An extended segment pattern dictionary for a pattern matching tracking algorithm at BES Ⅲ
MA Chang-Li 1 ZHANG Yao 2 YUAN Ye 2;1) L Xiao-Rui 1;2) ZHENG Yang-Heng 1;3) HE Kang-Li 2 LI Wei-Dong 2 LIU Huai-Min 2 MA Qiu-Mei 2 WU Ling-Hui 2 1 Graduate University of Chinese Academy of Sciences;Beijing 100049;China 2 Institute of High Energy Physics;Beijing 100049;China

..............page:72-78

A normal-pressure MWPC for beam diagnostics at RIBLL2
TANG Shu-Wen 1;2;1) MA Peng 1 DUAN Li-Min 1 SUN Zhi-Yu 1 LU Chen-Gui 1 YANG He-Run 1 HU Rong-Jiang 1 HUANG Wen-Xue 1 XU Hu-Shan 1 1 Institute of Modern Physics;Chinese Academy of Sciences;Lanzhou 730000;China 2 University of Chinese Academy of Sciences;Beijing 100049;China

..............page:61-64

Image blur in high energy proton radiography
WEI Tao 1) YANG Guo-Jun LONG Ji-Dong SHI Jin-Shui Institute of Fluid Physics;China Academy of Engineering Physics;P.O. Box 919-106;Mianyang 621900;China

..............page:102-107

Constraint on the warped space from → X_s γ
CHEN Jian-Bin FENG Tai-Fu GAO Tie-Jun SUN Ke-Sheng Department of Physics;Dalian University of Technology;Dalian 116024;China

..............page:20-27

Baseline drift effect on the performance of neutron and γ ray discrimination using frequency gradient analysis
LIU Guo-Fu LUO Xiao-Liang YANG Jun LIN Cun-Bao HU Qing-Qing PENG Jin-Xian Department of Instrument Science and Technology;National University of Defense Technology;Changsha 410073;China

..............page:65-71

analysis of b_s ~+ ~- decay within supersymmetry
XU Yuan-Guo ZHOU Li-Hai LI Bing-Zhong WANG Ru-Min 1) College of Physics and Electronic Engineering;Xinyang Normal University;Xinyang 464000;China

..............page:32-37

Information on the pion distribution amplitude from the pion-photon transition form factor with the Belle and BABAR data
WU Xing-Gang 1;1) HUANG Tao 2;2) ZHONG Tao 2;3) 1 Department of Physics;Chongqing University;Chongqing 400044;China 2 Institute of High Energy Physics and Theoretical Physics Center for Science Facilities;Chinese Academy of Sciences;Beijing 100049;China

..............page:38-43

Realization of a locally-round beam in an ultimate storage ring using solenoids
XU Gang JIAO Yi TIAN Sai-Ke Institute of High Energy Physics;Chinese Academy of Sciences;Beijing 100049;China

..............page:85-90

Analysis of Λ_b→pK~- and p∏~- decays in a flavor changing Z’ model
WANG Shuai-Wei 1) HUANG Jin-Shu 2) LI Gen-Quan College of Physics and Electronic Engineering;Nanyang Normal University;Nanyang 473061;China

..............page:28-31

Rearrangement term with relativistic density-dependent hyperon potentials
JIANG Wei-Zhou 1) Department of Physics;Southeast University;Nanjing 211189;China

