or - 0.17) keV, [Gamma] sub( gamma gamma )( chi sub()c = (0.63 + or - 0.04 + or - 0.04 + or - 0.04) keV, and R = [Gamma] sub( gamma gamma )( gamma sub()c/[Gamma] sub( gamma [gamm a])( chi sub()c = 0.271 + or - 0.029 + or - 0.013 + or - 0.027, where the uncertainties are statistical, systematic, and those from the PDG [Bernoulli]([psi]' arrow right gamma chi sub()c,2 and [Gamma]( chi sub()c,2 errors, respectively. The ratio of the two-photon widths for helicity [lambda] = 0 and helicity [lambda] = 2 components in the decay chi sub()c arrow right gamma gamma is measured for the first time to be [functionof] sub(0/2) = (ProQuest: Formulae and/or non-USASCII text omitted) = 0.00 + or - 0.02 + or - 0.02.
language: eng
source:
identifier: ISSN: 1550-7998 ; E-ISSN: 1550-2368 ; DOI: 10.1103/PhysRevD.85.112008
fulltext: fulltext
issn:
  • 1550-7998
  • 15507998
  • 1550-2368
  • 15502368
url: Link


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titleTwo-photon widths of the χc0,2 states and helicity analysis for χc2→γγ
creatorAblikim, M ; Achasov, M. N ; Ambrose, D. J ; An, F. F ; An, Q ; An, Z. H ; Bai, J. Z ; Ban, Y ; Becker, J ; Berger, N ; Bertani, M ; Bian, J. M ; Boger, E ; Bondarenko, O ; Boyko, I ; Briere, R. A ; Bytev, V ; Cai, X ; Calcaterra, A ; Cao, G. F ; Chang, J. F ; Chelkov, G ; Chen, G ; Chen, H. S ; Chen, J. C ; Chen, M. L ; Chen, S. J ; Chen, Y ; Chen, Y. B ; Cheng, H. P ; Chu, Y. P ; Cronin-Hennessy, D ; Dai, H. L ; Dai, J. P ; Dedovich, D ; Deng, Z. Y ; Denig, A ; Denysenko, I ; Destefanis, M ; Ding, W. M ; Ding, Y ; Dong, L. Y ; Dong, M. Y ; Du, S. X ; Fang, J ; Fang, S. S ; Fava, L ; Feldbauer, F ; Feng, C. Q ; Ferroli, R. B ; Fu, C. D ; Fu, J. L ; Gao, Y ; Geng, C ; Goetzen, K ; Gong, W. X ; Gradl, W ; Greco, M ; Gu, M. H ; Gu, Y. T ; Guan, Y. H ; Guo, A. Q ; Guo, L. B ; Guo, Y. P ; Han, Y. L ; Hao, X. Q ; Harris, F. A ; He, K. L ; He, M ; He, Z. Y ; Held, T ; Heng, Y. K ; Hou, Z. L ; Hu, H. M ; Hu, J. F ; Hu, T ; Huang, B ; Huang, G. M ; Huang, J. S ; Huang, X. T ; Huang, Y. P ; Hussain, T ; Ji, C. S ; Ji, Q ; Ji, X. B ; Ji, X. L ; Jia, L. K ; Jiang, L. L ; Jiang, X. S ; Jiao, J. B ; Jiao, Z ; Jin, D. P ; Jin, S ; Jing, F. F ; Kalantar-Nayestanaki, N ; Kavatsyuk, M ; Kuehn, W ; Lai, W ; Lange, J. S ; Leung, J. K. C ; Li, C. H ; Li, Cheng ; Li, Cui ; Li, D. M ; Li, F ; Li, G ; Li, H. B ; Li, J. C ; Li, K ; Li, Lei ; Li, N. B ; Li, Q. J ; Li, S. L ; Li, W. D ; Li, W. G ; Li, X. L ; Li, X. N ; Li, X. Q ; Li, X. R ; Li, Z. B ; Liang, H ; Liang, Y. F ; Liang, Y. T ; Liao, G. R ; Liao, X. T ; Liu, B. J ; Liu, C. L ; Liu, C. X ; Liu, C. Y ; Liu, F. H ; Liu, Fang ; Liu, Feng ; Liu, H ; Liu, H. B ; Liu, H. H ; Liu, H. M ; Liu, H. W ; Liu, J. P ; Liu, K. Y ; Liu, Kai ; Liu, Kun ; Liu, P. L ; Liu, S. B ; Liu, X ; Liu, X. H ; Liu, Y ; Liu, Y. B ; Liu, Z. A ; Liu, Zhiqiang ; Liu, Zhiqing ; Loehner, H ; Lu, G. R ; Lu, H. J ; Lu, J. G ; Lu, Q. W ; Lu, X. R ; Lu, Y. P ; Luo, C. L ; Luo, M. X ; Luo, T ; Luo, X. L ; Lv, M ; Ma, C. L ; Ma, F. C ; Ma, H. L ; Ma, Q. M ; Ma, S ; Ma, T ; Ma, X. Y ; Ma, Y ; Maas, F. E ; Maggiora, M ; Malik, Q. A ; Mao, H ; Mao, Y. J ; Mao, Z. P ; Messchendorp, J. G ; Min, J ; Min, T. J ; Mitchell, R. E ; Mo, X. H ; Morales, C. Morales ; Motzko, C ; Muchnoi, N. Yu ; Nefedov, Y ; Nicholson, C ; Nikolaev, I. B ; Ning, Z ; Olsen, S. L ; Ouyang, Q ; Pacetti, S ; Park, J. W ; Pelizaeus, M ; Peters, K ; Ping, J. L ; Ping, R. G ; Poling, R ; Prencipe, E ; Pun, C. S. J ; Qi, M ; Qian, S ; Qiao, C. F ; Qin, X. S ; Qin, Y ; Qin, Z. H ; Qiu, J. F ; Rashid, K. H ; Rong, G ; Ruan, X. D ; Sarantsev, A ; Schulze, J ; Shao, M ; Shen, C. P ; Shen, X. Y ; Sheng, H. Y ; Shepherd, M. R ; Song, X. Y ; Spataro, S ; Spruck, B ; Sun, D. H ; Sun, G. X ; Sun, J. F ; Sun, S. S ; Sun, X. D ; Sun, Y. J ; Sun, Y. Z ; Sun, Z. J ; Sun, Z. T ; Tang, C. J ; Tang, X ; Thorndike, E. H ; Tian, H. L ; Toth, D ; Ullrich, M ; Varner, G. S ; Wang, B ; Wang, B. Q ; Wang, K ; Wang, L. L ; Wang, L. S ; Wang, M ; Wang, P ; Wang, P. L ; Wang, Q ; Wang, Q. J ; Wang, S. G ; Wang, X. F ; Wang, X. L ; Wang, Y. D ; Wang, Y. F
ispartofPhysical Review. D, Particles, Fields, Gravitation and Cosmology, 20 June 2012, Vol.85(11)
identifier
subjectPhysics
languageeng
source
descriptionBased on a data sample of 106 x 10 super(6) [psi]' events collected with the BESIII detector, the decays [psi]' arrow right gamma chi sub()c,2 chi sub()c,2 arrow right gamma gamma are studied to determine the two-photon widths of the chi sub()c,2states. The two-photon decay branching fractions are determined to be [Bernoulli]( chi sub()c arrow right gamma gamma ) = (2.24 + or - 0.19 + or - 0.12 + or - 0.08) x 10 super(-4) and [Bernoulli]( chi sub()c arrow right gamma gamma ) = (3.21 + or - 0.18 + or - 0.17 + or - 0.13) x 10 super(-4). From these, the two-photon widths are determined to be [Gamma] sub( gamma gamma )( chi sub()c = (2.33 + or - 0.20 + or - 0.13 + or - 0.17) keV, [Gamma] sub( gamma gamma )( chi sub()c = (0.63 + or - 0.04 + or - 0.04 + or - 0.04) keV, and R = [Gamma] sub( gamma gamma )( gamma sub()c/[Gamma] sub( gamma [gamm a])( chi sub()c = 0.271 + or - 0.029 + or - 0.013 + or - 0.027, where the uncertainties are statistical, systematic, and those from the PDG [Bernoulli]([psi]' arrow right gamma chi sub()c,2 and [Gamma]( chi sub()c,2 errors, respectively. The ratio of the two-photon widths for helicity [lambda] = 0 and helicity [lambda] = 2 components in the decay chi sub()c arrow right gamma gamma is measured for the first time to be [functionof] sub(0/2) = (ProQuest: Formulae and/or non-USASCII text omitted) = 0.00 + or - 0.02 + or - 0.02.
