期刊的影响因子--文章列表

期刊文章列表
麦迪娜，M.N.Achasov，P.Adlarson，M.Albrecht，R.Aliberti，A.Amoroso，安美儒，安琪，白羽，O.Bakina，R.Baldini Ferroli，I.Balossino，班勇，V.Batozskaya，D.Becker，K.Begzsuren，N.Berger，M.Bertani，D.Bettoni，F.Bianchi，E.Bianco，J.Bloms，A.Bortone，I.Boyko，R.A.Briere，A.Brueggemann，蔡浩，蔡啸，A.Calcaterra，曹国富，曹宁，S.A.Cetin，常劲帆，常万玲，车国荣，G.Chelkov，陈琛，陈超，陈刚，陈和生，陈玛丽，陈申见，陈少敏，T.Chen，陈旭荣，X.T.Chen，陈元柏，陈卓俊，成伟帅，S.K.Choi，初晓，G.Cibinetto，F.Cossio，崔佳佳，代洪亮，代建平，A.Dbeyssi，R.E.de Boer，D.Dedovich，邓子艳，A.Denig，I.Denysenko，M.Destefanis，F.De Mori，丁勇，丁逸，董静，董燎原，董明义，董翔，杜书先，段宗欢，P.Egorov，范玉兰，方建，房双世，方文兴，方易，R.Farinelli，L.Fava，F.Feldbauer，G.Felici，封常青，冯俊华，K Fischer，M.Fritsch，C.Fritzsch，傅成栋，高涵，高原宁，高扬，S.Garbolino，I.Garzia，葛潘婷，葛振武，耿聪，E.M.Gersabeck，A Gilman，K.Goetzen，龚丽，龚文煊，W.Gradl，M.Greco，谷立民，顾旻皓，顾运厅，关春懿，郭爱强，郭立波，郭如盼，郭玉萍，A.Guskov，韩文颖，郝喜庆，F.A.Harris，何凯凯，何康林，F.H.Heinsius，C.H.Heinz，衡月昆，C.Herold，侯国一，侯颖锐，侯治龙，胡海明，J.F.Hu，胡涛，胡誉，黄光顺，黄凯旋，黄麟钦，黄性涛，黄燕萍，黄震，T.Hussain，N Hüsken，W.Imoehl，M.Irshad，J.Jackson，S.Jaeger，S.Janchiv，E.Jang，J.H.Jeong，纪全，姬清平，季晓斌，季筱璐，吉钰瑶，贾泽坤，蒋沛成，姜赛赛，江晓山，Y.Jiang，焦健斌，焦铮，金山，金毅，荆茂强，T.Johansson，S.Kabana，N.Kalantar-Nayestanaki，康晓琳，康晓珅，R.Kappert，M.Kavatsyuk，柯百谦，I.K.Keshk，A.Khoukaz，R.Kiuchi，R.Kliemt，L.Koch，O.B.Kolcu，B.Kopf，M.Kuemmel，M.Kuessner，A.Kupsc，W.Kühn，J.J.Lane，J.S.Lange，P.Larin，A.Lavania，L.Lavezzi，雷天天，雷祚弘，H.Leithoff，M.Lellmann，T.Lenz，李聪，李翠，李春花，李澄，李德民，李飞，李刚，李慧，李贺，李海波，李惠静，H.N.Li，J.Q.Li，李静舒，李井文，李科，L.J Li，李龙科，李蕾，李明浩，李培荣，李素娴，栗帅迎，李腾，李卫东，李卫国，李旭红，李晓玲，李晓宇，李彦谷，李振轩，李紫源，梁畅，梁浩，梁浩，梁昊，梁勇飞，梁羽铁，廖广睿，廖龙洲，J.Libby，A.Limphirat，林创新，林德旭，T.Lin，刘北江，刘成，刘春秀，D.Liu，刘福虎，刘芳，刘峰，G.M.Liu，H.Liu，刘宏邦，刘怀民，刘欢欢，刘汇慧，刘建北，刘佳俊，刘晶译，刘凯，刘魁勇，刘珂，刘亮，刘露，刘美宏，刘佩莲，刘倩，刘树彬，刘桐，刘维克，刘卫民，刘翔，刘英，刘玉斌，刘振安，刘智青，娄辛丑，卢飞翔，吕海江，吕军光，陆小玲，卢宇，卢云鹏，卢泽辉，罗成林，罗民兴，罗涛，罗小兰，吕晓睿，吕翌丰，马凤才，马海龙，马连良，马明明，马秋梅，马润秋，马瑞廷，马骁妍，马尧，F.E.Maas，M.Maggiora，S.Maldaner，S.Malde，Q.A.Malik，A.Mangoni，冒亚军，毛泽普，S.Marcello，孟召霞，J.G.Messchendorp，G.Mezzadri，H.Miao，闵天觉，R.E.Mitchell，莫晓虎，N.Yu.Muchnoi，Y.Nefedov，F.Nerling，I.B.Nikolaev，宁哲，S.Nisar，牛艳，S.L.Olsen，欧阳群，S.Pacetti，潘祥，潘越，A.Pathak，裴宇鹏，M.Pelizaeus，彭海平，K.Peters，平加伦，平荣刚，S.Plura，S.Pogodin，V.Prasad，齐法制，齐航，漆红荣，祁鸣，齐天钰，钱森，钱文斌，钱圳，乔从丰，秦佳佳，秦丽清，覃潇平，秦小帅，秦中华，邱进发，屈三强，K.H.Rashid，C.F.Redmer，任旷洁，A.Rivetti，V.Rodin，M.Rolo，荣刚，Ch.Rosner，阮氏宁，A.Sarantsev，Y.Schelhaas，C.Schnier，K.Schoenning，M.Scodeggio，尚科羽，单葳，单心钰，上官剑锋，邵立港，邵明，沈成平，沈宏飞，沈文涵，沈肖雁，施伯安，石煌超，石京燕，石勤强，师荣盛，史欣，宋娇娇，宋维民，宋昀轩，S.Sosio，S.Spataro，F.Stieler，苏彭彭，粟杨捷，孙功星，H.Sun，孙浩凯，孙俊峰，孙亮，孙胜森，孙童，孙文玉，孙勇杰，孙永昭，孙振田，谭英华，谭雅星，唐昌建，唐光毅，唐健，陶璐燕，陶秋田，M.Tat，滕佳秀，V.Thoren，田文辉，田野，I.Uman，王斌，王博，王滨龙，王成伟，王大勇，王菲，王泓鉴，王宏鹏，王科，王亮亮，王萌，王梦真，王蒙，王顺，S.Wang，王婷，王腾蛟，王为，王文欢，王维平，王轩，王雄飞，王小龙，王亦，王雅迪，王贻芳，王英豪，王雨晴，王亚乾，王铮，王至勇，王子一，魏代会，F.Weidner，文硕频，D.J.White，U.Wiedner，G.Wilkinson，M.Wolke，L.Wollenberg，吴金飞，伍灵慧，吴连近，吴潇，伍雄浩，Y.Wu，吴英杰，吴智，夏磊，相腾，肖栋，肖光延，肖浩，肖素玉，肖云龙，肖振军，谢陈，谢昕海，谢勇，谢宇广，谢跃红，谢智鹏，邢天宇，C.F.Xu，许创杰，许国发，许皓月，徐庆君，徐新平，胥英超，许泽鹏，严芳，严亮，鄢文标，闫文成，杨海军，杨昊霖，杨洪勋，杨涛，杨艳芳，杨逸翔，杨翊凡，叶梅，叶铭汉，殷俊昊，尤郑昀，俞伯祥，喻纯旭，余刚，于涛，余旭东，苑长征，袁丽，S.C.Yuan，袁晓庆，袁野，袁朝阳，岳崇兴，A.A.Zafar，曾凡蕊，曾鑫，曾云，翟星晔，詹永华，张安庆，B.L.Zhang，张丙新，张丹昊，张广义，H.Zhang，张宏宏，张宏浩，张华桥，章红宇，张杰磊，张敬庆，张家文，J.X.Zhang，张建勇，张景芝，张剑宇，张嘉伟，张黎明，张丽青，张雷，P.Zhang，张秋岩，张水涵，张书磊，张小东，X.M.Zhang，张学尧，张旭颜，Y.Zhang，张亚腾，张银鸿，张言，张瑶，Z.H.Zhang，张兆领，张子羽，张振宇，赵光，赵静，赵静宜，赵京周，赵雷，赵玲，赵明刚，赵书俊，赵豫斌，赵宇翔，赵政国，A.Zhemchugov，郑波，郑建平，郑阳恒，钟彬，钟翠，钟鑫，周航，周利鹏，周详，周晓康，周小蓉，周兴玉，周袆卓，朱江，朱凯，朱科军，朱琳萱，朱世海，朱仕强，朱腾蛟，朱文静，朱莹春，朱自安，邹佳恒，祖健（Institute of High Energy Physics；G.I. Budker Institute of Nuclear Physics SB