Speaker
Nikola Veselinovic
Description
Development of a Geant4 application which models propagation and interaction of cosmic rays with the soil - loess, including the simulation of creation of cosmogenic radionuclides in soil is reported. CORSIKA is used to simulate the propagation of cosmic rays through atmosphere to the ground. The distribution of concentration of produced radionuclides by depth from simulation is presented thus allowing alternative method of study loess geomorfology but also to study cosmic ray flux modulated by the sun activity on long-term scale. The possibility of detection using laboratory equipment of these cosmogenic radionuclides created in soil is discussed.
| Length of presentation requested | Oral presentation: 8 min + 2 min questions (Poster-type talk) |
|---|---|
| Please select between one and three keywords related to your abstract | Cosmic Rays |
| 2nd keyword (optional) | Nuclear physics - experimental |
Authors
Nikola Veselinovic
Dimitrije Maletic
Mihailo Savic
(Institute of Physics Belgrade)
Dr
Aleksandar Dragić
(Institute of Physics Belgrade)
Dejan Jokovic
(Institute of Physics, University of Belgrade)
Dr
Radomir Banjanac
(Institute of physics Belfrade)
Dr
David Knežević
(Institute of physics Belgrade)
Dr
Vladimir Udovičić
(Institute of Phyisics Belgrade)
