Abstract
High current pulses containing 1000 proton bunches are accelerated from 9 GeV/c to 150 GeV/c for fixed target operations. Single, intense proton and anti proton bunches are produced in the coalescing operation at 150 GeV/c just before injection into the Tevatron collider. At 120 GeV/c the bunch length of proton bunches is shortened using the bunch rotation process just before targeting for antiproton production. In all of these beam manipulations longitudinal stability is crucial. In order to improve present performance and predict beam behavior in future upgrades, the longitudinal impedance of the main ring must be measured. Results of such measurements are presented. >
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