期刊的影响因子--文章列表

期刊文章列表
杨航，冯启春，任延宇，张景波，霍雷（School of Physics,Harbin Institute of Technology）.The effect of single-particle space-momentum angle distribution on two-pion HBT correlation in relativistic heavy-ion collisions using a multiphase transport model[J].Chinese Physics C,2021,第10期 Li-Zhu Chen，Ye-Yin Zhao，Jin Wu，Zhi-Ming Li，Yuan-Fang Wu（School of Physics and Optoelectronic Engineering，Nanjing University of Information Science and Technology，Nanjing 210044，China；Key Laboratory of Quark and Lepton Physics(MOE)and Institute of Particle Physics，Central China Normal University，Wuhan 430079，China）.The sixth order cumulant of net-proton number in Binomial distribution at √SNN=200 GeV[J].中国物理(C)(英文版),2021,第10期谭悦^1,2，平加伦¹（Department of Physics and Jiangsu Key Laboratory for Numerical Simulation of Large SaSystems，Nanjing Normal University；Department of Physics,Yancheng University）.X（2900） in a chiral quark model[J].Chinese Physics C,2021,第9期张明杰^1,2，赵树民^1,2，董幸幸^1,2，杨忠军³，冯太傅^1,2,3（Department of Physics,Hebei University；Key Laboratory of High-precision Computation and Application of Quantum Field Theory of Hebei Province；Department of Physics,Chongqing University）.Scalar neutrino dark matter in the BLMSSM[J].Chinese Physics C,2021,第9期曹庆宏^1,2,3，付俊宁¹，刘言东^4,5，王小虎¹，张睿⁶（Department of Physics and State Key Laboratory of Nuclear Physics and Technology,Peking University；Collaborative Innovation Center of Quantum Matter；Center for High Energy Physics,Peking University；Key Laboratory of Beam Technology of Ministry of Education,College of Nuclear Science and Technology，Beijing Normal University；Beijing Radiation Center；Theoretical Physics Division,Institute of High Energy Physics）.Probing top-philic new physics via four-top-quark production[J].Chinese Physics C,2021,第9期曹庆宏^1,2,3，蒋浩然¹，曾国晋¹（School of Physics and State Key Laboratory of Nuclear Physics and Technology,Peking University；Collaborative Innovation Center of Quantum Matter；Center for High Energy Physics,Peking University）.Single top quark production with and without a Higgs boson[J].Chinese Physics C,2021,第9期马运恒^1,2，孙玮^1,3，陈莹^1,2，宫明^1,2，刘朝峰^1,2（Institute of High Energy Physics,Chinese Academy of Sciences；School of Physics,University of Chinese Academy of Sciences；Thomas Jefferson National Accelerator Facility）.Color halo scenario of charmonium-like hybrids[J].Chinese Physics C,2021,第9期孙帅¹，张时声²，张振华¹，曹李刚^3,4（School of Mathematics and Physics,North China Electric Power University；School of Physics,Beihang University；Key Laboratory of Beam Technology of Ministry of Education,College of Nuclear Science and Technology，Beijing Normal University；Beijing Radiation Center）.Effect of pairing correlation on low-lying quadrupole states in Sn isotopes[J].Chinese Physics C,2021,第9期 E.V.Tkalya（P.N.Lebedev Physical Institute of the Russian Academy of Sciences；National Research Nuclear University MEPhI；Nuclear Safety Institute of RAS）.Cross section of the Coulomb excitation of ^229mTh by low energy muons[J].Chinese Physics C,2021,第9期姜慧¹，周熠杰¹，雷杨²，沈佳杰¹，鲍曼³（School of Arts and Sciences,Shanghai Maritime University；School of