RAS(BINP)；Novosibirsk State University；Uppsala University；Bochum Ruhr-University；Johannes Gutenberg University of Mainz；University of Turin and INFN，University of Turin；University of Turin and INFN；Liaoning Normal University；University of Science and Technology of China；State Key Laboratory of Particle Detection and Electronics；Southeast University；Joint Institute for Nuclear Research；INFN Laboratori Nazionali di Frascati，INFN Laboratori Nazionali di Frascati；INFN Sezione di Ferrara，INFN Sezione di Ferrara；Peking University；State Key Laboratory of Nuclear Physics and Technology，Peking University；National Centre for Nuclear Research；Institute of Physics and Technology；University of Muenster；Carnegie Mellon University；Wuhan University；University of Chinese Academy of Sciences；Turkish Accelerator Center Particle Factory Group，Istinye University；Nankai University；Moscow Institute of Physics and Technology；Soochow University；Nanjing University；Tsinghua University；Institute of Modern Physics；Hunan University；School of Physics and Electronics，Hunan University；Shandong University；Yunnan University；Helmholtz Institute Mainz；Liaoning University；Jilin University；Zhengzhou University；University of Turin and INFN，University of Eastern Piedmont；Sun Yat-Sen University；University of Oxford；INFN Sezione di Ferrara，University of Ferrara；University of Manchester；GSI Helmholtzcentre for Heavy Ion Research GmbH；Guangxi University；Nanjing Normal University；Shandong Normal University；Fudan University；Key Laboratory of Nuclear Physics and Ion-beam Application (MOE) and Institute of Modern Physics，Fudan University；Henan Normal University；University of Hawaii；Suranaree University of Technology；South China Normal University；Guangdong Provincial Key Laboratory of Nuclear Science，Institute of Quantum Matter，South China Normal University；University of the Punjab；Indiana University；Huangshan College；University of Jinan；Instituto de Alta Investigación，Universidad de Tarapacá；University of Groningen；China University of Geosciences；Justus-Liebig-Universitaet Giessen，Ⅱ. Physikalisches Institut；Indian Institute of Technology Madras；Lanzhou Center for Theoretical Physics，Lanzhou University；Qufu Normal University；Shanxi Normal University；Beijing Institute of Petrochemical Technology；Lanzhou University；Frontiers Science Center for Rare Isotopes，Lanzhou University；Sichuan University；Guangxi Normal University；Shanxi University；Central China Normal University；Henan University of Science and Technology；University of South China；Henan University of Technology；Central South University；Zhejiang University；INFN Laboratori Nazionali di Frascati，INFN Sezione di Perugia；Goethe University Frankfurt；COMSATS University Islamabad，Lahore Campus；Department of Mathematical Sciences，IBA；INFN Laboratori Nazionali di Frascati，University of Perugia；NRC "Kurchatov Institute"，PNPI；Hunan Normal University；Turkish Accelerator Center Particle Factory Group，Near East University；North China Electric Power University；Hebei University；Hangzhou Normal University；Yantai University；Shanghai Jiao Tong University；Key Laboratory for Particle Physics，Astrophysics and Cosmology，Ministry of Education；Shanghai Key Laboratory for Particle Physics and Cosmology；Institute of Nuclear and Particle Physics；China Center of Advanced Science and Technology；Beihang University；Xinyang Normal University；University of Science and Technology Liaoning）.Search for hidden-charm tetraquark with strangeness in e⁺e^-→K⁺D_s^-D^0+c.c.