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Title Polarization control in spin-transparent hadron colliders by weak-field navigators involving lattice enhancement effect
Abstract Hadron polarization control schemes for Spin Transparent (ST) synchrotrons are analyzed. The spin dynamics and beam polarization in such synchrotrons are controlled by spin navigators (SN) which are special small insertions of weak magnetic fields. An SN stabilizes the beam polarization and allows for setting any desirable spin orientation at an interaction point in the operational regime, including a frequent spin flip. We present a general approach to design of SNs. We distinguish different types of SNs, namely, those not causing closed orbit perturbation as well as those producing local and global orbit distortions. In the second case, the concept of the spin response function in an ST synchrotron is applied and expanded to reveal the effect of the SN strength enhancement by magnetic lattice of the synchrotron. We provide conceptual schemes for SN designs using longitudinal and transverse magnetic fields allowing for polarization control at low as well as high energies. We also deve
Author(s) Yury Filatov, Anatoliy Kondratenko, M. Kondratenko, Slava Derbenev, Vasiliy Morozov, A. Butenko, E. Syresin, E. Tsyplakov
Publication Date November 2021
Category Electron/Positron Sources
Document Type Journal Article
Primary Institution Thomas Jefferson National Accelerator Facility, Newport News
Affiliation Accelerator Ops, R&D / Cntr-Adv Studies of Acce / Ctr for Adv Stud of Accel
Funding Source Nuclear Physics (NP), AC05-00OR22725
Proprietary? No
This publication conveys Technical Science Results
Document Numbers
JLAB Number: JLAB-ACP-21-3505 OSTI Number: 1842438
LANL Number: Other Number: DOE/OR/23177-5416
Associated with an experiment No
Associated with EIC No
Supported by Jefferson Lab LDRD Funding No
Journal Article
Journal Name European Physical Journal C
Refereed Yes
Volume 81
Issue 11
Page(s) 986
Attachments/Datasets/DOI Link
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DOI Link
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