National Defense Science and Technology,Southwest University of Science and Technology；Department of Physics,University of Shanghai for Science and Technology）.Symmetric and asymmetric structural evolutions of Te isotopes across the N=82 shell closure[J].Chinese Physics C,2021,第9期王豪，马克岩，刘斯颖，陆景彬（College of Physics,Jilin University）.Core breaking and possible magnetic rotation in the semimagic nucleus ⁹⁰Zr[J].Chinese Physics C,2021,第9期常哲^1,2，王賽^1,2，朱庆华^1,2（Theoretical Physics Division，Institute of High Energy Physics，Chinese Academy of Sciences；School of Physical Sciences，University of Chinese Academy of Sciences）.Note on gauge invariance of second order cosmological perturbations[J].中国物理C(英文版),2021,第9期黄应生^1,2，冯锋^3,1，贾宇^1,2，桑文龙⁴，杨德山^2,1，张佳玥^1,2（Institute of High Energy Physics,Chinese Academy of Sciences；School of Physics,University of Chinese Academy of Sciences；China University of Mining and Technology；School of Physical Science and Technology,Southwest University）.Inclusive production of fully-charmed 1^+- tetraquark at B factory[J].Chinese Physics C,2021,第9期王齐男，陈伟，陈华星（School of Physics,Sun Yat-Sen University；School of Physics,Southeast University）.Exotic ?_s^（）D^（） molecular states and sc? tetraquark states with J^P=0⁺,1⁺,2⁺[J].Chinese Physics C,2021,第9期吴仁华¹，左羽生¹，孟策¹，马滟青^1,2,3，赵光达^1,2,3（School of Physics and State Key Laboratory of Nuclear Physics and Technology,Peking University；Center for High Energy Physics,Peking University；Collaborative Innovation Center of Quantum Matter）.NLO effects for Ω_QQQ baryons in QCD Sum Rules[J].Chinese Physics C,2021,第9期 Johann Haidenbauer¹，Ulf-G.Mei?ner^2,1,3（Institute for Advanced Simulation，Institut für Kernphysik and Jülich Center for Hadron Physics，Forschungszentrum Jülich；Helmholtz-Institut für Strahlen-und Kernphysik and Bethe Center for Theoretical Physics，Universit?t Bonn；Tbilisi State University）.On the structure in the ΛN cross section at the ΣN threshold[J].Chinese Physics C,2021,第9期 Qi-Nan Wang，Wei Chen，Hua-Xing Chen（School of Physics，Sun Yat-Sen University，Guangzhou 510275，China；School of Physics，Southeast University，Nanjing 210094，China）.Exotic (D)()sD() molecular states and sc(qc) tetraquark states with Jp =0+,1+,2+[J].中国物理C(英文版),2021,第9期 Shi-Yuan Li，Zhen-Yang Li，Peng-Cheng Lu，Zong-Guo Si（School of Physics，Shandong University，Jinan 250100，China）.Precise evaluation of h→ c(c) and axion-like particle production[J].中国物理C(英文版),2021,第9期李世渊，栗振洋，路鹏程，司宗国（School of Physics,Shandong University）.Precise evaluation of h→c? and axion-like particle production[J].Chinese Physics C,2021,第9期曹庆宏^1,2,3，蒋浩然¹，历斌¹，刘言东^4,5，曾国晋¹（School of Physics and State Key Laboratory of Nuclear Physics and Technology,Peking University；Collaborative Innovation Center of Quantum Matter；Center for High Energy Physics,Peking University；Key Laboratory of Beam Technology of Ministry of Education,College of Nuclear Science and Technology，Beijing Normal University；Beijing Radiation Center）.Probing magnetic moment operators in H_γ production and H→τ⁺τ^-γ rare decay[J].Chinese Physics C,2021,第9期曹庆宏^1,2,3，陈诺¹，蒋浩然¹，历斌¹，刘言东^4,5（School of