[J].Chinese Physics C,2023,第3期 H.R.Fazlollahi（Institute of Gravitation and Cosmology，Peoples Friendship University of Russia(RUDN University)）.Holographic dark energy from acceleration of particle horizon[J].Chinese Physics C,2023,第3期 H.Nazar¹，M.Azam²，G.Abbas¹，Riaz Ahmed³，R.Naeem²（Department of Mathematics The Islamia University of Bahawalpur；Department of Mathematics，Division of Science and Technology，University of Education；Department of Mathematics，Maharishi International University）.Relativistic polytropic models of charged anisotropic compact objects[J].中国物理C(英文版),2023,第3期 Kimet Jusufi（Physics Department，State University of Tetovo）.Charged AdS black holes with finite electrodynamics in 4D Einstein-Gauss-Bonnet gravity[J].Chinese Physics C,2023,第3期 Prasenjit Paul¹，Rikpratik Sengupta²，Saibal Ray³（Department of Physics，Government College of Engineering and Ceramic Technology；Department of Physics，Aliah University；Centre of Cosmology，Astrophysics and Space Science(CCASS)，GLA University）.Studies on modified power law inflation[J].中国物理C(英文版),2023,第3期陈晓云¹，王福来^2,3,4，谭悦⁵，杨友昌^6,7（College of Science，Jinling Institute of Technology；School of Physical Science and Technology，Lanzhou University；Research Center for Hadron and CSR Physics，Lanzhou University；Institute of Modern Physics of CAS；Department of Physics，Yancheng Institute of Technology；Guizhou University of Engineering Science；Zunyi Normal University）.Double-heavy tetraquarks with strangeness in the chiral quark model[J].Chinese Physics C,2023,第2期兰晨^1,2，王一帆^3,4（Department of Physics，Yantai University；School of Physics，Nankai University；Niologic GmbH；Institute for Theoretical Physics，University of Cologne）.Singularities of regular black holes and the monodromy method for asymptotic quasinormal modes[J].Chinese Physics C,2023,第2期程诗慧^1,2，温静^1,2，曹李刚^1,2，张丰收^1,2,3（The Key Laboratory of Beam Technology and Energy Material，College of Nuclear Science and Technology，Beijing Normal University；Institute of Radiation Technology，Beijing Academy of Science and Technology；Center of Theoretical Nuclear Physics，National Laboratory of Heavy Ion Accelerator of Lanzhou）.Neutron skin thickness of ⁹⁰Zr and symmetry energy constrained by charge exchange spin-dipole excitations[J].Chinese Physics C,2023,第2期刘炼¹，殷中宝²，郑亮^1,2（School of Mathematics and Physics，China University of Geosciences (Wuhan)；Key Laboratory of Quark and Lepton Physics (MOE) and Institute of Particle Physics，Central China Normal University）.Universal scaling of kinetic freeze-out parameters across different collision systems at LHC energies[J].Chinese Physics C,2023,第2期丁驰¹，庞龙刚¹，张松^2,3，马余刚^2,3（Key Laboratory of Quark & Lepton Physics (MOE) and Institute of Particle Physics，Central China Normal University；Key Laboratory of Nuclear Physics and Ion-beam Application (MOE)，Institute of Modern Physics，Fudan University；Shanghai Research Center for Theoretical Nuclear Physics NSFC and Fudan University）.Signals of α clusters in ¹⁶O+¹⁶O collisions at the LHC from relativistic hydrodynamic