Abstract
This paper describes a novel method for calibrating the electromagnetic part of the “Spaghetti Calorimeter” at a high-luminosity, multi-TeV, hadron collider. The method takes advantage of the very high rate of γ's produced in interactions, the very fine granularity of the calorimeter and its permeability to preshower detector signals. The calibration constants of each calorimeter module can be set at the 1% level by correlating them to the transverse momentum spectrum of the γ's produced in the interactions.
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