6533b829fe1ef96bd128a45c

RESEARCH PRODUCT

Study of BESIII trigger efficiencies with the 2018 J/psi data

Zhang LiH. P. WangL. K. LiS. LussoS. MaldanerL. KochJ. PetterssonA. KhoukazL. FavaM. H. YeJ. LibbyX. WuY. C. ZhuY. C. ZhuX. H. BaiL. LiuL. LiuX. D. ZhangX. Y. ShanX. Y. ShanYaquan FangY. H. ZhengY. J. SunY. J. SunX. L. LuoA. G. DenigT. HussainK. RavindranM. ShaoM. ShaoY. J. MoY. SchelhaasR. FarinelliG. F. CaoX. D ShiX. D ShiC. ZhongB. KopfY. P. LuC. LiFang LiuV. PrasadV. PrasadM. Z. WangFrederick A. HarrisX. SunJ. Y. ZhaoY. PanI. DenysenkoH. L. MaT. LenzK. BegzsurenM. L. ChenJ. Z. ZhaoY. H. ZhangYi ZhangZiyi WangX. R. LyuB. Q. WangX. CaiM. RoloL. H. WuJ. Z. ZhangS. MarcelloJ. F. ChangUlrich WiednerJ. F. QiuL. P. ZhouHr QiS. B. LiuS. B. LiuM. PelizaeusZ. Y. YouX. C. DaiR. P. GuoXujin YuanW.-b. QianW. X. GongM. Z. WangS. AhmedZhi YangW. Ikegami AnderssonY. X. YangJ. P. ZhengB. S. ZouC. HeroldM. KuessnerL. Z. LiaoL. Q. HuangL. J. WuT. T. HanZ. H. QinL. B. GuoH T ZhangJ. L. ZhangP. X. ShenJ. J. LaneShuang-nan ZhangTao LuoJ. F. SunYanping HuangNiklaus BergerShuai LiuG. MezzadriK. L. HeP. KieseW. G. LiD. LiuD. LiuR. A. BriereN. Yu. MuchnoiN. Yu. MuchnoiY. NefedovT. J. MinZ. HuangM. AlbrechtGuangyi ZhangH. LiangH. LiangY. ZengJ. B. LiuJ. B. LiuZheng WangC. J. TangX. LiuJ. L. PingK. H. RashidZ. WuQ. ZhaoYuanyuan LiuQ. M. MaY. Z. SunQ. P. JiY. HuB. X. YuZhe SunH. J. YangH. J. YangX. S. JiangQ. ZhouY. P. LuL. SunHuanhuan LiuA. RivettiM. N. AchasovM. N. AchasovMingming MaW. S. ChengI. K. KeshkLiqing ZhangW. L. ChangQ. P. JiP. T. GeE. M. GersabeckS. JaegerX. H. XieW. XuT. LiuD. M. LiQ. LiuP. LarinH. J. LuX. P. XuF. WeidnerJ. B. JiaoXu YanJin LiC. W. WangS. JanchivJ. F. HuShulei ZhangY. T. ZhangY. T. ZhangT. Y. XingH. L. DaiYuyi WangYuyi WangGang ZhaoZ. P. MaoY. YuanJ. L. LiuW. Y. SunD. V. DedovichM. X. LuoA. CalcaterraC. Y GuanH. J. WangT. JohanssonX. WangX. ZhouR. PolingX. F. CuiY. DingT. HoltmannH. S. SangH. M. HuX. L. LuY. X. ZhaoY. F. WangJ. L. LiY. G. GaoJ. X. TengJ. X. TengZ. Y. WangH. CaiY. ZhangLei LiR. G. PingF. E. MaasT. HuQ. AnQ. AnR. KappertM. KavatsyukG. YuF. FeldbauerR. Baldini FerroliX. F. WangR. Q. MaYi ChenR. S. ShiY. H. XieS. Q. QuS. S. FangS. SosioZ. J. XiaoD. BettoniH. MuramatsuA. A. ZafarK. SchoenningJing ZhaoM. KuemmelM. H. GuJ. Q. LiA. Q. GuoFeng LiuL. L. MaY. D. WangQ. A. MalikB. J. LiuIgor BoykoM. RumpF. LiG. S. HuangG. S. HuangO. BakinaT. YuW. Y. HanW. ImoehlL. WollenbergW. ShanV. ThorenM. ScodeggioZ. X. MengJ. F. ShangguanL. Q. QinC. L. LuoLing ZhaoC. F. QiaoH. M. LiuT. Y. QiCh. RosnerD. C. ShanM. AblikimH. QiH. QiS. F. ZhangD. Y. ChenS. X. DuS. PacettiS. S. SunY. H. TanM. GrecoL. GongM. HimmelreichM. HimmelreichA. PathakS. NisarS. NisarW. H. WangWei WangWei WangW. KühnH HüskenH HüskenZ. H. LeiZ. H. LeiS. J. ZhaoP. PatteriC. X. YuZongyuan WangLei ZhaoLei ZhaoZ. L. HouMing QiC. X. YueX. S. KangA. DbeyssiM. BertaniY. P. GuoK. J. ZhuP. W. LuoG. X. SunMeng WangJ. H. FengL. M. GuJ. Q. ZhangM. R. AnYu BaiH. XiaoQ. J. XuH. K. SunKe LiJ. DongY. Y. WangX. PanZ. Y. ZhangLi YuanP. R. LiB. ZhengX. DongKlaus PetersKlaus PetersY. B. LiuZhiqing ZhangW. J. ZhuX. Y. ShenM. Y. DongZ. JiaoFu-hu