simulations[J].Chinese Physics C,2023,第2期张梦雪^1,2，何杨^1,2，曹杉杉^1,2，易立^1,2（Institute of Frontier and Interdisciplinary Science，Shandong University；Key Laboratory of Particle Physics and Particle Irradiation of Ministry of Education，Shandong University）.Effects of the formation time of parton shower on jet quenching in heavy-ion collisions[J].Chinese Physics C,2023,第2期 Farruh Atamurotov^1,2,3,4,5，Ibrar Hussain⁶，Ghulam Mustafa⁷，Ali ?vgün⁸（Inha University in Tashkent；Akfa University；National University of Uzbekistan；Tashkent State Technical University；University of Public Safety of the Republic of Uzbekistan；School of Electrical Engineering and Computer Science，National University of Sciences and Technology；Department of Physics，Zhejiang Normal University；Physics Department，Eastern Mediterranean University）.Weak deflection angle and shadow cast by the charged-Kiselev black hole with cloud of strings in plasma[J].Chinese Physics C,2023,第2期杨宪林¹，兰长林¹，聂阳波²，江历阳²，邱奕嘉¹，葛裕杰¹，陈红涛²，张凯²，魏玉婷¹，王家豪¹，姜功¹，阮锡超²，杨毅²（School of Nuclear Science and Technology，Lanzhou University；Key Laboratory of Nuclear Data，China Institute of Atomic Energy）.Cumulative fission yield measurements with 14.7 MeV neutrons on ²³⁸U[J].Chinese Physics C,2023,第2期温淳，韩正，罗小兵（Key Laboratory of Radiation Physics and Technology of the Ministry of Education，Institute of Nuclear Science and Technology，Sichuan University）.Cross-sections of the ²³⁸U（n,γ） ²³⁹U reaction in the 3.0-7.0 MeV energy region measured by relative activation method[J].Chinese Physics C,2023,第2期汤九阳¹，刘云旗^1,2,3，钱卫良^2,4,1，岳瑞宏^1,3（Center for Gravitation and Cosmology，College of Physical Science and Technology，Yangzhou University；Escola de Engenharia de Lorena，Universidade de S?o Paulo；School of Aeronautics and Astronautics，Shanghai Jiao Tong University；Faculdade de Engenharia de Guaratinguetá，Universidade Estadual Paulista）.Effect of nonlinear electrodynamics on shadows of slowly rotating black holes[J].Chinese Physics C,2023,第2期 Goutam Manna¹，Arijit Panda^1,2，Aninda Karmakar¹，Saibal Ray³，Md.Rabiul Islam²（Department of Physics，Prabhat Kumar College；Department of Physics，Raiganj University；Centre for Cosmology，Astrophysics and Space Science (CCASS)，GLA University）.f（?,L（X））-gravity in the context of dark energy with power law expansion and energy conditions[J].Chinese Physics C,2023,第2期孙潮¹，倪如辉¹，陈慕阳^1,2（Department of Physics，Key Laboratory of Low-Dimensional Quantum Structures and Quantum Control of Ministry of Education，Hunan Normal University；Synergetic Innovation Center for Quantum Effects and Applications (SICQEA)，Hunan Normal University）.Decay constants of B_c（nS） and B_c^*（nS）[J].Chinese Physics C,2023,第2期李光玉，陈保义，刘云朋（Department of Applied Physics，Tianjin University）.Relativistic correction to the dissociation temperature of B_c mesons in a hot medium[J].Chinese Physics C,2023,第2期李运¹，邹芝田²，沈月龙³，李营²（Shaanxi Collaborative Innovation Center of Industrial Auxiliary Chemistry & Technology，Shaanxi University of Science & Technology；Department of Physics，Yantai University；College of Physics and Photoelectric Engineering，Ocean University of China）.Effects from hadronic structure of photon on B→φγ and B_s→（ρ~0,ω）γ decays[J].Chinese Physics C,2023,第2期马腾¹，舒菁^1,2,3,4，肖明磊¹（CAS Key Laboratory of Theoretical Physics，Institute