0254-3052
2015 Issue 9
Precision measurement of the integrated luminosity of the data taken by BESIII at center-of-mass energies between 3.810 GeV and 4.600 GeV
M.Ablikim;M.N.Achasov;X.C.Ai;O.Albayrak;M.Albrecht;D.J.Ambrose;A.Amoroso;F.F.An;Q.An;J.Z.Bai;R.Baldini Ferroli;Y.Ban;D.W.Bennett;J.V.Bennett;M.Bertani;D.Bettoni;J.M.Bian;F.Bianchi;E.Boger;O.Bondarenko;I.Boyko;R.A.Briere;H.Cai;X.Cai;O.Cakir;A.Calcaterra;G.F.Cao;S.A.Cetin;J.F.Chang;G.Chelkov;G.Chen;H.S.Chen;H.Y.Chen;J.C.Chen;M.L.Chen;S.J.Chen;X.Chen;X.R.Chen;Y.B.Chen;H.P.Cheng;X.K.Chu;G.Cibinetto;D.Cronin-Hennessy;H.L.Dai;J.P.Dai;A.Dbeyssi;D.Dedovich;Z.Y.Deng;A.Denig;I.Denysenko;M.Destefanis;F.De Mori;Y.Ding;C.Dong;J.Dong;L.Y.Dong;M.Y.Dong;S.X.Du;P.F.Duan;J.Z.Fan;J.Fang;S.S.Fang;X.Fang;Y.Fang;L.Fava;F.Feldbauer;G.Felici;C.Q.Feng;E.Fioravanti;M.Fritsch;C.D.Fu;Q.Gao;Y.Gao;Z.Gao;I.Garzia;C.Geng;K.Goetzen;W.X.Gong;W.Gradl;M.Greco;M.H.Gu;Y.T.Gu;Y.H.Guan;A.Q.Guo;L.B.Guo;Y.Guo;Y.P.Guo;Z.Haddadi;A.Hafner;S.Han;Y.L.Han;X.Q.Hao;F.A.Harris;K.L.He;Z.Y.He;T.Held;Y.K.Heng;Z.L.Hou;C.Hu;H.M.Hu;J.F.Hu;T.Hu;Y.Hu;G.M.Huang;G.S.Huang;H.P.Huang;J.S.Huang;X.T.Huang;Y.Huang;T.Hussain;Q.Ji;Q.P.Ji;X.B.Ji;X.L.Ji;L.L.Jiang;L.W.Jiang;X.S.Jiang;J.B.Jiao;Z.Jiao;D.P.Jin;S.Jin;T.Johansson;A.Julin;N.Kalantar-Nayestanaki;X.L.Kang;X.S.Kang;M.Kavatsyuk;B.C.Ke;R.Kliemt;B.Kloss;O.B.Kolcu;B.Kopf;M.Kornicer;W.Kuehn;A.Kupsc;W.Lai;J.S.Lange;M.Lara;P.Larin;C.Leng;C.H.Li;Cheng Li;D.M.Li;F.Li;G.Li;H.B.Li;J.C.Li;Jin Li;K.Li;K.Li;Lei Li;P.R.Li;T.Li;W.D.Li;W.G.Li;X.L.Li;X.M.Li;X.N.Li;X.Q.Li;Z.B.Li;H.Liang;Y.F.Liang;Y.T.Liang;G.R.Liao;D.X.Lin;B.J.Liu;C.X.Liu;F.H.Liu;Fang Liu;Feng Liu;H.B.Liu;H.H.Liu;H.H.Liu;H.M.Liu;J.Liu;J.P.Liu;J.Y.Liu;K.Liu;K.Y.Liu;L.D.Liu;P.L.Liu;Q.Liu;S.B.Liu;X.Liu;X.X.Liu;Y.B.Liu;Z.A.Liu;Zhiqiang Liu;Zhiqing Liu;H.Loehner;X.C.Lou;H.J.Lu;J.G.Lu;R.Q.Lu;Y.Lu;Y.P.Lu;C.L.Luo;M.X.Luo;T.Luo;X.L.Luo;M.Lv;X.R.Lyu;F.C.Ma;H.L.Ma;L.L.Ma;Q.M.Ma;S.Ma;T.Ma;X.N.Ma;X.Y.Ma;F.E.Maas;M.Maggiora;Q.A.Malik;Y.J.Mao;Z.P.Mao;S.Marcello;J.G.Messchendorp;J.Min;T.J.Min;R.E.Mitchell;X.H.Mo;Y.J.Mo;C.Morales Morales;K.Moriya;N.Yu.Muchnoi;H.Muramatsu;Y.Nefedov;F.Nerling;I.B.Nikolaev;Z.Ning;S.Nisar;S.L.Niu;X.Y.Niu;S.L.Olsen;Q.Ouyang;S.Pacetti;P.Patteri;M.Pelizaeus;H.P.Peng;K.Peters;J.L.Ping;R.G.Ping;R.Poling;Y.N.Pu;M.Qi;S.Qian;C.F.Qiao;L.Q.Qin;N.Qin;X.S.Qin;Y.Qin;Z.H.Qin;J.F.Qiu;K.H.Rashid;C.F.Redmer;H.L.Ren;M.Ripka;G.Rong;X.D.Ruan;V.Santoro;A.Sarantsev;M.Savrié;K.Schoenning;S.Schumann;W.Shan;M.Shao;C.P.Shen;P.X.Shen;X.Y.Shen;H.Y.Sheng;W.M.Song;X.Y.Song;S.Sosio;S.Spataro;G.X.Sun;J.F.Sun;S.S.Sun;Y.J.Sun;Y.Z.Sun;Z.J.Sun;Z.T.Sun;C.J.Tang;X.Tang;I.Tapan;E.H.Thorndike;M.Tiemens;D.Toth;M.Ullrich;I.Uman;G.S.Varner;B.Wang;B.L.Wang;D.Wang;D.Y.Wang;K.Wang;L.L.Wang;L.S.Wang;M.Wang;P.Wang;P.L.Wang;Q.J.Wang;S.G.Wang;W.Wang;X.F.Wang;Wang