..............page:49-53

Determination of the number of ψ’ events at BES Ⅲ
M. Ablikim 1 M. N. Achasov 6 O. Albayrak 3 D. J. Ambrose 39 F. F. An 1 Q. An 40 J. Z. Bai 1 Y. Ban 26 J. Becker 2 J. V. Bennett 16 N. Berger 1 M. Bertani 17A J. M. Bian 38 E. Boger 19;a O. Bondarenko 20 I. Boyko 19 R. A. Briere 3 V. Bytev 19 X. Cai 1 O. Cakir 34A A. Calcaterra 17A G. F. Cao 1 S. A. Cetin 34B J. F. Chang 1 G. Chelkov 19;a G. Chen 1 H. S. Chen 1 J. C. Chen 1 M. L. Chen 1 S. J. Chen 24 X. Chen 26 Y. B. Chen 1 H. P. Cheng 14 Y. P. Chu 1 D. Cronin-Hennessy 38 H. L. Dai 1 J. P. Dai 1 D. Dedovich 19 Z. Y. Deng 1 A. Denig 18 I. Denysenko 19;b M. Destefanis 43A;43C W. M. Ding 28 Y. Ding 22 L. Y. Dong 1 M. Y. Dong 1 S. X. Du 46 J. Fang 1 S. S. Fang 1 L. Fava 43B;43C C. Q. Feng 40 R. B. Ferroli 17A P. Friedel 2 C. D. Fu 1 Y. Gao 33 C. Geng 40 K. Goetzen 7 W. X. Gong 1 W. Gradl 18 M. Greco 43A;43C M. H. Gu 1 Y. T. Gu 9 Y. H. Guan 36 A. Q. Guo 25 L. B. Guo 23 T. Guo 23 Y. P. Guo 25 Y. L. Han 1 F. A. Harris 37 K. L. He 1 M. He 1 Z. Y. He 25 T. Held 2 Y. K. Heng 1 Z. L. Hou 1 C. Hu 23 H. M. Hu 1 J. F. Hu 35 T. Hu 1 G. M. Huang 4 G. S. Huang 40 J. S. Huang 12 L. Huang 1 X. T. Huang 28 Y. Huang 24 Y. P. Huang 1 T. Hussain 42 C. S. Ji 40 Q. Ji 1 Q. P. Ji 25 X. B. Ji 1 X. L. Ji 1 L. L. Jiang 1 X. S. Jiang 1 J. B. Jiao 28 Z. Jiao 14 D. P. Jin 1 S. Jin 1 F. F. Jing 33 N. Kalantar-Nayestanaki 20 M. Kavatsyuk 20 B. Kopf 2 M. Kornicer 37 W. Kuehn 35 W. Lai 1 J. S. Lange 35 M. Leyhe 2 C. H. Li 1 Cheng Li 40 Cui Li 40 D. M. Li 46 F. Li 1 G. Li 1 H. B. Li 1 J. C. Li 1 K. Li 10 Lei Li 1 Q. J. Li 1 S. L. Li 1 W. D. Li 1 W. G. Li 1 X. L. Li 28 X. N. Li 1 X. Q. Li 25 X. R. Li 27 Z. B. Li 32 H. Liang 40 Y. F. Liang 30 Y. T. Liang 35 G. R. Liao 33 X. T. Liao 1 D. Lin 11 B. J. Liu 1 C. L. Liu 3 C. X. Liu 1 F. H. Liu 29 Fang Liu 1 Feng Liu 4 H. Liu 1 H. B. Liu 9 H. H. Liu 13 H. M. Liu 1 H. W. Liu 1 J. P. Liu 44 K. Liu 33 K. Y. Liu 22 Kai Liu 36 P. L. Liu 28 Q. Liu 36 S. B. Liu 40 X. Liu 21 Y. B. Liu 25 Z. A. Liu 1 Zhiqiang Liu 1 Zhiqing Liu 1 H. Loehner 20 G. R. Lu 12 H. J. Lu 14 J. G. Lu 1 Q. W. Lu 29 X. R. Lu 36 Y. P. Lu 1 C. L. Luo 23 M. X. Luo 45 T. Luo 37 X. L. Luo 1 M. Lv 1 C. L. Ma 36 F. C. Ma 22 H. L. Ma 1 Q. M. Ma 1 S. Ma 1 T. Ma 1 X. Y. Ma 1 F. E. Maas 11 M. Maggiora 43A;43C Q. A. Malik 42 Y. J. Mao 26 Z. P. Mao 1 J. G. Messchendorp 20 J. Min 1 T. J. Min 1 R. E. Mitchell 16 X. H. Mo 1C. Morales Morales 11 N. Yu. Muchnoi 6 H. Muramatsu 39 Y. Nefedov 19 C. Nicholson 36 I. B. Nikolaev 6 Z. Ning 1 S. L. Olsen 27 Q. Ouyang 1 S. Pacetti 17B J. W. Park 27 M. Pelizaeus 2 H. P. Peng 40 K. Peters 7 J. L. Ping 23 R. G. Ping 1 R. Poling 38 E. Prencipe 18 M. Qi 24 S. Qian 1 C. F. Qiao 36 L. Q. Qin 28 X. S. Qin 1 Y. Qin 26 Z. H. Qin 1 J. F. Qiu 1 K. H. Rashid 42 G. Rong 1 X. D. Ruan 9 A. Sarantsev 19;c B. D. Schaefer 16 M. Shao 40 C. P. Shen 37;d X. Y. Shen 1 H. Y. Sheng 1 M. R. Shepherd 16 X. Y. Song 1 S. Spataro 43A;43C B. Spruck 35 D. H. Sun 1 G. X. Sun 1 J. F. Sun 12 S. S. Sun 1 Y. J. Sun 40 Y. Z. Sun 1 Z. J. Sun 1 Z. T. Sun 40 C. J. Tang 30 X. Tang 1 I. Tapan 34C E. H. Thorndike 39 D. Toth 38 M. Ullrich 35 G. S. Varner 37 B. Q. Wang 26 D. Wang 26 D. Y. Wang 26 K. Wang 1 L. L. Wang 1 L. S. Wang 1 M. Wang 28 P. Wang 1 P. L. Wang 1 Q. J. Wang 1 S. G. Wang 26 X. F. Wang 33 X. L. Wang 40 Y. F. Wang 1 Z. Wang 1 Z. G. Wang 1 Z. Y. Wang 1 D. H. Wei 8 J. B. Wei 26 P. Weidenkaff 18 Q. G. Wen 40 S. P. Wen 1 M. Werner 35 U. Wiedner 2 L. H. Wu 1 N. Wu 1 S. X. Wu 40 W. Wu 25 Z. Wu 1 L. G. Xia 33 Y. X Xia 15 Z. J. Xiao 23 Y. G. Xie 1 Q. L. Xiu 1 G. F. Xu 1 G. M. Xu 26 Q. J. Xu 10 Q. N. Xu 36 X. P. Xu 31 Z. R. Xu 40 F. Xue 4 Z. Xue 1 L. Yan 40 W. B. Yan 40 Y. H. Yan 15 H. X. Yang 1 Y. Yang 4 Y. X. Yang 8 H. Ye 1 M. Ye 1 M. H. Ye 5 B. X. Yu 1 C. X. Yu 25 H. W. Yu 26 J. S. Yu 21 