C Huang et al 2009 J. Phys.: Conf. Ser. 180 012005 doi:10.1088/1742-6596/180/1/012005
C Huang1, W An1, V K Decyk1, W Lu1, W B Mori1, F S Tsung1, M Tzoufras2, S Morshed3, T Antonsen3, B Feng4, T Katsouleas5, R A Fonseca6, S F Martins6, J Vieira6, L O Silva6, E Esarey7, C G R Geddes7, W P Leemans7, E Cormier-Michel7, J-L Vay7, D L Bruhwiler8, B Cowan8, J R Cary8,9 and K Paul8
Show affiliationsThe concept and designs of plasma-based advanced accelerators for high energy physics and photon science are modelled in the SciDAC COMPASS project with a suite of Particle-In-Cell codes and simulation techniques including the full electromagnetic model, the envelope model, the boosted frame approach and the quasi-static model. In this paper, we report the progress of the development of these models and techniques and present recent results achieved with large-scale parallel PIC simulations. The simulation needs for modelling the plasma-based advanced accelerator at the energy frontier is discussed and a path towards this goal is outlined.
Issue 1 (2009)
C Huang et al 2009 J. Phys.: Conf. Ser. 180 012005
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