Some energy resolution effects for hadron jets in a calorimeter array

A calorimeter array, modular three-dimensionally, was used in experiment E-395 (FLPW) at Fermilab. Calibration curves were taken with monoenergetic beams of hadrons and electrons. In a typical hadron jet PI0's and other hadrons intermingle their energy showers in the calorimeter. A simple signal weighting prescription was used, for modules at different depths, to obtain the true p/sub TAU/ spectrum from the apparent p/sub TAU/ spectrum. This prescription has been tested with Monte Carlo simulated jets, by M.D. Corcoran and A.R. Erwin, and found to permit extraction of physics results from the experimental jet data. Here we report some further studies of the adequacy of this weighting procedure, and the sensitivity of the resolution unfolding procedure to variations in the resolution curves