Explicit symplectic integrator for particle tracking in s-dependent static electric and magnetic fields with curved reference trajectory

We describe a method for symplectic tracking of charged particles through static electric and magnetic fields. The method can be applied to cases where the fields have a dependence on the longitudinal as well as transverse position and where the reference trajectory may have nonzero curvature. Appli...

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Main Authors: A. Wolski, A. T. Herrod
Format: Article
Language:English
Published: American Physical Society 2018-08-01
Series:Physical Review Accelerators and Beams
Online Access:http://doi.org/10.1103/PhysRevAccelBeams.21.084001
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author A. Wolski
A. T. Herrod
author_facet A. Wolski
A. T. Herrod
author_sort A. Wolski
collection DOAJ
description We describe a method for symplectic tracking of charged particles through static electric and magnetic fields. The method can be applied to cases where the fields have a dependence on the longitudinal as well as transverse position and where the reference trajectory may have nonzero curvature. Application of the method requires analytical expressions for the scalar and vector potentials: We show how suitable expressions, in the form of series analogous to multipole expansions, can be constructed from numerical field data, allowing the method to be used in cases where only numerical field data are available.
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spelling doaj.art-05a454b2f2484e82ae6fdca324fcceaa2022-12-22T00:34:52ZengAmerican Physical SocietyPhysical Review Accelerators and Beams2469-98882018-08-0121808400110.1103/PhysRevAccelBeams.21.084001Explicit symplectic integrator for particle tracking in s-dependent static electric and magnetic fields with curved reference trajectoryA. WolskiA. T. HerrodWe describe a method for symplectic tracking of charged particles through static electric and magnetic fields. The method can be applied to cases where the fields have a dependence on the longitudinal as well as transverse position and where the reference trajectory may have nonzero curvature. Application of the method requires analytical expressions for the scalar and vector potentials: We show how suitable expressions, in the form of series analogous to multipole expansions, can be constructed from numerical field data, allowing the method to be used in cases where only numerical field data are available.http://doi.org/10.1103/PhysRevAccelBeams.21.084001
spellingShingle A. Wolski
A. T. Herrod
Explicit symplectic integrator for particle tracking in s-dependent static electric and magnetic fields with curved reference trajectory
Physical Review Accelerators and Beams
title Explicit symplectic integrator for particle tracking in s-dependent static electric and magnetic fields with curved reference trajectory
title_full Explicit symplectic integrator for particle tracking in s-dependent static electric and magnetic fields with curved reference trajectory
title_fullStr Explicit symplectic integrator for particle tracking in s-dependent static electric and magnetic fields with curved reference trajectory
title_full_unstemmed Explicit symplectic integrator for particle tracking in s-dependent static electric and magnetic fields with curved reference trajectory
title_short Explicit symplectic integrator for particle tracking in s-dependent static electric and magnetic fields with curved reference trajectory
title_sort explicit symplectic integrator for particle tracking in s dependent static electric and magnetic fields with curved reference trajectory
url http://doi.org/10.1103/PhysRevAccelBeams.21.084001
work_keys_str_mv AT awolski explicitsymplecticintegratorforparticletrackinginsdependentstaticelectricandmagneticfieldswithcurvedreferencetrajectory
AT atherrod explicitsymplecticintegratorforparticletrackinginsdependentstaticelectricandmagneticfieldswithcurvedreferencetrajectory