Physics and State Key Laboratory of Nuclear Physics and Technology,Peking University；Collaborative Innovation Center of Quantum Matter；Center for High Energy Physics,Peking University；Key Laboratory of Beam Technology of Ministry of Education,College of Nuclear Science and Technology，Beijing Normal University；Beijing Radiation Center）.New physics and two boosted W-jets plus missing energy[J].Chinese Physics C,2021,第9期陈斌^1,2,3，侯爵¹，田佳⁴（School of Physics,Peking University；Center for High Energy Physics,Peking University；Peng Huanwu Center for Fundamental Theory；Kavli Institute for Theoretical Sciences (KITS),University of Chinese Academy of Science）.Lax connections in T?-deformed integrable field theories[J].Chinese Physics C,2021,第9期王尚¹，符长波²，戴德昌^1,3，王宏伟⁴，范功涛⁴，曹喜光⁴，马余刚²（Center for Gravity and Cosmology,School of Phys.Sci.& Tech.,Yangzhou University；Institute of Modern Physics,Fudan University；CERCA，Department of Physics，ISO,Case Western Reserve University；Shanghai Advanced Research Institute,Chinese Academy of Sciences）.Searching for dark matter particles using Compton scattering[J].Chinese Physics C,2021,第9期 Haidenbauer Johann，Meibetaner Ulfg.On the structure in the AN cross section at the SigmaN threshold[J].中国物理(C),2021,第9期 Aaij R，Abellan Beteta C，Ackernley T，Adeva B，Adinolfi M，Afsharnia H，Aidala C A，Aiola S，Ajaltouni Z，Akar S，Albrecht J，Alessio F，Alexander M，Alfonso Albero A，Aliouche Z，Alkhazov G，Alvarez Cartelle P，Amato S，Amhis Y，An L，Anderlini L，Andreianov A，Andreotti M，Archilli F，Artamonov A，Artuso M，Arzymatov K，Aslanides E，Atzeni M，Audurier B，Bachmann S，Bachmayer M，Back J J，Baladron Rodriguez P，Balagura V，Baldini W，Baptista Leite J，Barlow R J，Barsuk S，Barter W，Bartolini M，Baryshnikov F，Basels J M，Bassi G，Batsukh B，Battig A，Bay A，Becker M，Bedeschi F，Bediaga I，Beiter A，Belavin V，Belin S，Bellee V，Belous K，Belov I，Belyaev I，Bencivenni G，Ben-Haim E，Berezhnoy A，Bernet R，Berninghoff D，Bernstein H C，Bertella C，Bertolin A，Betancourt C，Betti F，Bezshyiko Ia，Bhasin S，Bhom J，Bian L，Bieker M S，Bifani S，Billoir P，Birch M，Bishop F C R，Bitadze A，Bizzeti A，Bjorn M，Blago M P，Blake T，Blanc F，Blusk S，Bobulska D，Boelhauve J A，Boente Garcia O，Boettcher T，Boldyrev A，Bondar A，Bondar N，Borghi S，Borisyak M，Borsato M，Borsuk J T，Bouchiba S A，Bowcock T J V，Boyer A，Bozzi C，Bradley M J，Braun S，Brea Rodriguez A，Brodski M，Brodzicka J，Brossa Gonzalo A，Brundu D，Buonaura A，Burr C，Bursche A，Butkevich A，Butter J S，Buytaert J，Byczynski W，Cadeddu S，Cai H，Calabrese R，Calefice L，Calero Diaz L，Cali S，Calladine R，Calvi M，Calvo Gomez M，Camargo Magalhaes P，Camboni A，Campana P，Campoverde Quezada A F，Capelli S，Capriotti L.Search for the doubly heavy baryons Ω⁰_bc and E⁰_bc decaying to Λ⁺_cπ^- and E⁺_cπ^-[J].中国物理C(英文版),2021,第9期 Bin Chen，Jue Hou，Jia Tian（School of Physics，Peking University，No.5 Yiheyuan Rd，Beijing 100871，China；Center for High Energy Physics，Peking University，No.5 Yiheyuan Rd，Beijing 100871，China；Peng Huanwu Center for Fundamental Theory，Hefei 230026，China；School of Physics，Peking University，No.5 Yiheyuan Rd，Beijing 100871，China；Kavli Institute for Theoretical Sciences (KITS)，University of Chinese Academy of Science，Beijing 100190，China）.Lax connections in T(T)-deformed integrable field theories[J].