Radioactive material defense construction using wind fan system against nuclear fallout in the aspect of nano-scopic dispersion

Radioactive fallout defense system (RFDS) is suggested against possible nuclear accidents. A procedure consisting of several stages is considered. In particular, the dispersion of radioactive material is investigated for the case of wind fan operation where the radioactive molecules are considered as nano-scopic material. The modeling is done for one country dealing with a possible nuclear accident in another country. This study is thus applicable to regions where westerlies are prevailing. An aerodynamic fan analysis is performed. The incoming free wind stream is characterized by random sampling in Monte-Carlo simulation. The velocity of the fan is a critical aspect of the model. This model is applicable for volcanic ashes, nuclear bomb fallout, chemical material dispersion, and any other material combined with airflow. In addition, this fan could be studied, with nano-scale considerations, by a multi-scale technique.

► A realistic radiation protection system using aerodynamics is suggested.
► Manual formation procedure is constructed by this modeling.
► Chemical and natural accidents by wind fan are applicable.
► Nuclear disaster is avoided by national defense system.
► A sample case is realistically modeled.