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A precision measurment of inclusive electron scattering cross sections wascarried out at Jefferson Lab in the quasi-elastic region for ${^4}$He,${^{12}}$C, ${^{56}}$Fe and ${^{208}}$Pb targets. Longitudinal ($R_{L}$) andtransverse ($R_{T}$) response functions of nucleon were extracted in themomentum transfer range 0.55 GeV/c$\le$$|q|$$\le$1.0 GeV/c. To achieve theabove goal, a NaI (Tl) calorimeter was used to distinguish good electrons frombackground including pions and low energy electrons rescattered from walls ofthe spectrometer magnets. Due to a large set of kinematics and changes in HVsettings, a number of calibrations were performed for the NaI (Tl) detector.Corrections for a few blocks of NaI (Tl) with bad or no signal were applied.The resolution of NaI (Tl) detector after calibration reached $\frac{\deltaE}{\sqrt{E}} \approx 3\%$ at E=1 GeV. The performance of NaI (Tl) detector wascompared with a simulation.

NaI (Tl) Calorimeter Calibration and Simulation for Coulomb Sum Rule Experiment in Hall-A at Jefferson Lab