of Theoretical Physics，Chinese Academy of Sciences；School of Physical Sciences，University of Chinese Academy of Sciences；CAS Center for Excellence in Particle Physics；Center for High Energy Physics，Peking University）.Standard model effective field theory from on-shell amplitudes[J].Chinese Physics C,2023,第2期江泽方^1,2，曹杉杉³，邢文静^3,2，李晓雯³，张本威^2,4（Department of Physics and Electronic-Information Engineering，Hubei Engineering University；Institute of Particle Physics and Key Laboratory of Quark and Lepton Physics(MOE)，Central China Normal University；Institute of Frontier and Interdisciplinary Science，Shandong University；Guangdong Provincial Key Laboratory of Nuclear Science，Institute of Quantum Matter，South China Normal University）.Interactions between heavy quarks and tilted QGP fireballs in 200 A GeV Au+Au collisions[J].Chinese Physics C,2023,第2期刘志伟¹，李凯文^1,2,3，耿立升^1,4,5（School of Physics，Beihang University；Medical Management Department，CAS Ion Medical Technology Co.，Ltd.；Beijing Advanced Innovation Center for Big Data-Based Precision Medicine，School of Medicine and Engineering，Beihang University，Key Laboratory of Big Data-Based Precision Medicine (Beihang University)，Ministry of Industry and Information Technology；Beijing Key Laboratory of Advanced Nuclear Materials and Physics，Beihang University；School of Physics and Microelectronics，Zhengzhou University）.Strangeness S=-2 baryon-baryon interactions and femtoscopic correlation functions in covariant chiral effective field theory[J].Chinese Physics C,2023,第2期孙娇娇¹，刘云旗^1,2,3，钱卫良^2,4,1，陈松柏⁵，岳瑞宏^1,3（Center for Gravitation and Cosmology，College of Physical Science and Technology，Yangzhou University；Escola de Engenharia de Lorena，Universidade de S?o Paulo；School of Aeronautics and Astronautics，Shanghai Jiao Tong University；Faculdade de Engenharia de Guaratinguetá，Universidade Estadual Paulista；Institute of Physics and Department of Physics，Hunan Normal University）.Black hole shadow in f（R） gravity with nonlinear electrodynamics[J].Chinese Physics C,2023,第2期 Ablikim M，Achasov MN，Adlarson P，Albrecht M，Aliberti R，Amoroso A，An M R，An Q，Bai Y，Bakina O，Baldini Ferroli R，Balossino I，Ban Y，Batozskaya V，Becker D，Begzsuren K，Berger N，Bertani M，Bettoni D，Bianchi F，Bianco E，Bloms J，Bortone A，Boyko I，Briere R A，Brueggemann A，Cai H，Cai X，Calcaterra A，Cao G F，Cao N，Cetin S A，Chang J F，Chang W L，Che G R，Chelkov G，Chen C，Chen Chao，Chen G，Chen H S，Chen M L，Chen S J，Chen S M，Chen T，Chen X R，Chen X T，Chen Y B，Chen Z J，Cheng W S，Choi S K，Chu X，Cibinetto G，Cossio F，Cui J J，Dai H L，Dai J P，Dbeyssi A，De Boer R E，Dedovich D，Deng Z Y，Denig A，Denysenko I，Destefanis M，De Mori F，Ding Y，Ding Y，Dong J，Dong L Y，Dong M Y，Dong X，Du S X，Duan Z H，Egorov P，Fan Y L，Fang J，Fang S S，Fang W X，Fang Y，Farinelli R，Fava L，Feldbauer F，Felici G，Feng C Q，Feng J H，Fischer K，Fritsch M，Fritzsch C，Fu C D，Gao H，Gao Y N，Gao Yang，Garbolino S，Garzia I，Ge P T，Ge Z W，Geng C，Gersabeck E M，Gilman A，Goetzen K，Gong L，Gong W X，Gradl W，Greco M，Gu L M，Gu M H，Gu Y T，Guan C Y，Guo A Q，Guo L B，Guo R P，Guo Y P，Guskov A，Han W Y，Hao X Q，Harris F A，He K K，He K L，Heinsius F H，Heinz C H，Heng Y K，Herold C，Hou G Y，Hou Y R，Hou Z L，Hu H M，Hu J F，Hu T（Budker Institute of Nuclear Physics SB RAS(BINP)， Russia， Novosibirsk， 630090;the Novosibirsk