2007
DOI: 10.1016/j.jnucmat.2007.03.248
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The feasibility of recycling and clearance of active materials from fusion power plants

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Cited by 29 publications
(28 citation statements)
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“…A clever choice of constituents and alloying elements can strongly limit the effects of neutron activation, reducing the concentration of long-lived isotopes (Zucchetti et al, 2007). On the other hand, most fusion active materials contain tritium that could introduce serious complications to the recycling process.…”
Section: Clearance and Recycling As Viable Options For Managing Activmentioning
confidence: 99%
“…A clever choice of constituents and alloying elements can strongly limit the effects of neutron activation, reducing the concentration of long-lived isotopes (Zucchetti et al, 2007). On the other hand, most fusion active materials contain tritium that could introduce serious complications to the recycling process.…”
Section: Clearance and Recycling As Viable Options For Managing Activmentioning
confidence: 99%
“…Значительно более высокие мощности дозы имеют место при операциях по остекло-выванию облучённого топлива. При мощностях контактной дозы от 3 до 10 кГр/ч работает ДО во время взвешивания облучённого топлива, сварочных работ, очистки поверхности, измерения её загрязнения и переноса топлива в транспортный контейнер [6,30]. Хотя обращение с топливом АЭС не имеет прямого отношения к повторному использованию материалов ТЭУ, его результаты дают уверенность в том, что усовершенствованное ДО, требуемое для рефабрикации радиоактивных компонентов или материалов ТЭУ, может быть создано.…”
Section: возвращение радиоактивных материалов в производственный циклunclassified
“…However, with the recent introduction of the clearance category for slightly radioactive materials and the development of radiation-hardened remote-handling equipment, the possibility of clearing and recycling the majority of the radwaste 33,34 can also be considered for ARIES-CS. Historically, the ARIES project has been committed to the goal of radwaste minimization.…”
Section: Radiological Waste Managementmentioning
confidence: 99%
“…equipment that can handle 10 mSv0h~1000 times the hands-on dose limit! and high doses of 3000 Sv0h or more, 34 respectively. The variation with time of the recycling dose shows a strong material dependence~refer to Fig.…”
Section: Vc Recyclingmentioning
confidence: 99%