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Fixed-field alternating gradient accelerators are promising candidates fornext-generation 10 MW-class high power proton drivers. Recent advances inlattice design of non-scaling FFAGs have progressed toward both isochronicityand chromatic correction. The resulting 1 GeV non-scaling FFAG design may beable to support a continuous (CW) beam with far lower peak current than thepulsed alternative. A 6-cell non-scaling FFAG design is described and recentwork in modeling 3D space charge using the OPAL framework is presented,including fixed energy studies and beam dynamics with fast acceleration in theso-called serpentine channel.

The potential for a high power FFAG proton driver for ADS