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Lucretia: A Matlab-Based Toolbox for the Modellingand Simulation of Single-Pass Electron Beam Transport Systems

By P. Tenenbaum and /SLAC

Abstract

We report on Lucretia, a new simulation tool for the study of single-pass electron beam transport systems. Lucretia supports a combination of analytic and tracking techniques to model the tuning and operation of bunch compressors, linear accelerators, and beam delivery systems of linear colliders and linac-driven Free Electron Laser (FEL) facilities. Extensive use of Matlab scripting, graphics, and numerical capabilities maximize the flexibility of the system, and emphasis has been placed on representing and preserving the fixed relationships between elements (common girders, power supplies, etc.) which must be respected in the design of tuning algorithms. An overview of the code organization, some simple examples, and plans for future development are discussed

Topics: Power Supplies, Linear Colliders, 43 Particle Accelerators, Flexibility, Linear Accelerators, Compressors, Tuning Accelerators, Computing,Accphy, Accelerators, Computing,Accphy, Electron Beams, Design, Accelerators, Free Electron Lasers, Simulation, Transport, Algorithms
Publisher: Stanford Linear Accelerator Center
Year: 2005
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Provided by: UNT Digital Library
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