中国物理C(英文版),2021,第9期 R.Aaij，C.Abellán Beteta，T.Ackernley，B.Adeva，M.Adinolfi，H.Afsharnia，C.A.Aidala，S.Aiola，Z.Ajaltouni，S.Akar，J.Albrecht，F.Alessio，M.Alexander，A.Alfonso Albero，Z.Aliouche，G.Alkhazov，P.Alvarez Cartelle，S.Amato，Y.Amhis，L.An，L.Anderlini，A.Andreianov，M.Andreotti，F.Archilli，A.Artamonov，M.Artuso，K.Arzymatov，E.Aslanides，M.Atzeni，B.Audurier，S.Bachmann，M.Bachmayer，J.J.Back，P.Baladron Rodriguez，V.Balagura，W.Baldini，J.Baptista Leite，R.J.Barlow，S.Barsuk，W.Barter，M.Bartolini，F.Baryshnikov，J.M.Basels，G.Bassi，B.Batsukh，A.Battig，A.Bay，M.Becker，F.Bedeschi，I.Bediaga，A.Beiter，V.Belavin，S.Belin，V.Bellee，K.Belous，I.Belov，I.Belyaev，G.Bencivenni，E.Ben-Haim，A.Berezhnoy，R.Bernet，D.Berninghoff，H.C.Bernstein，C.Bertella，A.Bertolin，C.Betancourt，F.Betti，Ia.Bezshyiko，S.Bhasin，J.Bhom，L.Bian，M.S.Bieker，S.Bifani，P.Billoir，M.Birch，F.C.R.Bishop，A.Bitadze，A.Bizzeti，M.Bj？rn，M.P.Blago，T.Blake，F.Blanc，S.Blusk，D.Bobulska，J.A.Boelhauve，O.Boente Garcia，T.Boettcher，A.Boldyrev，A.Bondar，N.Bondar，S.Borghi，M.Borisyak，M.Borsato，J.T.Borsuk，S.A.Bouchiba，T.J.V.Bowcock，A.Boyer，C.Bozzi，M.J.Bradley，S.Braun，A.Brea Rodriguez，M.Brodski，J.Brodzicka，A.Brossa Gonzalo，D.Brundu，A.Buonaura，C.Burr，A.Bursche，A.Butkevich，J.S.Butter，J.Buytaert，W.Byczynski，S.Cadeddu，H.Cai，R.Calabrese，L.Calefice，L.Calero Diaz，S.Cali，R.Calladine，M.Calvi，M.Calvo Gomez，P.Camargo Magalhaes，A.Camboni，P.Campana，A.F.Campoverde Quezada，S.Capelli，L.Capriotti，A.Carbone，G.Carboni，R.Cardinale，A.Cardini，I.Carli，P.Carniti，L.Carus，K.Carvalho Akiba，A.Casais Vidal，G.Casse，M.Cattaneo，G.Cavallero，S.Celani，J.Cerasoli，A.J.Chadwick，M.G.Chapman，M.Charles，Ph.Charpentier，G.Chatzikonstantinidis，C.A.Chavez Barajas，M.Chefdeville，C.Chen，S.Chen，A.Chernov，V.Chobanova，S.Cholak，M.Chrzaszcz，A.Chubykin，V.Chulikov，P.Ciambrone，M.F.Cicala，X.Cid Vidal，G.Ciezarek，P.E.L.Clarke，M.Clemencic，H.V.Cliff，J.Closier，J.L.Cobbledick，V.Coco，J.A.B.Coelho，J.Cogan，E.Cogneras，L.Cojocariu，P.Collins，T.Colombo，L.Congedo，A.Contu，N.Cooke，G.Coombs，G.Corti，C.M.Costa Sobral，B.Couturier，D.C.Craik，J.Crkovská，M.Cruz Torres，R.Currie，C.L.Da Silva，E.Dall’Occo，J.Dalseno，C.D’Ambrosio，A.Danilina，P.d’Argent，A.Davis，O.De Aguiar Francisco，K.De Bruyn，S.De Capua，M.De Cian，J.M.De Miranda，L.De Paula，M.De Serio，D.De Simone，P.De Simone，J.A.de Vries，C.T.Dean，D.Decamp，L.Del Buono，B.Delaney，H.-P.Dembinski，A.Dendek，V.Denysenko，D.Derkach，O.Deschamps，F.Desse，F.Dettori，B.Dey，P.Di Nezza，S.Didenko，L.Dieste Maronas，H.Dijkstra，V.Dobishuk，A.M.Donohoe，F.Dordei，A.C.dos Reis，L.Douglas，A.Dovbnya，A.G.Downes，K.Dreimanis，M.W.Dudek，L.Dufour，V.Duk，P.Durante，J.M.Durham，D.Dutta，A.Dziurda，A.Dzyuba，S.Easo，U.Egede，V.Egorychev，S.Eidelman，S.Eisenhardt，S.Ek-In，L.Eklund，S.Ely，A.Ene，E.Epple，S.Escher，J.Eschle，S.Esen，T.Evans，A.Falabella，J.Fan，Y.Fan，B.Fang，S.Farry，D.Fazzini，M.Féo，A.Fernandez Prieto，J.M.Fernandez-tenllado Arribas，F.Ferrari，L.Ferreira Lopes，F.Ferreira Rodrigues，S.Ferreres Sole，M.Ferrillo，M.Ferro-Luzzi，S.Filippov，R.A.Fini，M.Fiorini，M.Firlej，K.M.Fischer，C.Fitzpatrick，T.Fiutowski，F.Fleuret，M.Fontana，F.Fontanelli，R.Forty，V.Franco Lima，M.Franco Sevilla，M.Frank，E.Franzoso，G.Frau，C.Frei，D.A.Friday，J.Fu，Q.Fuehring，W.Funk，E.Gabriel，T.Gaintseva，A.Gallas Torreira，D.Galli，S.Gambetta，Y.Gan，M.Gandelman，P.Gandini，Y.Gao，M.Garau，L.M.Garcia Martin，P.Garcia Moreno，J.García Pardi？