6533b86ffe1ef96bd12cd1ac
RESEARCH PRODUCT
Measurements of cross section of e+e−→pp¯π0 at center-of-mass energies between 4.008 and 4.600 GeV
M. AblikimM.n. AchasovS. AhmedX.c. AiO. AlbayrakM. AlbrechtD.j. AmbroseA. AmorosoF.f. AnQ. AnJ.z. BaiR. Baldini FerroliY. BanD.w. BennettJ.v. BennettN. BergerM. BertaniD. BettoniJ.m. BianF. BianchiE. BogerI. BoykoR.a. BriereH. CaiX. CaiO. CakirA. CalcaterraG.f. CaoS.a. CetinJ. ChaiJ.f. ChangG. ChelkovG. ChenH.s. ChenJ.c. ChenM.l. ChenS. ChenS.j. ChenX. ChenX.r. ChenY.b. ChenH.p. ChengX.k. ChuG. CibinettoH.l. DaiJ.p. DaiA. DbeyssiD. DedovichZ.y. DengA. DenigI. DenysenkoM. DestefanisF. De MoriY. DingC. DongJ. DongL.y. DongM.y. DongZ.l. DouS.x. DuP.f. DuanJ.z. FanJ. FangS.s. FangX. FangY. FangR. FarinelliL. FavaO. FedorovF. FeldbauerG. FeliciC.q. FengE. FioravantiM. FritschC.d. FuQ. GaoX.l. GaoY. GaoZ. GaoI. GarziaK. GoetzenL. GongW.x. GongW. GradlM. GrecoM.h. GuY.t. GuY.h. GuanA.q. GuoL.b. GuoR.p. GuoY. GuoY.p. GuoZ. HaddadiA. HafnerS. HanX.q. HaoF.a. HarrisK.l. HeF.h. HeinsiusT. HeldY.k. HengT. HoltmannZ.l. HouC. HuH.m. HuJ.f. HuT. HuY. HuG.s. HuangJ.s. HuangX.t. HuangX.z. HuangY. HuangZ.l. HuangT. HussainQ. JiQ.p. JiX.b. JiX.l. JiL.w. JiangX.s. JiangX.y. JiangJ.b. JiaoZ. JiaoD.p. JinS. JinT. JohanssonA. JulinN. Kalantar-nayestanakiX.l. KangX.s. KangM. KavatsyukB.c. KeP. KieseR. KliemtB. KlossO.b. KolcuB. KopfM. KornicerA. KupscW. KühnJ.s. LangeM. LaraP. LarinH. LeithoffC. LengC. LiCheng LiD.m. LiF. LiF.y. LiG. LiH.b. LiH.j. LiJ.c. LiJin LiK. LiK. LiLei LiP.r. LiQ.y. LiT. LiW.d. LiW.g. LiX.l. LiX.n. LiX.q. LiY.b. LiZ.b. LiH. LiangY.f. LiangY.t. LiangG.r. LiaoD.x. LinB. LiuB.j. LiuC.x. LiuD. LiuF.h. LiuFang LiuFeng LiuH.b. LiuH.h. LiuH.h. LiuH.m. LiuJ. LiuJ.b. LiuJ.p. LiuJ.y. LiuK. LiuK.y. LiuL.d. LiuP.l. LiuQ. LiuS.b. LiuX. LiuY.b. LiuY.y. LiuZ.a. LiuZhiqing LiuH. LoehnerX.c. LouH.j. LuJ.g. LuY. LuY.p. LuC.l. LuoM.x. LuoT. LuoX.l. LuoX.r. LyuF.c. MaH.l. MaL.l. MaM.m. MaQ.m. MaT. MaX.n. MaX.y. MaY.m. MaF.e. MaasM. MaggioraQ.a. MalikY.j. MaoZ.p. MaoS. MarcelloJ.g. MesschendorpG. MezzadriJ. MinT.j. MinR.e. MitchellX.h. MoY.j. MoC. Morales