S. P. Yu 28 C. Z. Yuan 1 Y. Yuan 1 A. A. Zafar 42 A. Zallo 17A Y. Zeng 15 B. X. Zhang 1 B. Y. Zhang 1 C. Zhang 24 C. C. Zhang 1 D. H. Zhang 1 H. H. Zhang 32 H. Y. Zhang 1 J. Q. Zhang 1 J. W. Zhang 1 J. Y. Zhang 1 J. Z. Zhang 1 LiLi Zhang 15 R. Zhang 36 S. H. Zhang 1 X. J. Zhang 1 X. Y. Zhang 28 Y. Zhang 1 Y. H. Zhang 1 Z. P. Zhang 40 Z. Y. Zhang 44 Zhenghao Zhang 4 G. Zhao 1 H. S. Zhao 1 J. W. Zhao 1 K. X. Zhao 23 Lei Zhao 40 Ling Zhao 1 M. G. Zhao 25 Q. Zhao 1 Q. Z. Zhao 9 S. J. Zhao 46 T. C. Zhao 1 Y. B. Zhao 1 Z. G. Zhao 40 A. Zhemchugov 19;a B. Zheng 41 J. P. Zheng 1 Y. H. Zheng 36 B. Zhong 23 Z. Zhong 9 L. Zhou 1 X. K. Zhou 36 X. R. Zhou 40 C. Zhu 1 K. Zhu 1 K. J. Zhu 1 S. H. Zhu 1 X. L. Zhu 33 Y. C. Zhu 40 Y. M. Zhu 25 Y. S. Zhu 1 Z. A. Zhu 1 J. Zhuang 1 B. S. Zou 1 J. H. Zou 1 1 Institute of High Energy Physics;Chinese Academy of Sciences Beijing 100049;China 2 Bochum Ruhr-University;D-44780 Bochum;Germany 3 Carnegie Mellon University;Pittsburgh;Pennsylvania 15213;USA 4 Central China Normal University;Wuhan 430079;China 5 China Center of Advanced Science and Technology;Beijing 100190;China 6 G.I. Budker Institute of Nuclear Physics SB RAS;Novosibirsk 630090;Russia 7 GSI Helmholtzcentre for Heavy Ion Research GmbH;D-64291 Darmstadt;Germany 8 Guangxi Normal University;Guilin 541004;China 9 GuangXi University;Nanning 530004;China 10 Hangzhou Normal University;Hangzhou 310036;China 11 Helmholtz Institute Mainz;Johann-Joachim-Becher-Weg 45;D-55099 Mainz;Germany 12 Henan Normal University;Xinxiang 453007;China 13 Henan University of Science and Technology;Luoyang 471003;China 14 Huangshan College;Huangshan 245000;China 15 Hunan University;Changsha 410082;China16 Indiana University;Bloomington;Indiana 47405;USA 17 INFN Laboratori Nazionali di Frascati;I-00044;Frascati;Italy;INFN and University of Perugia;I-06100;Perugia;Italy 18 Johannes Gutenberg University of Mainz;Johann-Joachim-Becher-Weg 45;D-55099 Mainz;Germany 19 Joint Institute for Nuclear Research;141980 Dubna;Moscow region;Russia 20 KVI;University of Groningen;NL-9747 AA Groningen;The Netherlands 21 Lanzhou University;Lanzhou 730000;China 22 Liaoning University;Shenyang 110036;China 23 Nanjing Normal University;Nanjing 210023;China 24 Nanjing University;Nanjing 210093;China 25 Nankai University;Tianjin 300071;China 26 Peking University;Beijing 100871;China 27 Seoul National University;Seoul;151-747 Korea 28 Shandong University;Jinan 250100;China 29 Shanxi University;Taiyuan 030006;China 30 Sichuan University;Chengdu 610064;China 31 Soochow University;Suzhou 215006;China 32 Sun Yat-Sen University;Guangzhou 510275;China 33 Tsinghua University;Beijing 100084;China 34 Ankara University;Dogol Caddesi;06100 Tandogan;Ankara;Turkey;Dogus University;34722 Istanbul;Turkey;Uludag University;16059 Bursa;Turkey 35 Universitaet Giessen;D-35392 Giessen;Germany 36 University of Chinese Academy of Sciences;Beijing 100049;China 37 University of Hawaii;Honolulu;Hawaii 96822;USA 38 University of Minnesota;Minneapolis;Minnesota 55455;USA 39 University of Rochester;Rochester;New York 14627;USA 40 University of Science and Technology of China;Hefei 230026;People’s Republic of China 41 University of South China;Hengyang 421001;China 42 University of the Punjab;Lahore-54590;Pakistan 43 University of Turin;I-10125;Turin;Italy;University of Eastern Piedmont;I-15121;Alessandria;Italy;INFN;I-10125;Turin;Italy 44 Wuhan University;Wuhan 430072;China 45 Zhejiang University;Hangzhou 310027;China 46 Zhengzhou University;Zhengzhou 450001;China a Also at the Moscow Institute of Physics and Technology;Moscow 141700;Russia b On leave from the Bogolyubov Institute for Theoretical Physics;Kiev 03680;Ukraine c Also at the PNPI;Gatchina 188300;Russia d Present address: Nagoya University;Nagoya 464-8601;Japan