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creatorcontrib
0Ablikim, M
1Achasov, M. N
2Ambrose, D. J
3An, F. F
4An, Q
5An, Z. H
6Bai, J. Z
7Ban, Y
8Becker, J
9Berger, N
10Bertani, M
11Bian, J. M
12Boger, E
13Bondarenko, O
14Boyko, I
15Briere, R. A
16Bytev, V
17Cai, X
18Calcaterra, A
19Cao, G. F
20Chang, J. F
21Chelkov, G
22Chen, G
23Chen, H. S
24Chen, J. C
25Chen, M. L
26Chen, S. J
27Chen, Y
28Chen, Y. B
29Cheng, H. P
30Chu, Y. P
31Cronin-Hennessy, D
32Dai, H. L
33Dai, J. P
34Dedovich, D
35Deng, Z. Y
36Denig, A
37Denysenko, I
38Destefanis, M
39Ding, W. M
40Ding, Y
41Dong, L. Y
42Dong, M. Y
43Du, S. X
44Fang, J
45Fang, S. S
46Fava, L
47Feldbauer, F
48Feng, C. Q
49Ferroli, R. B
50Fu, C. D
51Fu, J. L
52Gao, Y
53Geng, C
54Goetzen, K
55Gong, W. X
56Gradl, W
57Greco, M
58Gu, M. H
59Gu, Y. T
60Guan, Y. H
61Guo, A. Q
62Guo, L. B
63Guo, Y. P
64Han, Y. L
65Hao, X. Q
66Harris, F. A
67He, K. L
68He, M
69He, Z. Y
70Held, T
71Heng, Y. K
72Hou, Z. L
73Hu, H. M
74Hu, J. F
75Hu, T
76Huang, B
77Huang, G. M
78Huang, J. S
79Huang, X. T
80Huang, Y. P
81Hussain, T
82Ji, C. S
83Ji, Q
84Ji, X. B
85Ji, X. L
86Jia, L. K
87Jiang, L. L
88Jiang, X. S
89Jiao, J. B
90Jiao, Z
91Jin, D. P
92Jin, S
93Jing, F. F
94Kalantar-Nayestanaki, N
95Kavatsyuk, M
96Kuehn, W
97Lai, W
98Lange, J. S
99Leung, J. K. C
100...
titleTwo-photon widths of the χc0,2 states and helicity analysis for χc2→γγ
subjectPhysics
general
0English
1American Physical Society
210.1103/PhysRevD.85.112008
3SciTech Connect (U.S. Dept. of Energy - Office of Scientific and Technical Information)
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lsr40Physical Review. D, Particles, Fields, Gravitation and Cosmology, 20 June 2012, Vol.85 (11)
doi10.1103/PhysRevD.85.112008
citationvol 85 issue 11
lsr30VSR-Enriched:[pqid, description]
sort
titleTwo-photon widths of the χc0,2 states and helicity analysis for χc2→γγ
authorAblikim, M ; Achasov, M. N ; Ambrose, D. J ; An, F. F ; An, Q ; An, Z. H ; Bai, J. Z ; Ban, Y ; Becker, J ; Berger, N ; Bertani, M ; Bian, J. M ; Boger, E ; Bondarenko, O ; Boyko, I ; Briere, R. A ; Bytev, V ; Cai, X ; Calcaterra, A ; Cao, G. F ; Chang, J. F ; Chelkov, G ; Chen, G ; Chen, H. S ; Chen, J. C ; Chen, M. L ; Chen, S. J ; Chen, Y ; Chen, Y. B ; Cheng, H. P ; Chu, Y. P ; Cronin-Hennessy, D ; Dai, H. L ; Dai, J. P ; Dedovich, D ; Deng, Z. Y ; Denig, A ; Denysenko, I ; Destefanis, M ; Ding, W. M ; Ding, Y ; Dong, L. Y ; Dong, M. Y ; Du, S. X ; Fang, J ; Fang, S. S ; Fava, L ; Feldbauer, F ; Feng, C. Q ; Ferroli, R. B ; Fu, C. D ; Fu, J. L ; Gao, Y ; Geng, C ; Goetzen, K ; Gong, W. X ; Gradl, W ; Greco, M ; Gu, M. H ; Gu, Y. T ; Guan, Y. H ; Guo, A. Q ; Guo, L. B ; Guo, Y. P ; Han, Y. L ; Hao, X. Q ; Harris, F. A ; He, K. L ; He, M ; He, Z. Y ; Held, T ; Heng, Y. K ; Hou, Z. L ; Hu, H. M ; Hu, J. F ; Hu, T ; Huang, B ; Huang, G. M ; Huang, J. S ; Huang, X. T ; Huang, Y. P ; Hussain, T ; Ji, C. S ; Ji, Q ; Ji, X. B ; Ji, X. L ; Jia, L. K ; Jiang, L. L ; Jiang, X. S ; Jiao, J. B ; Jiao, Z ; Jin, D. P ; Jin, S ; Jing, F. F ; Kalantar-Nayestanaki, N ; Kavatsyuk, M ; Kuehn, W ; Lai, W ; Lange, J. S ; Leung, J. K. C ; Li, C. H ; Li, Cheng ; Li, Cui ; Li, D. M ; Li, F ; Li, G ; Li, H. B ; Li, J. C ; Li, K ; Li, Lei ; Li, N. B ; Li, Q. J ; Li, S. L ; Li, W. D ; Li, W. G ; Li, X. L ; Li, X. N ; Li, X. Q ; Li, X. R ; Li, Z. B ; Liang, H ; Liang, Y. F ; Liang, Y. T ; Liao, G. R ; Liao, X. T ; Liu, B. J ; Liu, C. L ; Liu, C. X ; Liu, C. Y ; Liu, F. H ; Liu, Fang ; Liu, Feng ; Liu, H ; Liu, H. B ; Liu, H. H ; Liu, H. M ; Liu, H. W ; Liu, J. P ; Liu, K. Y ; Liu, Kai ; Liu, Kun ; Liu, P. L ; Liu, S. B ; Liu, X ; Liu, X. H ; Liu, Y ; Liu, Y. B ; Liu, Z. A ; Liu, Zhiqiang ; Liu, Zhiqing ; Loehner, H ; Lu, G. R ; Lu, H. J ; Lu, J. G ; Lu, Q. W ; Lu, X. R ; Lu, Y. P ; Luo, C. L ; Luo, M. X ; Luo, T ; Luo, X. L ; Lv, M ; Ma, C. L ; Ma, F. C ; Ma, H. L ; Ma, Q. M ; Ma, S ; Ma, T ; Ma, X. Y ; Ma, Y ; Maas, F. E ; Maggiora, M ; Malik, Q. A ; Mao, H ; Mao, Y. J ; Mao, Z. P ; Messchendorp, J. G ; Min, J ; Min, T. J ; Mitchell, R. E ; Mo, X. H ; Morales, C. Morales ; Motzko, C ; Muchnoi, N. Yu ; Nefedov, Y ; Nicholson, C ; Nikolaev, I. B ; Ning, Z ; Olsen, S. L ; Ouyang, Q ; Pacetti, S ; Park, J. W ; Pelizaeus, M ; Peters, K ; Ping, J. L ; Ping, R. G ; Poling, R ; Prencipe, E ; Pun, C. S. J ; Qi, M ; Qian, S ; Qiao, C. F ; Qin, X. S ; Qin, Y ; Qin, Z. H ; Qiu, J. F ; Rashid, K. H ; Rong, G ; Ruan, X. D ; Sarantsev, A ; Schulze, J ; Shao, M ; Shen, C. P ; Shen, X. Y ; Sheng, H. Y ; Shepherd, M. R ; Song, X. Y ; Spataro, S ; Spruck, B ; Sun, D. H ; Sun, G. X ; Sun, J. F ; Sun, S. S ; Sun, X. D ; Sun, Y. J ; Sun, Y. Z ; Sun, Z. J ; Sun, Z. T ; Tang, C. J ; Tang, X ; Thorndike, E. H ; Tian, H. L ; Toth, D ; Ullrich, M ; Varner, G. S ; Wang, B ; Wang, B. Q ; Wang, K ; Wang, L. L ; Wang, L. S ; Wang, M ; Wang, P ; Wang, P. L ; Wang, Q ; Wang, Q. J ; Wang, S. G ; Wang, X. F ; Wang, X. L ; Wang, Y. D ; Wang, Y. F
creationdate20120620
lso0120120620
