This analysis demonstrates continuous calibration of the Kloe detector using quasi-real Compton scattering, indicating its suitability for high-rate environments.
Quasi-real Compton scattering, previously used in e^+e^- and e p collisions for luminosity measurements and detector calibration at PEP and HERA, is discussed for the energy range available at the construenda ϕ -factory DAFNE. We show that the very high rate expected at DAFNE makes this process particularly convenient for a contiuous calibration of the KLOE detector over the full angular range, directly from the data.
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A. et al. (1996) studied this question.
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