..............page:3-13

Dirac equation with a magnetic field in 3D non-commutative phase space
LIANG Mai-Lin 1) ZHANG Ya-Bin YANG Rui-Lin ZHANG Fu-Lin Physics Department;School of Science;Tianjin University Tianjin 300072;China

..............page:44-48

Harmonics suppression effect of the quasi-periodic undulator in SASE free-electron-laser
WU Ai-Lin JIA Qi-Ka LI He-Ting National Synchrotron Radiation Laboratory;University of Science and Technology of China;Hefei 230029;China

..............page:99-101

A semi-relativistic treatment of spinless particles subject to the nuclear Woods-Saxon potential
M. Hamzavi 1;1) S. M. Ikhdair 2;2) A. A. Rajabi 3 1 Department of Basic Sciences;Shahrood Branch;Islamic Azad University;Shahrood;Iran 2 Physics Department;Near East University;922022 Nicosia;North Cyprus;Mersin 10;Turkey and Department of Physics;An-Najah National University;Nablus;West Bank;Palestine 3 Physics Department;Shahrood University of Technology;Shahrood;Iran

..............page:14-19

Hard X-ray optics simulation using the coherent mode decomposition of the Gaussian Schell model
HUA Wen-Qiang BIAN Feng-Gang SONG Li LI Xiu-Hong WANG Jie 1) Shanghai Synchrotron Radiation Facility;Shanghai Institute of Applied Physics;Chinese Academy of Sciences;Shanghai 201204;China

..............page:91-98

Modeling the applicability of linear energy transfer on single event upset occurrence
GENG Chao 1;2;1) LIU Jie 1;2) ZHANG Zhan-Gang 1;2 XI Kai 1;2 GU Song 1;2 HOU Ming-Dong 1 SUN You-Mei 1 DUAN Jing-Lai 1 YAO Hui-Jun 1 MO Dan 1 LUO Jie 1 1 Institute of Modern Physics;Chinese Academy of Sciences;Lanzhou 730000;China 2 University of Chinese Academy of Sciences;Beijing 100190;China

..............page:54-60

Effects of injection beam parameters and foil scattering for CSNS/RCS
HUANG Ming-Yang 1) WANG Sheng QIU Jing WANG Na XU Shou-Yan Institute of High Energy Physics;Chinese Academy of Sciences;Beijing 100049;China

..............page:79-84