Primary Ionization Simulation for Different Gas Mixtures

The primary ionization in a gas mixture is crucial nuclear and particle physics experiments. In many experiments, the utilized understanding charge density discharge formation studies. We present simulation of argon based mixtures to get number primaries, energy spatial information with geant4 heed++ toolkits that have been used simulate passage particles through matter. toolkit has an advantage obtaining like deposition position co-ordinates after each step i.e., at which done some interactions complex, realistic, three-dimensional geometry. These steps generate computing cross-sections processes were taken into account for this volume. primaries generated also compared those obtained using heed+ +. Alpha muons simulated study ionization. A similar was carried out 55 Fe radioactive nature captures electron. Mn (X-rays), νe, auger electrons gammas produced process. Gamma out. responses alpha, muon, gamma found be distinct due their different properties.