Three possible ways of converting beam power into luminosity are investigated: two short bunches colliding with each other, two long ones doing so, and two pulses of bunch trains which interact. Some of the implications of linacs for very high frequencies are considered, emphasizing the factors that influence the efficiency of converting rf power into luminosity and assuming that suitable power sources are or will be available. Some characteristics of structures that seem feasible for very high frequency accelerators are described. 6 refs., 6 figs. (LEW)
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Brookhaven National Lab., Upton, NY (USA)
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Upton, New York
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Three possible ways of converting beam power into luminosity are investigated: two short bunches colliding with each other, two long ones doing so, and two pulses of bunch trains which interact. Some of the implications of linacs for very high frequencies are considered, emphasizing the factors that influence the efficiency of converting rf power into luminosity and assuming that suitable power sources are or will be available. Some characteristics of structures that seem feasible for very high frequency accelerators are described. 6 refs., 6 figs. (LEW)
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