State University， Russia， Novosibirsk， 630090;Uppsala University， Sweden， Uppsala;Bochum Ruhr-University， Germany， Bochum， D-44780;Johannes Gutenberg University of Mainz， Germany， Mainz， D-55099;University of Turin， Italy， Turin， I-10125;⁸INFN， Italy， Turin， I-10125;⁹Liaoning Normal University， Dalian， 116029;¹⁰State Key Laboratory of Particle Detection and Electronics， State Key Laboratory of Particle Detection and Electronics， Hefei， 230026;¹¹University of Science and Technology of China， Hefei， 230026;¹²Southeast University， Nanjing， 211100;¹³Joint Institute for Nuclear Research， Russia， Dubna， 141980;¹⁴INFN Laboratori Nazionali di Frascati， Italy， Frascati， I-00044;¹⁵INFN Sezione di Ferrara， Italy， Ferrara， I-44122;¹⁶Peking University， Beijing， 100871;¹⁷Peking University， State Key Laboratory of Nuclear Physics and Technology， Beijing， 100871;¹⁸National Centre for Nuclear Research， Poland， Warsaw， 02-093;¹⁹Institute of Physics and Technology， Mongolia， Ulaanbaatar， 13330;²⁰University of Muenster， Germany， Muenster， 48149;²¹Carnegie Mellon University， USA， Pittsburgh， 15213;²²Wuhan University， Wuhan， 430072;²³University of Chinese Academy of Sciences， Beijing， 100049;²⁴Istinye University， Turkey， Istanbul， 34010;²⁵Nankai University， Tianjin， 300071;²⁶the Moscow Institute of Physics and Technology， Russia， Moscow， 141700;²⁷Soochow University， Suzhou， 215006;²⁸Nanjing University， Nanjing， 210093;²⁹Tsinghua University， Beijing， 100084;³⁰Institute of Modern Physics， Lanzhou， 730000;³¹Hunan University， Changsha， 410082;³²School of Physics and Electronics， Hunan University， Changsha， 410082;³³Shandong University， Ji'nan， 250100;³⁴Yunnan University， Kunming， 650500;³⁵Helmholtz Institute Mainz， Germany， Mainz， D-55099;³⁶Liaoning University， Shenyang， 110036;³⁷Jilin University， Changchun， 130012;³⁸Zhengzhou University， Zhengzhou， 450001;³⁹University of Eastern Piedmont， Italy， Alessandria， I-15121;⁴⁰Sun Yat-Sen University， Guangzhou， 510275;⁴¹University of Oxford， United Kingdom， Oxford， 13RH;⁴²University of Ferrara， Italy， Ferrara， I-44122;⁴³University of Manchester， Oxford Road， United Kingdom， Manchester， M13 9PL;⁴⁴GSI Helmholtzcentre for Heavy Ion Research GmbH， Germany， Darmstadt， D-64291;⁴⁵Guangxi University， Nanning， 530004;⁴⁶Nanjing Normal University， Nanjing， 210023;⁴⁷Shandong Normal University， Ji'nan， 250014;⁴⁸Fudan University， Shanghai， 200433;⁴⁹Henan Normal University， Xinxiang， 453007;⁵⁰University of Hawaii， USA， Hawaii， 96822;⁵¹Suranaree University of Technology， Thailand， Nakhon Ratchasima， 30000;⁵²South China Normal University， Guangzhou， 510006;⁵³Institute of Quantum Matter， South China Normal University， Guangdong Provincial Key Laboratory of Nuclear Science， Guangzhou， 510006）.Observations of the Cabibbo-Suppressed decays Λ_c~+ →nπ~+π~0,nπ~+π~-π~+ and the Cabibbo-Favored decay Λ_c~+ →nK-π~+π~+[J].Chinese Physics(C),2023,第2期麦迪娜，M.N.Achasov，P.Adlarson，M.Albrecht，R.Aliberti，A.Amoroso，安美儒，安琪，白羽，O.Bakina，R.Baldini Ferroli，I.Balossino，班勇，V.Batozskaya，D.Becker，K.Begzsuren，N.Berger，M.Bertani，D.Bettoni，F.Bianchi，E.Bianco，J.Bloms，A.Bortone，I.Boyko，R.A.Briere，A.Brueggemann，蔡浩，蔡啸，A.Calcaterra，曹国富，曹宁，S.A.Cetin，常劲帆，常万玲，车国荣，G.Chelkov，陈琛，陈超，陈刚，陈和生，陈玛丽，陈申见，陈少敏，T.Chen，陈旭荣，X.T.Chen，陈元柏，陈卓俊，成伟帅，S.K.Choi，初晓，G.Cibinettov，F.Cossio，崔佳佳，代洪亮，代建平，A.Dbeyssi，R.E.de