Chromatic Corrections for Large Storage Rings

Chromatic Corrections for Large Storage Rings

The use of the achromat concept (1) to facilitate chromatic corrections in large storage rings is illustrated. The example given in this report is a lattice for a 75 GeV/c ring with six interaction regions having a betax = 1.6 m, a betay = 0.lm and a luminosity of 1.4 1032cm-2s-1. The chromatic corr...

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Veröffentlicht in:IEEE transactions on nuclear science 1979-01, Vol.26 (3), p.3598-3600, Article 3598
Hauptverfasser: Servranckx, R. V., Browm, K. L.
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Sprache:eng
Schlagworte:
Degradation
Equations
Lattices
Magnets
Positrons
Reflection
Storage rings
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container_title IEEE transactions on nuclear science
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creator Servranckx, R. V.
Browm, K. L.
description The use of the achromat concept (1) to facilitate chromatic corrections in large storage rings is illustrated. The example given in this report is a lattice for a 75 GeV/c ring with six interaction regions having a betax = 1.6 m, a betay = 0.lm and a luminosity of 1.4 1032cm-2s-1. The chromatic corrections are done with four families of sextupoles, two for each transverse plane, the strengths of which are determined by the solution of four linear equations in four unknowns. The basic simplicity of the method allows on-line control of the sextupole adjustments.
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subjects Degradation
Equations
Lattices
Magnets
Positrons
Reflection
Storage rings
title Chromatic Corrections for Large Storage Rings
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