MoralesN.yu. MuchnoiH. MuramatsuP. MusiolY. NefedovF. NerlingI.b. NikolaevZ. NingS. NisarS.l. NiuX.y. NiuS.l. OlsenQ. OuyangS. PacettiY. PanP. PatteriM. PelizaeusH.p. PengK. PetersJ. PetterssonJ.l. PingR.g. PingR. PolingV. PrasadH.r. QiM. QiS. QianC.f. QiaoL.q. QinN. QinX.s. QinZ.h. QinJ.f. QiuK.h. RashidC.f. RedmerM. RipkaG. RongCh. RosnerX.d. RuanA. SarantsevM. SavriéC. SchnierK. SchoenningS. SchumannW. ShanM. ShaoC.p. ShenP.x. ShenX.y. ShenH.y. ShengM. ShiW.m. SongX.y. SongS. SosioS. SpataroG.x. SunJ.f. SunS.s. SunX.h. SunY.j. SunY.z. SunZ.j. SunZ.t. SunC.j. TangX. TangI. TapanE.h. ThorndikeM. TiemensI. UmanG.s. VarnerB. WangB.l. WangD. WangD.y. WangK. WangL.l. WangL.s. WangM. WangP. WangP.l. WangS.g. WangW. WangW.p. WangX.f. WangY. WangY.d. WangY.f. WangY.q. WangZ. WangZ.g. WangZ.h. WangZ.y. WangZ.y. WangT. WeberD.h. WeiJ.b. WeiP. WeidenkaffS.p. WenU. WiednerM. WolkeL.h. WuL.j. WuZ. WuL. XiaL.g. XiaY. XiaD. XiaoH. XiaoZ.j. XiaoY.g. XieQ.l. XiuG.f. XuJ.j. XuL. XuQ.j. XuQ.n. XuX.p. XuL. YanW.b. YanW.c. YanY.h. YanH.j. YangH.x. YangL. YangY.x. YangM. YeM.h. YeJ.h. YinB.x. YuC.x. YuJ.s. YuC.z. YuanW.l. YuanY. YuanA. YuncuA.a. ZafarA. ZalloY. ZengZ. ZengB.x. ZhangB.y. ZhangC. ZhangC.c. ZhangD.h. ZhangH.h. ZhangH.y. ZhangJ. ZhangJ.j. ZhangJ.l. ZhangJ.q. ZhangJ.w. ZhangJ.y. ZhangJ.z. ZhangK. ZhangL. ZhangS.q. ZhangX.y. ZhangY. ZhangY.h. ZhangY.n. ZhangY.t. ZhangYu ZhangZ.h. ZhangZ.p. ZhangZ.y. ZhangG. ZhaoJ.w. ZhaoJ.y. ZhaoJ.z. ZhaoLei ZhaoLing ZhaoM.g. ZhaoQ. ZhaoQ.w. ZhaoS.j. ZhaoT.c. ZhaoY.b. ZhaoZ.g. ZhaoA. ZhemchugovB. ZhengJ.p. ZhengW.j. ZhengY.h. ZhengB. ZhongL. ZhouX. ZhouX.k. ZhouX.r. ZhouX.y. ZhouK. ZhuK.j. ZhuS. ZhuS.h. ZhuX.l. ZhuY.c. ZhuY.s. ZhuZ.a. ZhuJ. ZhuangL. ZottiB.s. ZouJ.h. Zousubject
PhysicsNuclear and High Energy PhysicsParticle physicsAnnihilationPhysics::Instrumentation and Detectors010308 nuclear & particles physicsPartial wave analysisElectron–positron annihilationHadronDalitz plot01 natural scienceslaw.inventionNuclear physicslaw0103 physical sciencesHigh Energy Physics::ExperimentCenter of massBorn approximation010306 general physicsColliderdescription
Based on e(+)e(-) annihilation data samples collected with the BESIII detector at the BEPCII collider at 13 center-of-mass energies from 4.008 to 4.600 GeV, measurements of the Born cross section o ...
year | journal | country | edition | language |
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2017-08-01 | Physics Letters B |