Study 10 GeV electron showers in a lead - liquid Argon (lAr) sandwich calorimeter with dlead = 2 mm and dsci = 3 mm; shower axis perpendicular to sandwich plates. Increase the number of layers to 100.
Run the prepared application
What is the radiation length of such a sandwich? What is the moliere radius?
Note: This is a paper exercise.
Determine the resolution the sandwich. How does it change when vary the radiator thickness d_lead from 1 to 5 mm.
About 20 events should be sufficient.
Determine the shower maximum for electron showers from 10 and 100 GeV? You may consider to make a fit (use function 'longo').
Hint: You need only 5-10 events.
Study the resolution as a function of lateral leakage: assume a calorimeter boundary as a plane parallel to the shower axis with perpendicular distance between 2.0 and 0.0 Moliere radii.
Study the resolution as a function of longitudinal leakage: Assume a calorimeter depth of tmax +0.0 to tmax +15.0 radiation lengths and discuss the shape of the distributions.
You change the length of the calorimeter by changing the number of layers.