Abstract
Total and partial mass attenuation coefficients of different building materials (glass, concrete, marble, flyash, cement and lime) have been computed over a wide energy range of 10 keV to 100 GeV. For the total mass attenuation coefficient, μ total a significant variation is observed in low and high energy regions whereas there is no notable change in μ total in the intermediate region. The results of μ total have been discussed on the basis of obtained attenuation coefficients of different partial photon interaction processes.
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