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Nuclear Waste Removal Using Particle Beams Incineration with Fast Neutrons

The management of nuclear waste is one of the major obstacles to the acceptability of nuclear power as a main source of energy for the future. TARC, a new experiment at CERN, is testing the practicality of Carlo Rubbia's idea to make use of Adiabatic Resonance Crossing to transmute long-lived f...

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Autor principal: Revol, Jean Pierre Charles
Lenguaje:eng
Publicado: 1997
Materias:
Acceso en línea:http://cds.cern.ch/record/343719
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author Revol, Jean Pierre Charles
author_facet Revol, Jean Pierre Charles
author_sort Revol, Jean Pierre Charles
collection CERN
description The management of nuclear waste is one of the major obstacles to the acceptability of nuclear power as a main source of energy for the future. TARC, a new experiment at CERN, is testing the practicality of Carlo Rubbia's idea to make use of Adiabatic Resonance Crossing to transmute long-lived fission fragments into short-lived or stable nuclides. Spallation neutrons produced in a large Lead assembly have a high probability to be captured at the energies of cross-section resonances in elements such as 99Tc, 129I, etc. An accelerator-driven sub-critical device using Thorium (Energy Amplifier) would be very effective in eliminating TRansUranic elements which constitute the most dangerous part of nuclear waste while producing from it large amounts of energy. In addition, such a system could transform, at a high rate and little energetic cost, long-lived fission fragments into short-lived elements.
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institution Organización Europea para la Investigación Nuclear
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publishDate 1997
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spelling cern-3437192019-09-30T06:29:59Zhttp://cds.cern.ch/record/343719engRevol, Jean Pierre CharlesNuclear Waste Removal Using Particle Beams Incineration with Fast NeutronsNuclear PhysicsThe management of nuclear waste is one of the major obstacles to the acceptability of nuclear power as a main source of energy for the future. TARC, a new experiment at CERN, is testing the practicality of Carlo Rubbia's idea to make use of Adiabatic Resonance Crossing to transmute long-lived fission fragments into short-lived or stable nuclides. Spallation neutrons produced in a large Lead assembly have a high probability to be captured at the energies of cross-section resonances in elements such as 99Tc, 129I, etc. An accelerator-driven sub-critical device using Thorium (Energy Amplifier) would be very effective in eliminating TRansUranic elements which constitute the most dangerous part of nuclear waste while producing from it large amounts of energy. In addition, such a system could transform, at a high rate and little energetic cost, long-lived fission fragments into short-lived elements.CERN-PPE-97-142oai:cds.cern.ch:3437191997-10-31
spellingShingle Nuclear Physics
Revol, Jean Pierre Charles
Nuclear Waste Removal Using Particle Beams Incineration with Fast Neutrons
title Nuclear Waste Removal Using Particle Beams Incineration with Fast Neutrons
title_full Nuclear Waste Removal Using Particle Beams Incineration with Fast Neutrons
title_fullStr Nuclear Waste Removal Using Particle Beams Incineration with Fast Neutrons
title_full_unstemmed Nuclear Waste Removal Using Particle Beams Incineration with Fast Neutrons
title_short Nuclear Waste Removal Using Particle Beams Incineration with Fast Neutrons
title_sort nuclear waste removal using particle beams incineration with fast neutrons
topic Nuclear Physics
url http://cds.cern.ch/record/343719
work_keys_str_mv AT revoljeanpierrecharles nuclearwasteremovalusingparticlebeamsincinerationwithfastneutrons