Analysis of Secondary Particles as a Complement to Muon Scattering Measurements

Cosmic ray tomography is an emerging imaging technique utilizing ambient source of radiation. One common method based on the measurement muons scattered by examined objects, which allows reconstruction and discrimination materials with different properties. From interaction air shower particles induced through cosmic rays material to be scanned, secondary particles, predominantly photons, neutrons electrons, can produced, carry complementary information about objects their materials. However, this currently not fully exploited or only studied in coincidence incoming particles. Therefore, work presents a novel approach from reconstruct discriminate made out variety It also includes detailed analysis kinematics dependency characteristics. In addition, algorithm produce 3D maps volume introduced. This results successful differentiation various geometrical compositions.