Photon and neutron absorbing capacity of titanate
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2021 2 18 The photon and neutron absorbing capacity of titanate doped borate glasses: 65B2O3–30Li2O–5Al2O3–xTiO2: x = 0–30 mol% coded as G1–G7 were investigated via WinXCOM and EXABCal computer codes. Mass µm and linear LAC attenuation coefficients, mean free path MFP, half value thickness HVT, buildup factors EABUF and EBUF, and
Neutron Absorption
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Neutron absorption by the nuclei of heavy elements gives rise to fission, in which heavy fragments, fast neutrons, and other radiations are released. Fissile materials are natural U 235 and the man made isotopes Pu 239 and U 233. Many different radioactive isotopes are released in the fission process, and more neutrons are produced than are used, which makes possible