Abstract: Application of Monte-Carlo? method for determination of optical radiation flow density of forest fires in a cloudless atmosphere with dependence on optic-geometrical parameters of surface’s relief for the case of multi and single scattering is offered in this work. The use of initial directions of photon trajectory, free path length of the photon, coordinates of interact points between the photon and environment, also probabilities of photon’s getting to a receiver into the statistical modeling of direction of distribution of optical radiation of fires is proposed.

Keywords: Monte-Carlo? method, photon trajectory, radiation transfer.

ACM Classification Keywords: I.6 Simulation and Modeling. I.6.8 Types of Simulation - Monte Carlo.

Link:

STATISTICAL MODELING OF SPREAD OF OPTICAL FIELDS IN FIRES

Elena Visotskaja, Olga Kozina, Veronika Lachenova, Olga Remaeva, Tatiana Remaeva

http://foibg.com/ibs_isc/ibs-15/ibs-15-p20.pdf