Abstract
We have built a sandwich calorimeter consisting of 10 mm thick lead plates and 2.5 mm thick scintillator sheets. The thickness ratio between lead and scintillator was optimized to achieve a good energy resolution for hadrons. We have exposed this calorimeter to electrons, hadrons and muons in the energy range between 3 and 75 GeV, obtaining an average energy resolution of 23% E for electrons and 44% E for hadrons. For energies above 10 GeV and after leakage corrections, the ratio of electron response to hardron response is 1.05.
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