Yadi;Y.F.Wang;Y.Q.Wang;Z.Wang;Z.G.Wang;Z.H.Wang;Z.Y.Wang;T.Weber;D.H.Wei;J.B.Wei;P.Weidenkaff;S.P.Wen;U.Wiedner;M.Wolke;L.H.Wu;Z.Wu;L.G.Xia;Y.Xia;D.Xiao;Z.J.Xiao;Y.G.Xie;Q.L.Xiu;G.F.Xu;L.Xu;Q.J.Xu;Q.N.Xu;X.P.Xu;L.Yan;W.B.Yan;W.C.Yan;Y.H.Yan;H.X.Yang;L.Yang;Y.Yang;Y.X.Yang;H.Ye;M.Ye;M.H.Ye;J.H.Yin;B.X.Yu;C.X.Yu;H.W.Yu;J.S.Yu;C.Z.Yuan;W.L.Yuan;Y.Yuan;A.Yuncu;A.A.Zafar;A.Zallo;Y.Zeng;B.X.Zhang;B.Y.Zhang;C.Zhang;C.C.Zhang;D.H.Zhang;H.H.Zhang;H.Y.Zhang;J.J.Zhang;J.L.Zhang;J.Q.Zhang;J.W.Zhang;J.Y.Zhang;J.Z.Zhang;K.Zhang;L.Zhang;S.H.Zhang;X.Y.Zhang;Y.Zhang;Y.H.Zhang;Y.T.Zhang;Z.H.Zhang;Z.P.Zhang;Z.Y.Zhang;G.Zhao;J.W.Zhao;J.Y.Zhao;J.Z.Zhao;Lei Zhao;Ling Zhao;M.G.Zhao;Q.Zhao;Q.W.Zhao;S.J.Zhao;T.C.Zhao;Y.B.Zhao;Z.G.Zhao;A.Zhemchugov;B.Zheng;J.P.Zheng;W.J.Zheng;Y.H.Zheng;B.Zhong;L.Zhou;Li Zhou;X.Zhou;X.K.Zhou;X.R.Zhou;X.Y.Zhou;K.Zhu;K.J.Zhu;S.Zhu;X.L.Zhu;Y.C.Zhu;Y.S.Zhu;Z.A.Zhu;J.Zhuang;L.Zotti;B.S.Zou;J.H.Zou;Institute of High Energy Physics;G.I.Budker Institute of Nuclear Physics SB RAS;the Novosibirsk State University;Carnegie Mellon University;Bochum Ruhr-University;University of Rochester;Rochester;University of Turin;INFN;University of Science and Technology of China;INFN Laboratori Nazionali di Frascati;Peking University;Indiana University;INFN Sezione di Ferrara;University of Minnesota;Joint Institute for Nuclear Research;the Moscow Institute of Physics and Technology;KVI-CART;University of Groningen;Wuhan University;Istanbul Aydin University;Ankara University;Dogus University;the Functional Electronics Laboratory;Tomsk State University;Beihang University;Nanjing University;Lanzhou University;Huangshan College;Shanghai Jiao Tong University;Helmholtz Institute Mainz;Johannes Gutenberg University of Mainz;Liaoning University;Nankai University;Zhengzhou University;Tsinghua University;University of Eastern Piedmont;GSI Helmholtzcentre for Heavy Ion Research GmbH;Guang Xi University;Nanjing Normal University;Henan Normal University;University of Hawaii;Central China Normal University;Shandong University;University of the Punjab;Uppsala University;Currently at Istanbul Arel University;Justus Liebig University Giessen;II.Physikalisches Institut;Seoul