as，B.Garcia Plana，F.A.Garcia Rosales，L.Garrido，C.Gaspar，R.E.Geertsema，D.Gerick，L.L.Gerken，E.Gersabeck，M.Gersabeck，T.Gershon，D.Gerstel，Ph.Ghez，V.Gibson，H.K.Giemza，M.Giovannetti，A.Gioventù，P.Gironella Gironell，L.Giubega，C.Giugliano，K.Gizdov，E.L.Gkougkousis，V.V.Gligorov，C.G？bel，E.Golobardes，D.Golubkov，A.Golutvin，A.Gomes，S.Gomez Fernandez，F.Goncalves Abrantes，M.Goncerz，G.Gong，P.Gorbounov，I.V.Gorelov，C.Gotti，E.Govorkova，J.P.Grabowski，T.Grammatico，L.A.Granado Cardoso，E.Graugés，E.Graverini，G.Graziani，A.Grecu，L.M.Greeven，P.Griffith，L.Grillo，S.Gromov，B.R.Gruberg Cazon，C.Gu，M.Guarise，P.A.Günther，E.Gushchin，A.Guth，Y.Guz，T.Gys，T.Hadavizadeh，G.Haefeli，C.Haen，J.Haimberger，T.Halewood-leagas，P.M.Hamilton，Q.Han，X.Han，T.H.Hancock，S.Hansmann-Menzemer，N.Harnew，T.Harrison，C.Hasse，M.Hatch，J.He，M.Hecker，K.Heijhoff，K.Heinicke，A.M.Hennequin，K.Hennessy，L.Henry，J.Heuel，A.Hicheur，D.Hill，M.Hilton，S.E.Hollitt，J.Hu，J.Hu，W.Hu，W.Huang，X.Huang，W.Hulsbergen，R.J.Hunter，M.Hushchyn，D.Hutchcroft，D.Hynds，P.Ibis，M.Idzik，D.Ilin，P.Ilten，A.Inglessi，A.Ishteev，K.Ivshin，R.Jacobsson，S.Jakobsen，E.Jans，B.K.Jashal，A.Jawahery，V.Jevtic，M.Jezabek，F.Jiang，M.John，D.Johnson，C.R.Jones，T.P.Jones，B.Jost，N.Jurik，S.Kandybei，Y.Kang，M.Karacson，M.Karpov，F.Keizer，M.Kenzie，T.Ketel，B.Khanji，A.Kharisova，S.Kholodenko，T.Kirn，V.S.Kirsebom，O.Kitouni，S.Klaver，K.Klimaszewski，S.Koliiev，A.Kondybayeva，A.Konoplyannikov，P.Kopciewicz，R.Kopecna，P.Koppenburg，M.Korolev，I.Kostiuk，O.Kot，S.Kotriakhova，P.Kravchenko，L.Kravchuk，R.D.Krawczyk，M.Kreps，F.Kress，S.Kretzschmar，P.Krokovny，W.Krupa，W.Krzemien，W.Kucewicz，M.Kucharczyk，V.Kudryavtsev，H.S.Kuindersma，G.J.Kunde，T.Kvaratskheliya，D.Lacarrere，G.Lafferty，A.Lai，A.Lampis，D.Lancierini，J.J.Lane，R.Lane，G.Lanfranchi，C.Langenbruch，J.Langer，O.Lantwin，T.Latham，F.Lazzari，R.Le Gac，S.H.Lee，R.Lefèvre，A.Leflat，S.Legotin，O.Leroy，T.Lesiak，B.Leverington，H.Li，L.Li，P.Li，S.Li，Y.Li，Y.Li，Z.Li，X.Liang，T.Lin，R.Lindner，V.Lisovskyi，R.Litvinov，G.Liu，H.Liu，S.Liu，X.Liu，A.Loi，J.Lomba Castro，I.Longstaff，J.H.Lopes，G.H.Lovell，Y.Lu，D.Lucchesi，S.Luchuk，M.Lucio Martinez，V.Lukashenko，Y.Luo，A.Lupato，E.Luppi，O.Lupton，A.Lusiani，X.Lyu，L.Ma，R.Ma，S.Maccolini，F.Machefert，F.Maciuc，V.Macko，P.Mackowiak，S.Maddrell-Mander，O.Madejczyk，L.R.Madhan Mohan，O.Maev，A.Maevskiy，D.Maisuzenko，M.W.Majewski，J.J.Malczewski，S.Malde，B.Malecki，A.Malinin，T.Maltsev，H.Malygina，G.Manca，G.Mancinelli，D.Manuzzi，D.Marangotto，J.Maratas，J.F.Marchand，U.Marconi，S.Mariani，C.Marin Benito，M.Marinangeli，P.Marino，J.Marks，A.M.Marshall，P.J.Marshall，G.Martellotti，L.Martinazzoli，M.Martinelli，D.Martinez Santos，F.Martinez Vidal，A.Massafferri，M.Materok，R.Matev，A.Mathad，Z.Mathe，V.Matiunin，C.Matteuzzi，K.R.Mattioli，A.Mauri，E.Maurice，J.Mauricio，M.Mazurek，M.Mc Cann，L.Mcconnell，T.H.Mcgrath，A.Mc Nab，R.Mc Nulty，J.V.Mead，B.Meadows，C.Meaux，G.Meier，N.Meinert，D.Melnychuk，S.Meloni，M.Merk，A.Merli，L.Meyer Garcia，M.Mikhasenko，D.A.Milanes，E.Millard，M.Milovanovic，M.