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Additional resources for Advanced Methods of Process, QC in Nuclear Fuel Mfg (IAEA TECDOC-1166)
6. CONTROL AND IMPROVEMENT OF INCOMING QUALITY According to the modern approach of quality control, the best way to improve outgoing quality is to reduce the defect rate before inspection, at the fabrication step by correction of the process itself (Fig. 7). For qualitative characteristics or for low defect frequencies, the application of the SPC method is difficult and the best way to improve quality is to collect and analyse inspection results in the long run, thus permitting the detection of process changes and the need for preventive actions.
OHTANI Plutonium Fuel Center, Tokai Works, Japan Nuclear Cycle Development Institute, Tokai-mura, Naka-gun, Ibaraki-ken, Japan Abstract Japan Nuclear Cycle Development Institute (JNC) has developed MOX fuels for Advanced Thermal Reactor FUGEN and Fast Reactors JOYO and MONJU for these 30 years. The total amount of MOX fuels fabricated in JNC reached to be 157 tons asof the end of March 1999. No fuel pin failure has been found in the fuels loaded in these reactors. This result shows that the fabrication technology of MOX has been established and the quality control has also been done adequately in the fabrication process.
IDMS has been used for the determination of plutonium concentration in MOX fabricated in JNC. The advanced method for the visual inspection of the surface appearance of the product, has been developed and demonstrated. The method utilizing the VTR is considered to be well harmonized with fully automated MOX fuel fabrication process 1. INTRODUCTION Japan Nuclear Cycle Development Institute (JNC) has developed MOX fuel for Advanced Thermal Reactor FUGEN and Fast Reactors JOYO and MONJU for these 30 years in Plutonium Fuel Center, Tokai Works.
Advanced Methods of Process, QC in Nuclear Fuel Mfg (IAEA TECDOC-1166)