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2021
2021
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“…The yield of 478-keV photons from a lithium target at a proton energy of 2.05 MeV is 1.18 10 11 mC -1 . Although the yield of neutrons exceeds the yield of photons by 1.3 times, due to the significantly higher kerma factor of neutrons compared with a kerma factor of 478 keV photons (17), the fast neutron dose is 19 times higher than the c-ray dose, as obtained in the simulations.…”
Section: Mixed Irradiationmentioning
confidence: 55%
“…The yield of 478-keV photons from a lithium target at a proton energy of 2.05 MeV is 1.18 10 11 mC -1 . Although the yield of neutrons exceeds the yield of photons by 1.3 times, due to the significantly higher kerma factor of neutrons compared with a kerma factor of 478 keV photons (17), the fast neutron dose is 19 times higher than the c-ray dose, as obtained in the simulations.…”
Section: Mixed Irradiationmentioning
confidence: 55%
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