Effective resolving time in coincidence measurements on the cyclotron beam

Measurements of the intensity distribution of microstructure beam pulses from an isochronous cycIotron are described. Typical intensity distributions resuIt in an increase ofthe chance coincidence rate of coincidence experiments by a factor of 2 over the ideal case of equally sized bursts. Among other factors stray frequencies in the rf may contribute to these intensity fluctuations. 151For a normalized intensity distribution h(l) the chance coincidences are given byh(l) = (j (I-I o ), N chO = clczI~.

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Intensity fluctuations of cyclotron microstructure beam pulses

Linder

Losel

Schatz

et al. 1969

Nuclear Instruments and Methods

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Effective resolving time in coincidence measurements on the cyclotron beam

Cited by 1 publication

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Intensity fluctuations of cyclotron microstructure beam pulses

Intensity fluctuations of cyclotron microstructure beam pulses

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