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Abstract
The production of intense low emittance beams for free electron laser operation requires new approaches to linear accelerator design. Examples are the use of high gradient single cell resonators instead of conventional multi-cavity structures, the use of magnetic bunching at relatively high energies instead of conventional bunching at low energy, and the use of multiple frequency (harmonically related) rf fields for acceleration instead of single frequency fields. Advantages of the use of multiple frequency rf fields will be discussed, and the results of numerical calculations comparing multiple frequency versus single frequency acceleration will be presented.
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