A Preliminary Study on a Compact Muon Tomography Station for Educational Exhibition Purposes

The fact that most of the radiation application techniques are based on artificial radiations has been dominantly informed, and this circumstance may strengthen the misconception which mentioned above. From this point of view, therefore, it is essential to improve the public awareness of the usualness and promote the receptivity of radiation. As the result shows, the higher atomic number accompanies, the larger average scattering angle and the wider distribution of angle. In particular, it is important that the refraction angle of lead is clearly different from that of organic matter. Because the deviation of the angle between each material is an essential criterion for regarding the spatial resolution, this result can provide an important clue for a conceptional design of the compact muon tomography station.