TRACKING CODE DEVELOPMENT FOR BEAM DYNAMICS OPTIMIZATION

Yang, L

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DOE OSTI · 1013541

TRACKING CODE DEVELOPMENT FOR BEAM DYNAMICS OPTIMIZATION

Yang, L

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Abstract

Dynamic aperture (DA) optimization with direct particle tracking is a straight forward approach when the computing power is permitted. It can have various realistic errors included and is more close than theoretical estimations. In this approach, a fast and parallel tracking code could be very helpful. In this presentation, we describe an implementation of storage ring particle tracking code TESLA for beam dynamics optimization. It supports MPI based parallel computing and is robust as DA calculation engine. This code has been used in the NSLS-II dynamics optimizations and obtained promising performance.

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43 PARTICLE ACCELERATORS ACCELERATORS APERTURES BEAM DYNAMICS denamics optimizations and obtained IMPLEMENTATION national synchrotron light source OPTIMIZATION PERFORMANCE STORAGE RINGS usual integration over slices

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BibTeX RIS

Yang, L. 2011-03-28. TRACKING CODE DEVELOPMENT FOR BEAM DYNAMICS OPTIMIZATION. https://www.osti.gov/biblio/1013541

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