National University;Hangzhou Normal University;Beijing Institute of Petrochemical Technology;University of Chinese Academy of Sciences;Sun Yat-Sen University;Sichuan University;Guangxi Normal University;Shanxi University;Henan University of Science and Technology;University of Texas at Dallas;Hunan University;Zhejiang University;COMSATS Institute of Information Technology;INFN and University of Perugia;the NRC "Kurchatov Institute";University of Ferrara;Uludag University;Soochow University;China Center of Advanced Science and Technology;Bogazici University;University of South China;BESIII collaboration;
M.Ablikim;M.N.Achasov;X.C.Ai;O.Albayrak;M.Albrecht;D.J.Ambrose;A.Amoroso;F.F.An;Q.An;J.Z.Bai;R.Baldini Ferroli;Y.Ban;D.W.Bennett;J.V.Bennett;M.Bertani;D.Bettoni;J.M.Bian;F.Bianchi;E.Boger;O.Bondarenko;I.Boyko;R.A.Briere;H.Cai;X.Cai;O.Cakir;A.Calcaterra;G.F.Cao;S.A.Cetin;J.F.Chang;G.Chelkov;G.Chen;H.S.Chen;H.Y.Chen;J.C.Chen;M.L.Chen;S.J.Chen;X.Chen;X.R.Chen;Y.B.Chen;H.P.Cheng;X.K.Chu;G.Cibinetto;D.Cronin-Hennessy;H.L.Dai;J.P.Dai;A.Dbeyssi;D.Dedovich;Z.Y.Deng;A.Denig;I.Denysenko;M.Destefanis;F.De Mori;Y.Ding;C.Dong;J.Dong;L.Y.Dong;M.Y.Dong;S.X.Du;P.F.Duan;J.Z.Fan;J.Fang;S.S.Fang;X.Fang;Y.Fang;L.Fava;F.Feldbauer;G.Felici;C.Q.Feng;E.Fioravanti;M.Fritsch;C.D.Fu;Q.Gao;Y.Gao;Z.Gao;I.Garzia;C.Geng;K.Goetzen;W.X.Gong;W.Gradl;M.Greco;M.H.Gu;Y.T.Gu;Y.H.Guan;A.Q.Guo;L.B.Guo;Y.Guo;Y.P.Guo;Z.Haddadi;A.Hafner;S.Han;Y.L.Han;X.Q.Hao;F.A.Harris;K.L.He;Z.Y.He;T.Held;Y.K.Heng;Z.L.Hou;C.Hu;H.M.Hu;J.F.Hu;T.Hu;Y.Hu;G.M.Huang;G.S.Huang;H.P.Huang;J.S.Huang;X.T.Huang;Y.Huang;T.Hussain;Q.Ji;Q.P.Ji;X.B.Ji;X.L.Ji;L.L.Jiang;L.W.Jiang;X.S.Jiang;J.B.Jiao;Z.Jiao;D.P.Jin;S.Jin;T.Johansson;A.Julin;N.Kalantar-Nayestanaki;X.L.Kang;X.S.Kang;M.Kavatsyuk;B.C.Ke;R.Kliemt;B.Kloss;O.B.Kolcu;B.Kopf;M.Kornicer;W.Kuehn;A.Kupsc;W.Lai;J.S.Lange;M.Lara;P.Larin;C.Leng;C.H.Li;Cheng Li;D.M.Li;F.Li;G.Li;H.B.Li;J.C.Li;Jin Li;K.Li;K.Li;Lei Li;P.R.Li;T.Li;W.D.Li;W.G.Li;X.L.Li;X.M.Li;X.N.Li;X.Q.Li;Z.B.Li;H.Liang;Y.F.Liang;Y.T.Liang;G.R.Liao;D.X.Lin;B.J.Liu;C.X.Liu;F.H.Liu;Fang Liu;Feng Liu;H.B.Liu;H.H.Liu;H.H.Liu;H.M.Liu;J.Liu;J.P.Liu;J.Y.Liu;K.Liu;K.Y.Liu;L.D.Liu;P.L.Liu;Q.Liu;S.B.Liu;X.Liu;X.X.Liu;Y.B.Liu;Z.A.Liu;Zhiqiang Liu;Zhiqing Liu;H.Loehner;X.C.Lou;H.J.Lu;J.G.Lu;R.Q.Lu;Y.Lu;Y.P.Lu;C.L.Luo;M.X.Luo;T.Luo;X.L.Luo;M.Lv;X.R.Lyu;F.C.Ma;H.L.Ma;L.L.Ma;Q.M.Ma;S.Ma;T.Ma;X.N.Ma;X.Y.Ma;F.E.Maas;M.Maggiora;Q.A.Malik;Y.J.Mao;Z.P.Mao;S.Marcello;J.G.Messchendorp;J.Min;T.J.Min;R.E.Mitchell;X.H.Mo;Y.J.Mo;C.Morales