facets
frbrgroupid5554715973826876781
frbrtype5
newrecords20190821
languageeng
topicPhysics
collectionSciTech Connect (U.S. Dept. of Energy - Office of Scientific and Technical Information)
prefilterarticles
rsrctypearticles
creatorcontrib
0Ablikim, M
1Achasov, M. N
2Ambrose, D. J
3An, F. F
4An, Q
5An, Z. H
6Bai, J. Z
7Ban, Y
8Becker, J
9Berger, N
10Bertani, M
11Bian, J. M
12Boger, E
13Bondarenko, O
14Boyko, I
15Briere, R. A
16Bytev, V
17Cai, X
18Calcaterra, A
19Cao, G. F
20Chang, J. F
21Chelkov, G
22Chen, G
23Chen, H. S
24Chen, J. C
25Chen, M. L
26Chen, S. J
27Chen, Y
28Chen, Y. B
29Cheng, H. P
30Chu, Y. P
31Cronin-Hennessy, D
32Dai, H. L
33Dai, J. P
34Dedovich, D
35Deng, Z. Y
36Denig, A
37Denysenko, I
38Destefanis, M
39Ding, W. M
40Ding, Y
41Dong, L. Y
42Dong, M. Y
43Du, S. X
44Fang, J
45Fang, S. S
46Fava, L
47Feldbauer, F
48Feng, C. Q
49Ferroli, R. B
50Fu, C. D
51Fu, J. L
52Gao, Y
53Geng, C
54Goetzen, K
55Gong, W. X
56Gradl, W
57Greco, M
58Gu, M. H
59Gu, Y. T
60Guan, Y. H
61Guo, A. Q
62Guo, L. B
63Guo, Y. P
64Han, Y. L
65Hao, X. Q
66Harris, F. A
67He, K. L
68He, M
69He, Z. Y
70Held, T
71Heng, Y. K
72Hou, Z. L
73Hu, H. M
74Hu, J. F
75Hu, T
76Huang, B
77Huang, G. M
78Huang, J. S
79Huang, X. T
80Huang, Y. P
81Hussain, T
82Ji, C. S
83Ji, Q
84Ji, X. B
85Ji, X. L
86Jia, L. K
87Jiang, L. L
88Jiang, X. S
89Jiao, J. B
90Jiao, Z
91Jin, D. P
92Jin, S
93Jing, F. F
94Kalantar-Nayestanaki, N
95Kavatsyuk, M
96Kuehn, W
97Lai, W
98Lange, J. S
99Leung, J. K. C
100...
jtitlePhysical Review. D, Particles, Fields, Gravitation and Cosmology
creationdate2012
toplevelpeer_reviewed
delivery
delcategoryRemote Search Resource
fulltextfulltext
addata
aulast
0Ablikim
1Achasov
2Ambrose
3An
4Bai
5Ban
6Becker
7Berger
8Bertani
9Bian
10Boger
11Bondarenko
12Boyko
13Briere
14Bytev
15Cai
16Calcaterra
17Cao
18Chang
19Chelkov
20Chen
21Cheng
22Chu
23Cronin-Hennessy
24Dai
25Dedovich
26Deng
27Denig
28Denysenko
29Destefanis
30Ding
31Dong
32Du
33Fang
34Fava
35Feldbauer
36Feng
37Ferroli
38Fu
39Gao
40Geng
41Goetzen
42Gong
43Gradl
44Greco
45Gu
46Guan
47Guo
48Han
49Hao
50Harris
51He
52Held
53Heng
54Hou
55Hu
56Huang
57Hussain
58Ji
59Jia
60Jiang
61Jiao
62Jin
63Jing
64Kalantar-Nayestanaki
65Kavatsyuk
66Kuehn
67Lai
68Lange
69Leung
70Li
71Liang
72Liao
73Liu
74Loehner
75Lu
76Luo
77Lv
78Ma
79Maas
80Maggiora
81Malik
82Mao
83Messchendorp
84Min
85Mitchell
86Mo
87Morales
88Motzko
89Muchnoi
90Nefedov
91Nicholson
92Nikolaev
93Ning
94Olsen
95Ouyang
96Pacetti
97Park
98Pelizaeus
99Peters
100...
