Investigation of activation cross section data of alpha particle induced nuclear reaction on molybdenum up to 40 MeV: Review of production routes of medically relevant 97,103Ru
作者： F. Tárkányi , A. Hermanne , F. Ditrói , S. Takács , A. Ignatyuk
DOI: 10.1016/J.NIMB.2017.03.043
关键词: Excitation 、 Nuclear reaction 、 Activation method 、 Physical chemistry 、 Atomic physics 、 Nuclear data 、 Molybdenum 、 Chemistry 、 Alpha particle
摘要: Abstract The main goals of this investigations were to expand and consolidate reliable activation cross-section data for the nat Mo(α,x) reactions in connection with production medically relevant 97,103 Ru use 97 reaction monitoring beam parameters. excitation functions formation gamma-emitting radionuclides 94 Ru, 95 103 93m Tc, 93g Tc(m+), 94m 94g 95m 95g 96g 99m Mo, 99 Mo(cum), 90 Nb(m+) 88 Zr measured up 40 MeV alpha-particle energy by using stacked foil technique method. Data our earlier similar experiments re-evaluated resulted corrections on reported results. Our experimental compared critically analyzed literature results model calculations, obtained ALICE-IPPE, EMPIRE 3.1 (Rivoli) TALYS codes (TENDL-2011 TENDL-2015 on-line libraries). Nuclear different routes are compiled reviewed.
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