LiuHonghao ZhangG. WilkinsonI. BalossinoX. Y. ZhangI. B. NikolaevI. B. NikolaevH. LeithoffR. T. MaY. T. LiangX. L. JiJ. BlomsM. LellmannX. H. LiX. H. LiXuanhong LouY. K. SunY. K. SunX. L. WangX. R. ZhouX. R. ZhouJ. J. ZhangM. YeC. H. HeinzP. P. SuZ. A. LiuA. KupscL. XiaL. XiaH. B. JiangG. A. ChelkovG. A. ChelkovJiawei ZhangC. DongM. G. ZhaoQ. OuyangR. E. De BoerO. B. KolcuO. B. KolcuX. D. ShiJ. D. LuC. P. ShenX. H. MoA. LavaniaH. B. LiuM. WolkeM. H. LiuF. BianchiM. FritschS. Y. LiL. YangY. B. ZhaoH. S. ChenZ. QianM. DestefanisH. C. ShiH. C. ShiY. G. XieJ. Y. LiuS. Y. XiaoYongsheng GaoF. C. MaJ. H. ZouM. G. KurthD. J. WhiteT. SunW. GradlY. H. ZhengG. FeliciY. R. HouH. LiC. Z. YuanW. D. LiC. X. LinX. X. MaT. J. ZhuG. Y. TangJ. G. MesschendorpYifan YangB. X. ZhangN. Kalantar-nayestanakiKe LiuL. L. WangT. HeldW. C. YanJianyu ZhangX. Y. MaK. X. SuY. X. SongD. Y. WangCheng LiCheng LiY. L. FanX. B. JiY. J. MaoL. LavezziG. F. XuV. RodinH. X. YangX. S. QinC. GengJ. F. WuK. Y. LiuI. GarziaC. F. RedmerZ. A. ZhuC. SchnierY. Q. WangW. M. SongY. BanP. WeidenkaffF. H. HeinsiusJ. H. YinLei ZhangJ. TangY. T. GuN. CaoS. MaldeS. JinS. GuA. ZhemchugovA. ZhemchugovX. T. HuangShi ChenJ. W. ZhangK. WangR. AlibertiS. H. ZhuF. NerlingF. NerlingG. F. ChenR. E. MitchellK. Y. LiuJ. Y. ZhangA. SarantsevA. SarantsevF. De MoriD. H. WeiJ. S. LangeL. YanHuihui LiuZ. G. ZhaoZ. G. ZhaoI. UmanL. Y. DongY. K. HengS. P. WenS. L. YangA. BortoneC. Q. FengC. Q. FengA. N. ZhuHong-lei LiS. SpataroX. K. ZhouJ. G. LuJ. ZhuA GilmanF. CossioM. IrshadM. IrshadZhiqing LiuF. F. SuiP. AdlarsonZ. NingR. KiuchiK. H. QiZ. J. ChenK. GoetzenJ. FangF. YanX. Q. HaoW. B. YanW. B. YanZhenxiong YuanS. L. OlsenW. M. LiuW. M. LiuYan ZhangYan ZhangS. A. CetinPeilian LiuC. X. LiuHuaqiao ZhangR. KliemtA. AmorosoA. MangoniA. GuskovG. CibinettoS. NakhoulS. NakhoulA. YuncuA. YuncuJie YuK. J. ZhuM. MaggioraY. JinYao ZhangG. LiC. D. FuX. R. ChenZ. Y. DengXingguo LiG. RongW. WangF. X. LuY. X. TanY. X. TanH. J. LiC. H. LiB. C. KeH. P. PengH. P. PengS. QianY. F. LiangB. Zhong

subject

Nuclear and High Energy Physicshadronic eventsHadron01 natural sciencesNOHigh Energy Physics - ExperimentNuclear physicsSubatomär fysikBESIII; trigger efficiency; Bhabha; dimuon; hadronic events0103 physical sciencesSubatomic PhysicsBhabhaddc:530trigger efficiency010306 general physicsInstrumentationBhabha scatteringPhysicsdimuon010308 nuclear & particles physicsDetectorBESIIIAstronomy and AstrophysicsCharged particleHigh Energy Physics::ExperimentBESIII trigger efficiency Bhabha dimuon hadronic events

description

Using a dedicated data sample taken in 2018 on the $J/\psi$ peak, we perform a detailed study of the trigger efficiencies of the BESIII detector. The efficiencies are determined from three representative physics processes, namely Bhabha-scattering, dimuon production and generic hadronic events with charged particles. The combined efficiency of all active triggers approaches $100\%$ in most cases with uncertainties small enough as not to affect most physics analyses.

10.1088/1674-1137/abcfabhttp://urn.kb.se/resolve?urn=urn:nbn:se:uu:diva-435187