2022
DOI: 10.1088/1361-6587/ac53f0
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Laser-based photonuclear production of medical isotopes and nuclear waste transmutation

Abstract: The results of complex simulations PIC-GEANT4 (particle-in-cell and Monte-Carlo) codes based on generation of a high-energy electron bunch by a short laser pulse propagating in relativistic self-trapping regime in a near-critical plasma has been applied to assess the possibility of medical isotope production and nuclear waste transmutation. It has been demonstrated that a 10Hz 30 fs 4J laser pulse is well suited for the production of therapeutic amounts of several standard medical radionuclides (111In, 123I, 1… Show more

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Cited by 8 publications
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References 36 publications
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