Morales;K.Moriya;N.Yu.Muchnoi;H.Muramatsu;Y.Nefedov;F.Nerling;I.B.Nikolaev;Z.Ning;S.Nisar;S.L.Niu;X.Y.Niu;S.L.Olsen;Q.Ouyang;S.Pacetti;P.Patteri;M.Pelizaeus;H.P.Peng;K.Peters;J.L.Ping;R.G.Ping;R.Poling;Y.N.Pu;M.Qi;S.Qian;C.F.Qiao;L.Q.Qin;N.Qin;X.S.Qin;Y.Qin;Z.H.Qin;J.F.Qiu;K.H.Rashid;C.F.Redmer;H.L.Ren;M.Ripka;G.Rong;X.D.Ruan;V.Santoro;A.Sarantsev;M.Savrié;K.Schoenning;S.Schumann;W.Shan;M.Shao;C.P.Shen;P.X.Shen;X.Y.Shen;H.Y.Sheng;W.M.Song;X.Y.Song;S.Sosio;S.Spataro;G.X.Sun;J.F.Sun;S.S.Sun;Y.J.Sun;Y.Z.Sun;Z.J.Sun;Z.T.Sun;C.J.Tang;X.Tang;I.Tapan;E.H.Thorndike;M.Tiemens;D.Toth;M.Ullrich;I.Uman;G.S.Varner;B.Wang;B.L.Wang;D.Wang;D.Y.Wang;K.Wang;L.L.Wang;L.S.Wang;M.Wang;P.Wang;P.L.Wang;Q.J.Wang;S.G.Wang;W.Wang;X.F.Wang;Wang Yadi;Y.F.Wang;Y.Q.Wang;Z.Wang;Z.G.Wang;Z.H.Wang;Z.Y.Wang;T.Weber;D.H.Wei;J.B.Wei;P.Weidenkaff;S.P.Wen;U.Wiedner;M.Wolke;L.H.Wu;Z.Wu;L.G.Xia;Y.Xia;D.Xiao;Z.J.Xiao;Y.G.Xie;Q.L.Xiu;G.F.Xu;L.Xu;Q.J.Xu;Q.N.Xu;X.P.Xu;L.Yan;W.B.Yan;W.C.Yan;Y.H.Yan;H.X.Yang;L.Yang;Y.Yang;Y.X.Yang;H.Ye;M.Ye;M.H.Ye;J.H.Yin;B.X.Yu;C.X.Yu;H.W.Yu;J.S.Yu;C.Z.Yuan;W.L.Yuan;Y.Yuan;A.Yuncu;A.A.Zafar;A.Zallo;Y.Zeng;B.X.Zhang;B.Y.Zhang;C.Zhang;C.C.Zhang;D.H.Zhang;H.H.Zhang;H.Y.Zhang;J.J.Zhang;J.L.Zhang;J.Q.Zhang;J.W.Zhang;J.Y.Zhang;J.Z.Zhang;K.Zhang;L.Zhang;S.H.Zhang;X.Y.Zhang;Y.Zhang;Y.H.Zhang;Y.T.Zhang;Z.H.Zhang;Z.P.Zhang;Z.Y.Zhang;G.Zhao;J.W.Zhao;J.Y.Zhao;J.Z.Zhao;Lei Zhao;Ling Zhao;M.G.Zhao;Q.Zhao;Q.W.Zhao;S.J.Zhao;T.C.Zhao;Y.B.Zhao;Z.G.Zhao;A.Zhemchugov;B.Zheng;J.P.Zheng;W.J.Zheng;Y.H.Zheng;B.Zhong;L.Zhou;Li Zhou;X.Zhou;X.K.Zhou;X.R.Zhou;X.Y.Zhou;K.Zhu;K.J.Zhu;S.Zhu;X.L.Zhu;Y.C.Zhu;Y.S.Zhu;Z.A.Zhu;J.Zhuang;L.Zotti;B.S.Zou;J.H.Zou;Institute of High Energy Physics;G.I.Budker Institute of Nuclear Physics SB RAS;the Novosibirsk State University;Carnegie Mellon University;Bochum Ruhr-University;University of Rochester;Rochester;University of Turin;INFN;University of Science and Technology of China;INFN Laboratori Nazionali di Frascati;Peking University;Indiana University;INFN Sezione di Ferrara;University of Minnesota;Joint Institute for Nuclear Research;the Moscow Institute of Physics and Technology;KVI-CART;University of Groningen;Wuhan University;Istanbul Aydin University;Ankara University;Dogus University;the Functional Electronics Laboratory;Tomsk State University;Beihang University;Nanjing University;Lanzhou University;Huangshan College;Shanghai Jiao Tong University;Helmholtz Institute Mainz;Johannes Gutenberg University