aufirst
0M
1M. N
2D. J
3F. F
4Q
5Z. H
6J. Z
7Y
8J
9N
10J. M
11E
12O
13I
14R. A
15V
16X
17A
18G. F
19J. F
20G
21H. S
22J. C
23M. L
24S. J
25Y. B
26H. P
27Y. P
28D
29H. L
30J. P
31Z. Y
32W. M
33L. Y
34M. Y
35S. X
36S. S
37L
38F
39C. Q
40R. B
41C. D
42J. L
43C
44K
45W. X
46W
47M. H
48Y. T
49Y. H
50A. Q
51L. B
52Y. L
53X. Q
54F. A
55K. L
56T
57Y. K
58Z. L
59H. M
60B
61G. M
62J. S
63X. T
64C. S
65X. B
66X. L
67L. K
68L. L
69X. S
70J. B
71Z
72D. P
73S
74J. K. C
75C. H
76Cheng
77Cui
78D. M
79H. B
80Lei
81N. B
82Q. J
83S. L
84W. D
85W. G
86X. N
87X. R
88Z. B
89H
90Y. F
91G. R
92B. J
93C. L
94C. X
95C. Y
96F. H
97Fang
98Feng
99H. H
100...
auinitM
auinit1M
au
0Ablikim, M
1Achasov, M. N
2Ambrose, D. J
3An, F. F
4An, Q
5An, Z. H
6Bai, J. Z
7Ban, Y
8Becker, J
9Berger, N
10Bertani, M
11Bian, J. M
12Boger, E
13Bondarenko, O
14Boyko, I
15Briere, R. A
16Bytev, V
17Cai, X
18Calcaterra, A
19Cao, G. F
20Chang, J. F
21Chelkov, G
22Chen, G
23Chen, H. S
24Chen, J. C
25Chen, M. L
26Chen, S. J
27Chen, Y
28Chen, Y. B
29Cheng, H. P
30Chu, Y. P
31Cronin-Hennessy, D
32Dai, H. L
33Dai, J. P
34Dedovich, D
35Deng, Z. Y
36Denig, A
37Denysenko, I
38Destefanis, M
39Ding, W. M
40Ding, Y
41Dong, L. Y
42Dong, M. Y
43Du, S. X
44Fang, J
45Fang, S. S
46Fava, L
47Feldbauer, F
48Feng, C. Q
49Ferroli, R. B
50Fu, C. D
51Fu, J. L
52Gao, Y
53Geng, C
54Goetzen, K
55Gong, W. X
56Gradl, W
57Greco, M
58Gu, M. H
59Gu, Y. T
60Guan, Y. H
61Guo, A. Q
62Guo, L. B
63Guo, Y. P
64Han, Y. L
65Hao, X. Q
66Harris, F. A
67He, K. L
68He, M
69He, Z. Y
70Held, T
71Heng, Y. K
72Hou, Z. L
73Hu, H. M
74Hu, J. F
75Hu, T
76Huang, B
77Huang, G. M
78Huang, J. S
79Huang, X. T
80Huang, Y. P
81Hussain, T
82Ji, C. S
83Ji, Q
84Ji, X. B
85Ji, X. L
86Jia, L. K
87Jiang, L. L
88Jiang, X. S
89Jiao, J. B
90Jiao, Z
91Jin, D. P
92Jin, S
93Jing, F. F
94Kalantar-Nayestanaki, N
95Kavatsyuk, M
96Kuehn, W
97Lai, W
98Lange, J. S
99Leung, J. K. C
100...
atitleTwo-photon widths of the χc0,2 states and helicity analysis for χc2→γγ
jtitlePhysical Review. D, Particles, Fields, Gravitation and Cosmology
risdate20120620
volume85
issue11
issn1550-7998
eissn1550-2368
formatjournal
genrearticle
ristypeJOUR
copUnited States
pubAmerican Physical Society
doi10.1103/PhysRevD.85.112008
date2012-06-20