-N.Minard，A.Minotti，L.Minzoni，S.E.Mitchell，B.Mitreska，D.S.Mitzel，A.M？dden，R.A.Mohammed，R.D.Moise，T.Momb？cher，I.A.Monroy，S.Monteil，M.Morandin，G.Morello，M.J.Morello，J.Moron，A.B.Morris，A.G.Morris，R.Mountain，H.Mu，F.Muheim，M.Mukherjee，M.Mulder，D.Müller，K.Müller，C.H.Murphy，D.Murray，P.Muzzetto，P.Naik，T.Nakada，R.Nandakumar，T.Nanut，I.Nasteva，M.Needham，I.Neri，N.Neri，S.Neubert，N.Neufeld，R.Newcombe，T.D.Nguyen，C.Nguyen-Mau，E.M.Niel，S.Nieswand，N.Nikitin，N.S.Nolte，C.Nunez，A.Oblakowska-Mucha，V.Obraztsov，D.P.O’Hanlon，R.Oldeman，M.E.Olivares，C.J.G.Onderwater，A.Ossowska，J.M.Otalora Goicochea，T.Ovsiannikova，P.Owen，A.Oyanguren，B.Pagare，P.R.Pais，T.Pajero，A.Palano，M.Palutan，Y.Pan，G.Panshin，A.Papanestis，M.Pappagallo，L.L.Pappalardo，C.Pappenheimer，W.Parker，C.Parkes，C.J.Parkinson，B.Passalacqua，G.Passaleva，A.Pastore，M.Patel，C.Patrignani，C.J.Pawley，A.Pearce，A.Pellegrino，M.Pepe Altarelli，S.Perazzini，D.Pereima，P.Perret，M.Petric，K.Petridis，A.Petrolini，A.Petrov，S.Petrucci，M.Petruzzo，T.T.H.Pham，A.Philippov，L.Pica，M.Piccini，B.Pietrzyk，G.Pietrzyk，M.Pili，D.Pinci，F.Pisani，P.K Resmi，V.Placinta，J.Plews，M.Plo Casasus，F.Polci，M.Poli Lener，M.Poliakova，A.Poluektov，N.Polukhina，I.Polyakov，E.Polycarpo，G.J.Pomery，S.Ponce，D.Popov，S.Popov，S.Poslavskii，K.Prasanth，L.Promberger，C.Prouve，V.Pugatch，H.Pullen，G.Punzi，W.Qian，J.Qin，R.Quagliani，B.Quintana，N.V.Raab，R.I.Rabadan Trejo，B.Rachwal，J.H.Rademacker，M.Rama，M.Ramos Pernas，M.S.Rangel，F.Ratnikov，G.Raven，M.Reboud，F.Redi，F.Reiss，C.Remon Alepuz，Z.Ren，V.Renaudin，R.Ribatti，S.Ricciardi，K.Rinnert，P.Robbe，A.Robert，G.Robertson，A.B.Rodrigues，E.Rodrigues，J.A.Rodriguez Lopez，A.Rollings，P.Roloff，V.Romanovskiy，M.Romero Lamas，A.Romero Vidal，J.D.Roth，M.Rotondo，M.S.Rudolph，T.Ruf，J.Ruiz Vidal，A.Ryzhikov，J.Ryzka，J.J.Saborido Silva，N.Sagidova，N.Sahoo，B.Saitta，D.Sanchez Gonzalo，C.Sanchez Gras，R.Santacesaria，C.Santamarina Rios，M.Santimaria，E.Santovetti，D.Saranin，G.Sarpis，M.Sarpis，A.Sarti，C.Satriano，A.Satta，M.Saur，D.Savrina，H.Sazak，L.G.Scantlebury Smead，S.Schael，M.Schellenberg，M.Schiller，H.Schindler，M.Schmelling，B.Schmidt，O.Schneider，A.Schopper，M.Schubiger，S.Schulte，M.H.Schune，R.Schwemmer，B.Sciascia，S.Sellam，A.Semennikov，M.Senghi Soares，A.Sergi，N.Serra，L.Sestini，A.Seuthe，P.Seyfert，Y.Shang，D.M.Shangase，M.Shapkin，I.Shchemerov，L.Shchutska，T.Shears，L.Shekhtman，Z.Shen，V.Shevchenko，E.B.Shields，E.Shmanin，J.D.Shupperd，B.G.Siddi，R.Silva Coutinho，G.Simi，S.Simone，N.Skidmore，T.Skwarnicki，M.W.Slater，I.Slazyk，J.C.Smallwood，J.G.Smeaton，A.Smetkina，E.Smith，M.Smith，A.Snoch，M.Soares，L.Soares Lavra，M.D.Sokoloff，F.J.P.Soler，A.Solovev，I.Solovyev，F.L.Souza De Almeida，B.Souza De Paula，B.Spaan，E.Spadaro Norella，P.Spradlin，F.Stagni，M.Stahl，S.Stahl，P.Stefko，O.Steinkamp，O.Stenyakin，H.Stevens，S.Stone，M.E.Stramaglia，M.Straticiuc，D.Strekalina，F.Suljik，J.Sun，L.Sun，Y.Sun，P.Svihra，P.N.Swallow，K.Swientek，A.Szabelski，T.Szumlak，M.Szymanski，S.Taneja，F.Teubert，E.Thomas，K.A.Thomson，V.Tisserand，S.T’Jampens，M.Tobin，L.Tomassetti，D.Torres Machado，D.Y.Tou，M.T.Tran，E.Trifonova，C.Trippl，G.Tuci，A.Tully，N.Tuning，A.Ukleja，D.J.Unverzagt，E.Ursov，A.Usachov，A.Ustyuzhanin，U.Uwer，A.Vagner，V.Vagnoni，A.Valassi，G.Valenti，N.Valls