of Mainz;Liaoning University;Nankai University;Zhengzhou University;Tsinghua University;University of Eastern Piedmont;GSI Helmholtzcentre for Heavy Ion Research GmbH;Guang Xi University;Nanjing Normal University;Henan Normal University;University of Hawaii;Central China Normal University;Shandong University;University of the Punjab;Uppsala University;Currently at Istanbul Arel University;Justus Liebig University Giessen;II.Physikalisches Institut;Seoul National University;Hangzhou Normal University;Beijing Institute of Petrochemical Technology;University of Chinese Academy of Sciences;Sun Yat-Sen University;Sichuan University;Guangxi Normal University;Shanxi University;Henan University of Science and Technology;University of Texas at Dallas;Hunan University;Zhejiang University;COMSATS Institute of Information Technology;INFN and University of Perugia;the NRC "Kurchatov Institute";University of Ferrara;Uludag University;Soochow University;China Center of Advanced Science and Technology;Bogazici University;University of South China;BESIII collaboration;
..............page:3-9
Identifying the structure of near-threshold states from the line shape
CHEN Guo-Ying;HUO Wen-Sheng;ZHAO Qiang;Department of Physics;Xinjiang University;State Key Laboratory of Theoretical Physics;Institute of Theoretical Physics;Chinese Academy of Sciences;Institute of High Energy Physics;Chinese Academy of Sciences;Theoretical Physics Center for Science Facilities;Chinese Academy of Sciences;
CHEN Guo-Ying;HUO Wen-Sheng;ZHAO Qiang;Department of Physics;Xinjiang University;State Key Laboratory of Theoretical Physics;Institute of Theoretical Physics;Chinese Academy of Sciences;Institute of High Energy Physics;Chinese Academy of Sciences;Theoretical Physics Center for Science Facilities;Chinese Academy of Sciences;
..............page:10-18
New method of applying conformal group to quantum fields
HAN Lei;WANG Hai-Jun;Center for Theoretical Physics and School of Physics;Jilin University;
HAN Lei;WANG Hai-Jun;Center for Theoretical Physics and School of Physics;Jilin University;
..............page:19-26
Possible supersymmetric kinematics
HUANG Chao-Guang;LI Lin;Institute of High Energy Physics;Chinese Academy of Sciences;
HUANG Chao-Guang;LI Lin;Institute of High Energy Physics;Chinese Academy of Sciences;
..............page:27-36
Pion emission in α-particle interactions with various targets of nuclear emulsion detector
