Analytical considerations for linear and nonlinear optimization of the TME cells. Application to the CLIC pre-damping rings

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The theoretical minimum emittance cells are the optimal configurations for achieving the absolute minimum emittance, if specific optics constraints are satisfied at the middle of the cell's dipole. Linear lattice design options based on an analytical approach for the theoretical minimum emittan...

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Detalles Bibliográficos
Autores principales: Antoniou, F., Papaphilippou, Y.
Lenguaje:eng
Publicado: 2013
Materias:
Accelerators and Storage Rings
Acceso en línea:https://dx.doi.org/10.1103/PhysRevSTAB.17.064002
http://cds.cern.ch/record/1612331
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author Antoniou, F.
Papaphilippou, Y.
author_facet Antoniou, F.
Papaphilippou, Y.
author_sort Antoniou, F.
collection CERN
description The theoretical minimum emittance cells are the optimal configurations for achieving the absolute minimum emittance, if specific optics constraints are satisfied at the middle of the cell's dipole. Linear lattice design options based on an analytical approach for the theoretical minimum emittance cells are presented in this paper. In particular the parametrization of the quadrupole strengths and optics functions with respect to the emittance and drift lengths is derived. A multi-parametric space can be then created with all the cell parameters, from which one can chose any of them to be optimized. An application of this approach are finally presented for the linear and non-linear optimization of the CLIC Pre-damping rings.
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institution Organización Europea para la Investigación Nuclear
language eng
publishDate 2013
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spelling cern-16123312023-07-20T15:02:53Zdoi:10.1103/PhysRevSTAB.17.064002http://cds.cern.ch/record/1612331engAntoniou, F.Papaphilippou, Y.Analytical considerations for linear and nonlinear optimization of the TME cells. Application to the CLIC pre-damping ringsAccelerators and Storage RingsThe theoretical minimum emittance cells are the optimal configurations for achieving the absolute minimum emittance, if specific optics constraints are satisfied at the middle of the cell's dipole. Linear lattice design options based on an analytical approach for the theoretical minimum emittance cells are presented in this paper. In particular the parametrization of the quadrupole strengths and optics functions with respect to the emittance and drift lengths is derived. A multi-parametric space can be then created with all the cell parameters, from which one can chose any of them to be optimized. An application of this approach are finally presented for the linear and non-linear optimization of the CLIC Pre-damping rings.The theoretical minimum emittance cells are the optimal configurations for achieving the absolute minimum emittance, if specific optics constraints are satisfied at the middle of the cell’s dipole. Linear lattice design options based on an analytical approach for the theoretical minimum emittance cells are presented in this paper. In particular the parametrization of the quadrupole strengths and optics functions with respect to the emittance and drift lengths is derived. A multiparametric space can be then created with all the cell parameters, from which one can choose any of them to be optimized. An application of this approach is finally presented for the linear and nonlinear optimization of the Compact Linear Collider predamping rings.The theoretical minimum emittance cells are the optimal configurations for achieving the absolute minimum emittance, if specific optics constraints are satisfied at the middle of the cell's dipole. Linear lattice design options based on an analytical approach for the theoretical minimum emittance cells are presented in this paper. In particular the parametrization of the quadrupole strengths and optics functions with respect to the emittance and drift lengths is derived. A multi-parametric space can be then created with all the cell parameters, from which one can chose any of them to be optimized. An application of this approach are finally presented for the linear and non-linear optimization of the CLIC Pre-damping rings.arXiv:1310.5024CLIC-Note-991oai:cds.cern.ch:16123312013-10-18
spellingShingle Accelerators and Storage Rings
Antoniou, F.
Papaphilippou, Y.
Analytical considerations for linear and nonlinear optimization of the TME cells. Application to the CLIC pre-damping rings
title Analytical considerations for linear and nonlinear optimization of the TME cells. Application to the CLIC pre-damping rings
title_full Analytical considerations for linear and nonlinear optimization of the TME cells. Application to the CLIC pre-damping rings
title_fullStr Analytical considerations for linear and nonlinear optimization of the TME cells. Application to the CLIC pre-damping rings
title_full_unstemmed Analytical considerations for linear and nonlinear optimization of the TME cells. Application to the CLIC pre-damping rings
title_short Analytical considerations for linear and nonlinear optimization of the TME cells. Application to the CLIC pre-damping rings
title_sort analytical considerations for linear and nonlinear optimization of the tme cells. application to the clic pre-damping rings
topic Accelerators and Storage Rings
url https://dx.doi.org/10.1103/PhysRevSTAB.17.064002
http://cds.cern.ch/record/1612331
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AT papaphilippouy analyticalconsiderationsforlinearandnonlinearoptimizationofthetmecellsapplicationtotheclicpredampingrings

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