Canudas，M.van Beuzekom，M.Van Dijk，E.van Herwijnen，C.B.Van Hulse，M.van Veghel，R.Vazquez Gomez，P.Vazquez Regueiro，C.Vázquez Sierra，S.Vecchi，J.J.Velthuis，M.Veltri，A.Venkateswaran，M.Veronesi，M.Vesterinen，D.Vieira，M.Vieites Diaz，H.Viemann，X.Vilasis-Cardona，E.Vilella Figueras，P.Vincent，G.Vitali，D.Vom Bruch，A.Vorobyev，V.Vorobyev，N.Voropaev，R.Waldi，J.Walsh，C.Wang，J.Wang，J.Wang，J.Wang，J.Wang，M.Wang，R.Wang，Y.Wang，Z.Wang，Z.Wang，H.M.Wark，N.K.Watson，S.G.Weber，D.Websdale，C.Weisser，B.D.C.Westhenry，D.J.White，M.Whitehead，D.Wiedner，G.Wilkinson，M.Wilkinson，I.Williams，M.Williams，M.R.J.Williams，F.F.Wilson，W.Wislicki，M.Witek，L.Witola，G.Wormser，S.A.Wotton，H.Wu，K.Wyllie，Z.Xiang，D.Xiao，Y.Xie，A.Xu，J.Xu，L.Xu，M.Xu，Q.Xu，Z.Xu，Z.Xu，D.Yang，S.Yang，Y.Yang，Z.Yang，Z.Yang，Y.Yao，L.E.Yeomans，H.Yin，J.Yu，X.Yuan，O.Yushchenko，E.Zaffaroni，M.Zavertyaev，M.Zdybal，O.Zenaiev，M.Zeng，D.Zhang，L.Zhang，S.Zhang，Y.Zhang，Y.Zhang，A.Zhelezov，Y.Zheng，X.Zhou，Y.Zhou，X.Zhu，V.Zhukov，J.B.Zonneveld，Q.Zou，S.Zucchelli，D.Zulian，G.Zunica（Nikhef National Institute for Subatomic Physics；Physik-Institut，Universit?t Zürich；Oliver Lodge Laboratory，University of Liverpool；Instituto Galego de Física de Altas Enerxías （IGFAE），Universidade de Santiago de Compostela；H.H. Wills Physics Laboratory，University of Bristol；Université Clermont Auvergne，CNRS/IN2P3，LPC；University of Michigan；INFN Sezione di Milano；University of Cincinnati；Fakult?t Physik，Technische Universit?t Dortmund；European Organization for Nuclear Research （CERN）；School of Physics and Astronomy，University of Glasgow；ICCUB，Universitat de Barcelona；Department of Physics and Astronomy，University of Manchester；Petersburg Nuclear Physics Institute NRC Kurchatov Institute （PNPI NRC KI）；Cavendish Laboratory，University of Cambridge；Universidade Federal do Rio de Janeiro （UFRJ）；Université Paris-Saclay，CNRS/IN2P3，IJCLab；INFN Sezione di Firenze；INFN Sezione di Ferrara；Physikalisches Institut，Ruprecht-Karls-Universit?t Heidelberg；Institute for High Energy Physics NRC Kurchatov Institute （IHEP NRC KI）；Syracuse University；Yandex School of Data Analysis；Aix Marseille Univ，CNRS/IN2P3，CPPM；Laboratoire Leprince-Ringuet，CNRS/IN2P3，Ecole Polytechnique，Institut Polytechnique de Paris；Institute of Physics，Ecole Polytechnique Fédérale de Lausanne （EPFL）；Department of Physics，University of Warwick；Centro Brasileiro de Pesquisas Físicas （CBPF）；Imperial College London；INFN Sezione di Genova；National University of Science and Technology “MISIS”；I.Physikalisches Institut，RWTH Aachen University；INFN Sezione di Pisa；INFN Sezione di Cagliari；Institute of Nuclear Physics，Moscow State University （SINP MSU）；Institute of Theoretical and Experimental Physics NRC Kurchatov Institute （ITEP NRC KI）；INFN Laboratori Nazionali di Frascati；LPNHE，Sorbonne Université，Paris Diderot Sorbonne Paris Cité，CNRS/IN2P3；Universita degli Studi di Padova，Universita e INFN；Henryk Niewodniczanski Institute of Nuclear Physics Polish Academy of Sciences；School of Physics and Technology，Wuhan University；University of Birmingham；Università di Modena e Reggio