Zr 2 (Fe,Ni) alloys had been analyzed for the bulk attenuation coefficients, photoelectric absorption, incoherent, coherent and pair production processes.The effective atomic figures and electron densities had been also calculated.The computed results show that the complete bulk attenuation coefficient decreased with boosting of gamma rays energy.The worth of total mass attenuation coefficient of each materials was different, which depend on chemical substance compositions of blend.
The partials relationships, efficient atomic quantities and electron densities had been also computed and discussed. Kaewkhao, T. Asavavisithchai, Annals of Nuclear Power Volume 53 (2013) 6468. The amorphous nature of the eyeglasses was examined by using X-ray diffraction spectroscopy. FTIR spectra for the eyeglasses were recorded in the range of 4000400 cm 1. Winxcom Program For Calculating X-Ray Attenuation Coefficients Code And XCOMWinxcom Program For Calculating X-Ray Attenuation Coefficients Software Program WithinThe bulk attenuation coefficients ( ) for the eyeglasses were calculated by the Géant4 simulation toolkit program code and XCOM software program within the photon energy variety 3652510 keV. Various -ray shielding guidelines like as half-value level, tenth value layer, and transmitting fraction for the proposed glasses were examined making use of the acquired values of the ( ). Results reveal that for 1 cm cup thickness, the (50B 2 O 3 10ZnO30PbO)10Fy 2 O 3 sample provides the highest transmitting, expected to the lower amount of Pb, and therefore poorer protecting ability among the other glass examples. In inclusion, the probabilities of -ray discussion with the analyzed glasses were investigated. Tuscharoen, S. Kothan, Meters. Tungjai, H. Kaewjaeng, Beds. Sarachai, P. Limsuwan, Advancement of BaOZnOB 2 U 3 eyeglasses as a light shielding material. Radiat. Phys. Chem. Winxcom Program For Calculating X-Ray Attenuation Coefficients Skin Department OfAskin Department of Physics, Faculty of Technology, University or college of Tabuk, Tábuk, Saudi Arabia M. I. Sayyed Authors Y. Beds. Rammah Watch author magazines You can furthermore research for this author in. Askin See author magazines You can furthermore search for this author in. Rights and permissions Réprints and Permissions Abóut this write-up Cite this content Rammah, Con.S i9000., Askin, A., Abouhaswa, A new.S. Synthesis, bodily, structural and shielding properties of newly developed W 2 O 3 ZnOPbOFe 2 U 3 eyeglasses using Geant4 code and WinXCOM program.
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