Electromagnetic properties of light nuclei 董宇兵（Yubing Dong） Institute of High Energy physics, Chinese Academy of Sciences 2019/9/18 15强子物理与核物理前沿研讨会
Contents I, Motivation: Electromagnetic probes Proton, Light nuclei : Deuteron, He-3… II, Deuteron Form Factors III, He-3 target IV, Generalized parton distribution functions V, Few remarks 15强子物理与核物理前沿研讨会 2019/9/18
I,Motivation: Parton distribution functions Parton distribution functions Generalized parton distribution functions 2019/9/18 15强子物理与核物理前沿研讨会
Form factors of Nucleon (from ep) Nucleon has its intrinsic structure p(uud), n(udd) Photon and nucleon interaction is not point-like The fundamental properties of nucleon :Charge and magnetization distributions Test model calculations of the intrinsic structure of nucleon One-photon exchange Electron-photon： Nucleon EM vertex： 2019/9/18 15强子物理与核物理前沿研讨会
Measurement —Rosenbluth Separation (OPE) Differential cross section： Form factors of Nucleon In OPE Space like Measurement —Rosenbluth Separation (OPE) Differential cross section： 2019/9/18 15强子物理与核物理前沿研讨会
Parton distribution functions (quark, gluon) Generalized parton distributions 2019/9/18 15强子物理与核物理前沿研讨会
FFs and GPDs of nucleon 2019/9/18 15强子物理与核物理前沿研讨会
II, Deuteron form factors (Spin=1, pn Sys II, Deuteron form factors (Spin=1, pn Sys.) eD elastic scattering (OPE) Electron-deueron elastic scattering (OPE) D D Deuteron: spin-1 particle 2019/9/18 15强子物理与核物理前沿研讨会
Deuteron form factors (parameterizations, PRC73,(2006)) 2019/9/18 15强子物理与核物理前沿研讨会
Approach (phenomenological ) 2019/9/18 15强子物理与核物理前沿研讨会
Deuteron EM form factors(vertex) 2019/9/18 15强子物理与核物理前沿研讨会
2019/9/18 15强子物理与核物理前沿研讨会
Weekly bound system of ppn (3-body) Nucleus III, He-3 Form factors Spin-1/2 particle Weekly bound system of ppn (3-body) Nucleus 2019/9/18 15强子物理与核物理前沿研讨会
Diagonal case (ξ = 0) 2019/9/18 15强子物理与核物理前沿研讨会
2019/9/18 15强子物理与核物理前沿研讨会
Summary (Deuteron and He-3): The deuteron properties are expressed in terms of the nucleon form factors as well as loop integral Deuteron EM properties are studied with a Phenomenological effective approach He-3 EM properties are studied with a Phenomenological effective approach The He-3 properties are expressed in terms of the nucleon form factors as well as GPDs The application of this approach to other light nucleus is expected. 2019/9/18 15强子物理与核物理前沿研讨会
GPDs of deuteron (Spin-1) 2019/9/18 15强子物理与核物理前沿研讨会
Symmetries (Time reversal) Relations and sum rules 2019/9/18 15强子物理与核物理前沿研讨会
2019/9/18 15强子物理与核物理前沿研讨会
2019/9/18 15强子物理与核物理前沿研讨会
Nucleon PDFs 2019/9/18 15强子物理与核物理前沿研讨会
Discussions for tensor structure function Deuteron Tensor structure function measured in DESY is sensitive to the small x-region (EIC). 2019/9/18 15强子物理与核物理前沿研讨会
Few remarks at RHIC: eRHIC at Jlab. :MEIC(1)+ELIC at LHC : LHeC at GSI/FAIR: ENC 2019/9/18 15强子物理与核物理前沿研讨会
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Future Experiment in China EIC@HIAF High Intensity Heavy Ion Advanced(HIAF) Facility Electron energy 3 GeV Proton energy 12 GeV Luminosity double polarizations (electron and ion beam) 2019/9/18 15强子物理与核物理前沿研讨会
Thanks…… 2019/9/18 15强子物理与核物理前沿研讨会
Deuteron form factors (Approach, the simplest case) 2019/9/18 15强子物理与核物理前沿研讨会
GPDs in the approach 2019/9/18 15强子物理与核物理前沿研讨会
Diagonal case (ξ = 0) 2019/9/18 15强子物理与核物理前沿研讨会
Summary(2): He-3 EM properties are studied with a Phenomenological effective approach The He-3 properties are expressed in terms of the nucleon form factors as well as GPDs The application of this approach to other light nucleus is expected. 2019/9/18 15强子物理与核物理前沿研讨会
GPDs in the approach (for deuteron) 2019/9/18 15强子物理与核物理前沿研讨会
Summary (deuteron): The deuteron properties are expressed in terms of the nucleon form factors as well as loop integral Deuteron EM properties are studied with a Phenomenological effective approach 2019/9/18 15强子物理与核物理前沿研讨会