The synchronous transfer of beam from the booster into the NAL main ring results in a partial turn of beam circulating in the main ring. This situation presents large step changes in beam-loading to the main-ring RF system which must be handled by the cavity-regulation loops. The behavior of the main-ring RF system under these conditions has been studied with the aid of the IBM S/360 Continuous System Modeling Program (CSMP). The CSMP provides an analysis of system behavior starting from a system block diagram and a description of the driving functions. This paper describes the RE system under study and the response predicted by the program to a variety of beam-loading conditions.
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G.H. Rees (1969) studied this question.
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