Diagnosis of steam generator by estimating an unobserved important state variable

References

• Onoue , A and Yamada , F. 2002 . Development of inspection technique for future commercialized FBRs , Japan : Japan Nuclear Cycle Development Institute . Japanese
   Google Scholar
• Onoue , A and Yamada , F. 2003 . Development of inspection technique for future commercialized FBRs , Japan : Japan Nuclear Cycle Development Institute . Japanese
   Google Scholar
• Onoue , A , Nishi , H , Yamada , F , Teruyama , H , Ishibashi , J , Kageyama , T and Kinjo , H. 2004 . Elemental technology development of the FBR (3) – study of inspection technique and MA incineration technique for the improvement of FBR economy . JNC Tech Rev , 24 : 107 – 118 . Japanese
   Google Scholar
• Takahashi , K , Shiina , A , Onizawa , T , Ibaki , S , Yamaguchi , T and Tagawa , A. 2009 . Inspection of the steam generator heat transfer tubes for FBR Monju restart . Proceedings of ICONE17 . Jul 12–16 2009 , Brussels , Belgium. pp. 717 – 725 . Accompanied by: Video on CD-ROM
   Google Scholar
• Technical information of Monju - auxiliary building & secondary loops - superheater Available from: http://www.jaea.go.jp/04/monju/EnglishSite/contents02-3-2.html#AB3
   Google Scholar
• Technical information of Monju - basic specification Available from: http://www.jaea.go.jp/04/monju/EnglishSite/contents02-1.html#BS7
   Google Scholar
• Technical information of Monju - auxiliary building & secondary loops - evaporator Available from: http://www.jaea.go.jp/04/monju/EnglishSite/contents02-3-2.html#AB2
   Google Scholar
• Mochizuki , H. 2010 . Development of the plant dynamics analysis code NETFLOW++ . Nucl Eng Des , 240 : 577 – 587 .
   Web of Science ®Google Scholar
• Udagawa , K , Tomobe , K , Ueda , M and Tamayama , K. 2000 . Evaluation of fluctuation signals on steady state in Monju . JNC Tech Rev , 9 : 1 – 10 . Japanese
   Google Scholar