Boer，D.Dedovich，邓子艳，A.Denig，I.Denysenko，M.Destefanis，F.De Mori，丁勇，丁逸，董静，董燎原，董明义，董翔，杜书先，段宗欢，P.Egorov，范玉兰，方建，房双世，方文兴，方易，R.Farinelli，L.Fava69B，F.Feldbauer，G.Felici，封常青，冯俊华，K Fischer，M.Fritsch，C.Fritzsch，傅成栋，高涵，高原宁，高扬，S.Garbolino，I.Garzia，葛潘婷，葛振武，耿聪，E.M.Gersabeck，A Gilman，K.Goetzen，龚丽，龚文煊，W.Gradl，M.Greco，谷立民，顾旻皓，顾运厅，关春懿，郭爱强，郭立波，郭如盼，郭玉萍，A.Guskov，韩文颖，郝喜庆，F.A.Harris，何凯凯，何康林，F.H.Heinsius，C.H.Heinz，衡月昆，C.Herold，侯国一，侯颖锐，侯治龙，胡海明，J.F.Hu，胡涛，胡誉，黄光顺，黄凯旋，黄麟钦，黄性涛，黄燕萍，黄震，T.Hussain，N Hüsken，W.Imoehl，M.Irshad，J.Jackson，S.Jaeger，S.Janchiv，E.Jang，J.H.Jeong，纪全，姬清平，季晓斌，季筱璐，吉钰瑶，贾泽坤，姜赛赛，江晓山，Y.Jiang，焦健斌，焦铮，金山，金毅，荆茂强，T.Johansson，N.Kalantar-Nayestanaki，康晓珅，R.Kappert，M.Kavatsyuk，柯百谦，I.K.Keshk，A.Khoukaz，R.Kiuchi，R.Kliemt，L.Koch，O.B.Kolcu，B.Kopf，M.Kuemmel，M.Kuessner，A.Kupsc，W.Kühn，J.J.Lane，J.S.Lange，P.Larin，A.Lavania，L.Lavezzi，雷祚弘，H.Leithoff，M.Lellmann，T.Lenz，李翠，李聪，李春花，李澄，李德民，李飞，李刚，李慧，李贺，李海波，李惠静，H.N.Li，J.Q.Li，李静舒，李井文，李科，L.J Li，李龙科，李蕾，李明浩，李培荣，李素娴，栗帅迎，李腾，李卫东，李卫国，李旭红，李晓玲，李晓宇，李彦谷，李振轩，李紫源，梁畅，梁昊，梁浩，梁勇飞，梁羽铁，廖广睿，廖龙洲，J.Libby，A.Limphirat，林创新，林德旭，T.Lin，刘北江，刘成，刘春秀，D.Liu，刘福虎，刘芳，刘峰，G.M.Liu，H.Liu，刘宏邦，刘怀民，刘欢欢，刘汇慧，刘建北，刘佳俊，刘晶译，刘凯，刘魁勇，刘珂，刘亮，刘露，刘美宏，刘佩莲，刘倩，刘树彬，刘桐，刘维克，刘卫民，刘翔，刘英，刘玉斌，刘振安，刘智青，娄辛丑，卢飞翔，吕海江，吕军光，陆小玲，卢宇，卢云鹏，Z.H.Lu，罗成林，罗民兴，罗涛，罗小兰，吕晓睿，吕翌丰，马凤才，马海龙，马连良，马明明，马秋梅，马润秋，马瑞廷，马骁妍，马尧，F.E.Maas，M.Maggiora，S.Maldaner，S.Malde，Q.A.Malik，A.Mangoni，冒亚军，毛泽普，S.Marcello，孟召霞，J.G.Messchendorp，G.Mezzadri，H.Miao，闵天觉，R.E.Mitchell，莫晓虎，N.Yu.Muchnoi，Y.Nefedov，F.Nerling，I.B.Nikolaev，宁哲，S.Nisar，牛艳，S.L.Olsen，欧阳群，S.Pacetti，潘祥，潘越，A.Pathak，P.Patteri，M.Pelizaeus，彭海平，K.Peters，平加伦，平荣刚，S.Plura，S.Pogodin，V.Prasad，齐法制，齐航，漆红荣，祁鸣，齐天钰，钱森，钱文斌，钱圳，乔从丰，秦佳佳，秦丽清，覃潇平，秦小帅，秦中华，邱进发，屈三强，K.H.Rashid，C.F.Redmer，任旷洁，A.Rivetti，V.Rodin，M.Rolo，荣刚，Ch.Rosner，阮氏宁，A.Sarantse，Y.Schelhaas，C.Schnier，K.Schoenning，M.Scodeggio，尚科羽，单葳，单心钰，上官剑锋，邵立港，邵明，沈成平，沈宏飞，沈肖雁，施伯安，石煌超，石京燕，石勤强，师荣盛，史欣，师晓东，宋娇娇，宋维民，宋昀轩，S.Sosio，S.Spataro，F.Stieler，苏可馨，苏彭彭，粟杨捷，孙功星，H.Sun，孙浩凯，孙俊峰，孙亮，孙胜森，孙童，孙文玉，孙勇杰，孙永昭，孙振田，谭英华，谭雅星，唐昌建，唐光毅，唐健，陶璐燕，陶秋田，M.Tat，滕佳秀，V.Thoren，田文辉，田野，王斌，王滨龙，王成伟，王大勇，王菲，王泓鉴，王宏鹏，王科，王亮亮，王萌，王梦真，王蒙，王顺，王婷，王腾蛟，王为，王文欢，王维平，王轩，王雄飞，王小龙，王亦，王雅迪，王贻芳，王英豪，王雨晴，王亚乾，王铮，王至勇，王子一，魏代会，F.Weidner，文硕频，D.J.White，U.Wiedner，G.Wilkinson，M.Wolke，L.Wollenberg，吴金飞，伍灵慧，吴连近，吴潇，伍雄浩，Y.Wu，吴英杰，吴智，夏磊，相腾，肖栋，肖光延，肖浩，肖素玉，肖云龙，肖振军，谢陈，谢昕海，谢勇，谢宇广，谢跃红，谢智鹏，邢天宇，C.F.Xu，许创杰，许国发，许皓月，徐庆君，徐新平，胥英超，许泽鹏，严芳，严亮，鄢文标，闫文成，杨海军，杨昊霖，杨洪勋，杨玲，杨涛，杨艳芳，杨逸翔，杨翊凡，叶梅，叶铭汉，殷俊昊，尤郑昀，俞伯祥，喻纯旭，余刚，于涛，余旭东，苑长征，袁丽，S.C.Yuan，袁晓庆，袁野，袁朝阳，岳崇兴，A.A.Zafar，曾凡蕊，曾鑫，曾云，翟星晔，詹永华，张安庆，B.L.Zhang，张丙新，张丹昊，张广义，H.Zhang，张宏浩，张宏宏，章红宇，张杰磊，张敬庆，张家文，J.X.Zhang，张建勇，张景芝，张剑宇，张嘉伟，张黎明，张丽青，张雷，P.Zhang，张秋岩，张水涵，张书磊，张小东，X.M.Zhang，张学尧，张旭颜，张亚腾，张银鸿，张言，张瑶，张兆领，张振宇，张子羽，赵光，赵静，赵静宜，赵京周，赵雷，赵玲，赵明刚，赵书俊，赵豫斌，赵宇翔，赵政国，A.Zhemchugov，郑波，郑建平，郑阳恒，钟彬，钟翠，钟鑫，周航，周利鹏，周详，周晓康，周小蓉，周兴玉，周袆卓，朱江，朱凯，朱科军，朱琳萱，朱世海，朱仕强，朱腾蛟，朱文静，朱莹春，朱自安，邹佳恒（Institute of High Energy Physics；G.I.Budker Institute of Nuclear Physics SB RAS （BINP）；the Novosibirsk State University；Uppsala University；Bochum Ruhr-University；Johannes Gutenberg University of Mainz；University of Turin；INFN；Liaoning Normal University；State Key Laboratory of Particle Detection and Electronics；University of Science and Technology of China；Southeast University；Joint Institute for Nuclear Research；INFN Laboratori Nazionali di Frascati；INFN Sezione di Ferrara；Peking University；State Key Laboratory of