Emilia；Department of Physics，University of Oxford；Massachusetts Institute of Technology；National Research University Higher School of Economics；Budker Institute of Nuclear Physics （SB RAS）；University of Maryland；Guangdong Provencial Key Laboratory of Nuclear Science，Institute of Quantum Matter，South China Normal University；Institute for Nuclear Research of the Russian Academy of Sciences （INR RAS）；Università di Ferrara；INFN Sezione di Milano-Bicocca；Università di Milano Bicocca；DS4DS，La Salle，Universitat Ramon Llull；University of Chinese Academy of Sciences；INFN Sezione di Bologna；Università di Bologna；INFN Sezione di Roma Tor Vergata；Institute Of High Energy Physics （IHEP）；Univ. Savoie Mont Blanc，CNRS，IN2P3-LAPP；Center for High Energy Physics，Tsinghua University；School of Physics and Astronomy，University of Edinburgh；Horia Hulubei National Institute of Physics and Nuclear Engineering；INFN Sezione di Bari；Università di Bari；Los Alamos National Laboratory （LANL）；Van Swinderen Institute，University of Groningen；Universiteit Maastricht；AGH-University of Science and Technology，Faculty of Physics and Applied Computer Science；Università di Cagliari；Institute for Nuclear Research of the National Academy of Sciences （KINR）；School of Physics，University College Dublin；NSC Kharkiv Institute of Physics and Technology （NSC KIPT）；INFN Sezione di Perugia；STFC Rutherford Appleton Laboratory；School of Physics and Astronomy，Monash University；Novosibirsk State University；Department of Physics and Astronomy，Uppsala University；Università di Genova；School of Physics State Key Laboratory of Nuclear Physics and Technology，Peking University；National Center for Nuclear Research （NCBJ）；Università di Roma Tor Vergata；Pontifícia Universidade Católica do Rio de Janeiro （PUC-Rio）；Universidade Federal do Triangulo Mineiro （UFTM）；Institute of Particle Physics，Central China Normal University；Hangzhou Institute for Advanced Study，UCAS；Instituto de Fisica Corpuscular，Centro Mixto Universidad de Valencia-CSIC；Nikhef National Institute for Subatomic Physics and VU University Amsterdam；National Research Tomsk Polytechnic University；AGH-University of Science and Technology，Faculty of Computer Science，Electronics and Telecommunications；Università di Siena；Università di Padova；Scuola Normale Superiore；National Research Centre Kurchatov Institute；Università degli Studi di Milano；MSU-Iligan Institute of Technology （MSU-IIT）；Università di Firenze；INFN Sezione di Roma La Sapienza；Institut für Physik，Universit?t Rostock；Departamento de Fisica，Universidad Nacional de Colombia；Universit?t Bonn-Helmholtz-Institut für Strahlen und Kernphysik；Hanoi University of Science；Università di Pisa；P.N. Lebedev Physical Institute，Russian Academy of Science （LPI RAS）；Università della Basilicata；Max-Planck-Institut für Kernphysik （MPIK）；Università di Urbino；Physics and Micro Electronic College，Hunan University）.Search for the doubly heavy baryons Ω_bc~0 and Ξ_bc~0 decaying to Λ_c⁺π^- and Ξ_c⁺π^-[J].Chinese Physics C,2021,第9期首页上一页 1 2 3 4 5 下一页尾页共有13页，转到页

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