Speaker
Description
The Multipurpose Detector of Muons (MDM) is being developed at the Experimental complex NEVOD (MEPhI). It is made up of 2 pairs of orthogonally oriented layers of drift chambers interleaved with 2 layers of steel absorbers. The MDM is designed to detect single and multi-particles events of cosmic ray muons up to 60º zenith angle.
The sequential model of the MDM consists of: the detector geometry and interactions with detector material modeled in Geant4; the EM fields and gas amplification within the drift chambers modeled in Garfield++; the front end electronics simulated in LTspice. The responses of this sequential model to EAS events simulated in CORSIKA are obtained and reconstructed in order to compare them with the reconstructed events of the real detector.
The poster will present the outputs of simulation at each stage of this sequence and discuss the results of reconstruction.