Nuclear Physics and Technology，Peking University；National Centre for Nuclear Research；Institute of Physics and Technology；University of Muenster；Carnegie Mellon University；Wuhan University；University of Chinese Academy of Sciences；Istinye University；Nankai University；the Moscow Institute of Physics and Technology；Soochow University；Nanjing University；Tsinghua University；Institute of Modern Physics；Hunan University；School of Physics and Electronics，Hunan University；Shandong University；Yunnan University；Helmholtz Institute Mainz；Liaoning University；Jilin University；Zhengzhou University；Sun Yat-Sen University；University of Oxford；University of Ferrara；University of Manchester；GSI Helmholtzcentre for Heavy Ion Research GmbH；Guangxi University；Nanjing Normal University；Shandong Normal University；Fudan University；Key Laboratory of Nuclear Physics and Ion-beam Application （MOE） and Institute of Modern Physics，Fudan University；Henan Normal University；University of Hawaii；Suranaree University of Technology，University Avenue 111；South China Normal University；i；University of the Punjab；Indiana University；Huangshan College；University of Jinan；University of Groningen；Justus-Liebig-Universitaet Giessen，II.Physikalisches Institut；Indian Institute of Technology Madras；Qufu Normal University；Shanxi University；Guangdong Provincial Key Laboratory of Nuclear Science，Institute of Quantum Matter，South China Normal University；Beijing Institute of Petrochemical Technology；Lanzhou University；Frontiers Science Center for Rare Isotopes，Lanzhou University；Lanzhou Center for Theoretical Physics，Lanzhou University；Sichuan University；Guangxi Normal University；Central China Normal University；Henan University of Science and Technology；University of South China；Henan University of Technology；Central South University；INFN Sezione di Perugia；Goethe University Frankfurt；COMSATS University Islamabad，Lahore Campus；the Department of Mathematical Sciences，IBA；University of Perugia；the NRC "Kurchatov Institute"，PNPI；Hunan Normal University；North China Electric Power University；Hebei University；Hangzhou Normal University；Shanghai Jiao Tong University；Key Laboratory for Particle Physics，Astrophysics and Cosmology，Ministry of Education，Shanghai Key Laboratory for Particle Physics and Cosmology，Institute of Nuclear and Particle Physics；China Center of Advanced Science and Technology；Beihang University；Xinyang Normal University；University of Science and Technology Liaoning）.Observations of the Cabibbo-Suppressed decays ?→nπ⁺π~0,nπ⁺π^-π⁺and the Cabibbo-Favored decay ?→nK^-π⁺π⁺[J].Chinese Physics C,2023,第2期高正阳^1,2，王平^1,2，杨明炀¹（Institute of High Energy Physics，Chinese Academy of Sciences；School of Physical Sciences，University of Chinese Academy of Sciences）.Contributions to the nucleon form factors from bubble and tadpole diagrams[J].Chinese Physics C,2023,第2期张凯煜，冯万哲（Center for Joint Quantum Studies and Department of Physics，School of Science，Tianjin University）.Explaining the W boson mass anomaly and dark matter with a U（1） dark sector[J].Chinese Physics C,2023,第2期 Bui Thi Ha Giang（Hanoi National University of Education）.The cross-section for the γe^-→Ze^-→l^-l⁺e^- scattering at the LHeC[J].Chinese Physics C,2023,第2期首页上一页 7 8 9 10 11 下一页尾页共有11页，转到页

期刊文章列表