Summary
In this note we analyze the structure of the code TREDI, devoted to the simulation of space-charge-dominated beam dynamics in three spatial dimensions. The integration method, based on the Lienard-Wiechert potential formalism, is quite general and allows the analysis of a wide class of physical problems ranging from Coulomb repulsion in low-energy beams to coherent synchrotron radiation effects in the high-energy regime. This versatility has been exploited in a simulation where the beam dynamics is followed starting from the cathode, through the acceleration/transport system, up to an undulator magnet.
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References
H.-D. Nuhn,AIP Conf. Proc.,413 (1997) 103.
Fanatz B.,AIP Conf. Proc.,413 (1997) 97.
Rosenzweig J. andMusumeci P., to be published inPhys. Rev. E.
Press W. H.,Flannery B. P.,Teukolsky S. A. andVetterling W. T.,Numerical Recipes (Cambridge University Press) 1986.
Dattoli G., Giannessi L., Quattromini M. andTorre A.,Physica D,111 (1998) 129.
Giannessi L. andQuattromini M.,AIP Conf. Proc.,413 (1997) 313.
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Giannessi, L. 3D simulation of space-charge—dominated beam dynamics. Il Nuovo Cimento A (1971-1996) 112, 447–453 (1999). https://doi.org/10.1007/BF03035856
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DOI: https://doi.org/10.1007/BF03035856