TAILIEUCHUNG - Evolution of the collective radiation dose of nuclear reactors from the 2nd through to the 3rd generation and 4th generation sodium-cooled fast reactors

This article discusses the evolution of the collective dose for several types of reactors, mainly based on publications from the NEA and the IAEA. | Evolution of the collective radiation dose of nuclear reactors from the 2nd through to the 3rd generation and 4th generation sodium-cooled fast reactors EPJ Nuclear Sci. Technol. 3 32 2017 Nuclear Sciences J. Guidez and A. Saturnin published by EDP Sciences 2017 amp Technologies DOI epjn 2017024 Available online at https REGULAR ARTICLE Evolution of the collective radiation dose of nuclear reactors from the 2nd through to the 3rd generation and 4th generation sodium-cooled fast reactors Joel Guidez1 and Anne Saturnin2 1 CEA DEN 91191 Gif-sur-Yvette France 2 CEA DEN DMRC SA2I 30207 Bagnols-sur-Cèze France Received 30 January 2017 Received in final form 23 May 2017 Accepted 26 September 2017 Abstract. During the operation of a nuclear reactor the external individual doses received by the personnel are measured and recorded in conformity with the regulations in force. The sum of these measurements enables an evaluation of the annual collective dose expressed in man Sv year. This information is a useful tool when comparing the different design types and reactors. This article discusses the evolution of the collective dose for several types of reactors mainly based on publications from the NEA and the IAEA. The spread of good practices optimization of working conditions and of the organization sharing of lessons learned etc. and ongoing improvements in reactor design have meant that over time the doses of various origins received by the personnel have decreased. In the case of sodium-cooled fast reactors SFRs the compilation and summarizing of various documentary resources has enabled them to be situated and compared to other types of reactors of the second and third generations respectively pressurized water reactors in operation and EPR under construction . From these results it can be seen that the doses received during the operation of SFR are significantly lower for this type of reactor. 1 Introduction 2 Causes of irradiation during the .

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