A.Abdelsalam;Z.Abou-Moussa;N.Rashed;B.M.Badawy;H.A.Amer;W.Osman;M.M.El-Ashmawy;N.Abdallah;Physics Department;Faculty of Science;Cairo University;Mohamed El-Nadi High Energy Lab;Faculty of Science;Cairo University;Physics Department;Faculty of Science;Fayoum University;Reactor Physics Department;Nuclear Research Center;Atomic Energy Authority;Nuclear and Radiological Regulatory Authority;NRRA;
A.Abdelsalam;Z.Abou-Moussa;N.Rashed;B.M.Badawy;H.A.Amer;W.Osman;M.M.El-Ashmawy;N.Abdallah;Physics Department;Faculty of Science;Cairo University;Mohamed El-Nadi High Energy Lab;Faculty of Science;Cairo University;Physics Department;Faculty of Science;Fayoum University;Reactor Physics Department;Nuclear Research Center;Atomic Energy Authority;Nuclear and Radiological Regulatory Authority;NRRA;
..............page:37-44
Shape coexistence and evolution in neutron-def icient krypton isotopes
BAI Zhi-Jun;FU Xi-Ming;JIAO Chang-Feng;XU Fu-Rong;State Key Laboratory of Nuclear Physics and Technology;School of Physics;Peking University;National Institute for Radiological Protection;Chinese Center for Disease Control and Prevention;Department of Physics and Astronomy;University of North Carolina;Chapel Hill;North Carolina;
BAI Zhi-Jun;FU Xi-Ming;JIAO Chang-Feng;XU Fu-Rong;State Key Laboratory of Nuclear Physics and Technology;School of Physics;Peking University;National Institute for Radiological Protection;Chinese Center for Disease Control and Prevention;Department of Physics and Astronomy;University of North Carolina;Chapel Hill;North Carolina;
..............page:45-49
Total Routhian surface calculations of triaxial or γ-soft properties in even-A N = 76 isotones with 54≤Z≤68
YANG Qiong;WANG Hua-Lei;CHAI Qing-Zhen;LIU Min-Liang;School of Physics and Engineering;Zhengzhou University;Institute of Modern Physics;Chinese Academy of Sciences;
YANG Qiong;WANG Hua-Lei;CHAI Qing-Zhen;LIU Min-Liang;School of Physics and Engineering;Zhengzhou University;Institute of Modern Physics;Chinese Academy of Sciences;
..............page:50-56
Mass excess of 69Br and the rp process
M.S.Antony;J.-B.Bueb;Résidence Einstein;11 rue de Klingenthal;
M.S.Antony;J.-B.Bueb;Résidence Einstein;11 rue de Klingenthal;
..............page:57-59
Mean-field approximation for the chiral soliton in a chiral phase transition
ZHANG Hui;SHU Song;Department of Physics and Electronic Science;Hubei University;
ZHANG Hui;SHU Song;Department of Physics and Electronic Science;Hubei University;
..............page:60-66
