Quasi-frozen spin for both deuteron and proton beam at periodic EDM storage ring lattice
novel experimental setup with spatially separated magnetic and electrostatic fields is proposed for proton and deuteron electric dipole moment (EDM) studies. The lattice design, which employs a spin compensator to achieve the quasi-frozen spin condition for precise measurements, demonstrates adaptability to existing facilities for high energy physics research.
Kolokolchikov, Mr. Sergey、Senichev, Yu. V.、Melnikov, Mr. Alexey、ksentev, A. E.、Palamarchuk, Miss Patricia
MIPT;FSBIS INR RASMIPT;FSBIS INR RASFSBSI L D Landau Institute for Theoretical Physics of Russian Academy of Sciences;MIPT;FSBIS INR RASNational Research Nuclear University MEPhI;MIPT;FSBIS INR RASNational Research Nuclear University MEPhI;FSBIS INR RAS
物理学
Quasi-frozen spinWien filterElectric dipole momentElectrostatic deflector
Kolokolchikov, Mr. Sergey,Senichev, Yu. V.,Melnikov, Mr. Alexey,ksentev, A. E.,Palamarchuk, Miss Patricia.Quasi-frozen spin for both deuteron and proton beam at periodic EDM storage ring lattice[EB/OL].(2025-07-02)[2025-07-19].https://chinaxiv.org/abs/202507.00004.点此复制
评论