Radon transport from soil to air and Monte-Carlo simulation

The exhalation of geochemical entities from soil to air is significant understand Lithosphere-Atmospheric relationships. Some these are capable modifying the lower atmosphere, and they employed in various studies. Radon one gasses widely recognized as a dominant ionization source near ground regions troposphere. steady state Rn transport equation considered many cases for estimating migration on condition that time evolution ignored. A method proposed radon space-time air. This achieved by solving with special boundary conditions. Similar results obtained some experimented models, well reported values literature set parameter combinations. Strengths limitations discussed. model useable study Lithosphere-Atmosphere It can also be other studies like Global Electric Circuit or Seismo-Ionospheric