Inflation in de Sitter spacetime and CMB large scale anomaly
ZHAO Dong;LI Ming-Hua;WANG Ping;CHANG Zhe;Institute of High Energy Physics;Chinese Academy of Sciences;School of Physics and Engineering;Sun Yat-Sen University;
ZHAO Dong;LI Ming-Hua;WANG Ping;CHANG Zhe;Institute of High Energy Physics;Chinese Academy of Sciences;School of Physics and Engineering;Sun Yat-Sen University;
..............page:67-70
Mechanical research and development of a monocrystalline silicon neutron beam window for CSNS
ZHOU Liang;QU Hua-Min;Dongguan Campus;Institute of High Energy Physics;Chinese Academy of Sciences;Dongguan Institute of Neutron Science;University of Chinese Academy of Sciences;
ZHOU Liang;QU Hua-Min;Dongguan Campus;Institute of High Energy Physics;Chinese Academy of Sciences;Dongguan Institute of Neutron Science;University of Chinese Academy of Sciences;
..............page:71-75
p/π+ response of single layer THGEM detector in Ar+3% iC4H10
HONG Dao-Jin;YU Bo-Xiang;LIU Hong-Bang;HE Xiao-Rong;AN Guang-Peng;CHEN Hai-Tao;CHEN Shi;HU Tao;LI Jia-Cai;LIU Qian;NIU Shun-Li;RUAN Xiang-Dong;XIE Yi-Gang;ZHANG Xuan;ZHENG Yang-Heng;Department of Physics;Guangxi University;University of Chinese Academy of Sciences;State Key Laboratory of Particle Detection and Electronics;Institute of High Energy Physics;Chinese Academy of Sciences;
HONG Dao-Jin;YU Bo-Xiang;LIU Hong-Bang;HE Xiao-Rong;AN Guang-Peng;CHEN Hai-Tao;CHEN Shi;HU Tao;LI Jia-Cai;LIU Qian;NIU Shun-Li;RUAN Xiang-Dong;XIE Yi-Gang;ZHANG Xuan;ZHENG Yang-Heng;Department of Physics;Guangxi University;University of Chinese Academy of Sciences;State Key Laboratory of Particle Detection and Electronics;Institute of High Energy Physics;Chinese Academy of Sciences;
..............page:76-80
Preliminary study of light yield dependence on LAB liquid scintillator composition
YE Xing-Chen;YU Bo-Xiang;ZHOU Xiang;ZHAO Li;DING Ya-Yun;LIU Meng-Chao;DING Xue-Feng;ZHANG Xuan;JIE Quan-Lin;ZHOU Li;FANG Jian;CHEN Hai-Tao;HU Wei;NIU Shun-Li;YAN Jia-Qing;ZHAO Hang;HONG Dao-Jin;Hubei Nuclear Solid Physics Key Laboratory;Key Laboratory of Artificial Micro-and Nano-structures of Ministry of Education;and School of Physics and Technology;Wuhan University;State Key Laboratory of Particle Detection and Electronics;Institute of High Energy Physics;Chinese Academy of Sciences;Nuclear and Radiation Safety Center;
