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Giuseppe Battistoni; INFN, Milano
Jaroslaw Zdebik; UJ, Cracow

J. Zdebik

Abstract:

In this example, I describe the process and results of implementation geometry of the KLOE Barrel Calorimeter with realistic material composition into Fluka package. All my work is based on implemented one calorimeter module with rectangular shape (work was done by: "G. Battistoni, B. Di Micco, A. Ferrari, A. Passeri, V. Patera" ) inside Fluka framework. I describe shortly the development of this module in order to achieve the trapezoid shape (which exists in the realistic world) and finally, the implementation of the complete structure of twenty four modules geometry of the Kloe Barrel Calorimeter (work was done by: J. Zdebik with "B. Di Micco suggestions" )

• Introduction.
• The KLOE calorimeter.
• Material description.
• Single module geometry implementation.
• The barrel geometry implementation.
• Light output simulation.
• Some parts of source code.
• Conclusions.
• Bibliography.

Giuseppe Battistoni; INFN, Milano
Jaroslaw Zdebik; UJ, Cracow

Last updated: 26th of October, 2010