摘要
The gamma-ray linear and the mass attenuation coefficients of Pb, Al, Cu, and plexiglass materials were calculated from both experimental and theoretical(simulation) methods. For the experimental results, a spectrometer, which was consisted of a Na I(Tl) inorganic scintillation detector, was used. The theoretical attenuation values were calculated by means of the FLUKA Monte Carlo(MC) and XCOM programs. Obtained attenuation coefficients from the experiment and the theoretical methods were compared with each other and literature values.
The gamma-ray linear and the mass attenuation coefficients of Pb, Al, Cu, and plexiglass materials were calculated from both experimental and theoretical（simulation） methods. For the experimental results, a spectrometer, which was consisted of a Na I（Tl） inorganic scintillation detector, was used. The theoretical attenuation values were calculated by means of the FLUKA Monte Carlo（MC） and XCOM programs. Obtained attenuation coefficients from the experiment and the theoretical methods were compared with each other and literature values.
基金
Supported by TUBITAK,the Scientific and Technical Research Council of TURKEY(No.197T087)
EBILTEM,Center of Science and Technology,Ege University(No.99 BIL 001)
the Scientific Research Project of Ege University(No.2011 FEN 085)
Uludag University(No.OUAP(F)-2012/26)