YE Xing-Chen;YU Bo-Xiang;ZHOU Xiang;ZHAO Li;DING Ya-Yun;LIU Meng-Chao;DING Xue-Feng;ZHANG Xuan;JIE Quan-Lin;ZHOU Li;FANG Jian;CHEN Hai-Tao;HU Wei;NIU Shun-Li;YAN Jia-Qing;ZHAO Hang;HONG Dao-Jin;Hubei Nuclear Solid Physics Key Laboratory;Key Laboratory of Artificial Micro-and Nano-structures of Ministry of Education;and School of Physics and Technology;Wuhan University;State Key Laboratory of Particle Detection and Electronics;Institute of High Energy Physics;Chinese Academy of Sciences;Nuclear and Radiation Safety Center;
..............page:81-84
Monochromatic X-ray-induced thermal effect on four-reflection“nested” me V-monochromators: dynamical diffraction theory and finite-element analysis
HU Ling-Fei;GAO Li-Dan;LI Zhen-Jie;WANG Shan-Feng;SHENG Wei-Fan;LIU Peng;XU Wei;BSRF;Institute of High Energy Physics;Chinese Academy of Sciences;
HU Ling-Fei;GAO Li-Dan;LI Zhen-Jie;WANG Shan-Feng;SHENG Wei-Fan;LIU Peng;XU Wei;BSRF;Institute of High Energy Physics;Chinese Academy of Sciences;
..............page:85-91
Total dose radiation and annealing responses of the back transistor of Silicon-On-Insulator pMOSFETs
ZHAO Xing;ZHENG Zhong-Shan;LI Bin-Hong;GAO Jian-Tou;YU Fang;Institute of Microelectronics;Chinese Academy of Sciences;
ZHAO Xing;ZHENG Zhong-Shan;LI Bin-Hong;GAO Jian-Tou;YU Fang;Institute of Microelectronics;Chinese Academy of Sciences;
..............page:92-98
Design of a 10 MeV normal conducting CW proton linac based on equidistant multi-gap CH cavities
LI Zhi-Hui;The Key Labratory of Radiation Physics and Technology of Ministy of Eduction;Institute of Nuclear Science and Technology;Sichuan University;
LI Zhi-Hui;The Key Labratory of Radiation Physics and Technology of Ministy of Eduction;Institute of Nuclear Science and Technology;Sichuan University;
..............page:99-104
Mismatch study of C-ADS main linac
MENG Cai;TANG Jing-Yu;PEI Shi-Lun;YAN Fang;Key Laboratory of Particle Acceleration Physics & Technology;Institute of High Energy Physics;Chinese Academy of Sciences;
MENG Cai;TANG Jing-Yu;PEI Shi-Lun;YAN Fang;Key Laboratory of Particle Acceleration Physics & Technology;Institute of High Energy Physics;Chinese Academy of Sciences;
..............page:105-109
Injection performance evaluation for SSRF storage ring
YANG Yong;LENG Yong-Bin;YAN Ying-Bing;CHEN Zhi-Chu;Shanghai Institute of Applied Physics;Chinese Academy of Sciences;University of Chinese Academy of Sciences;
YANG Yong;LENG Yong-Bin;YAN Ying-Bing;CHEN Zhi-Chu;Shanghai Institute of Applied Physics;Chinese Academy of Sciences;University of Chinese Academy of Sciences;
..............page:110-114