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[2] J. Santucci (Ed.): Failed Fuel Action Plan Guidelines, NP-5521-SR, Special Report, 1987.
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[3] G. Rosner: Messungen von Aktinidennukliden in Primarwasser des Kernkraftwerkes Gundremmingen, GSF-Bericht S-596, Neuherberg, 1979.
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[5] A. Pintér Csordás, N. Vajda, A. Kerkápoly and T. Pintér: “SEM and EDX studies of “hot particles” originated from Paks Nuclear Power Plant”, In: Proceedings Vol. 2. Materials Science, University of Antwerpen, Belgium, (August 22–27 2004), pp. 739–740.
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[6] N. Vajda, Zs. Molnár, A. Kerkápoly and T. Pintér: “Radiochemical Control of Damaged Fuel After the Cleaning Tank Incident at Paks Nuclear Power Plant”, In: Proceedings of Int. Conference on Water Chemistry of Nuclear Power Plants, San Francisco, (11–14 Oct. 2004), (in press).
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[7] N. Vajda, Zs. Molnár, E. Kabai and Sz. Osvath: “Simultaneous Determination of Long-Lived Radionuclides in Environmental Samples” (from 9th Int. Symposium on Environmental Radiochemical Analysis, Maidstone, U.K., 18–20 Sept. 2002), In: N. Birsen and K.K. Kadyrzhanov (Eds.): Environmental Protection against Radioactive Pollution, Royal Chemical Society, (2003), pp. 133–146.
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[8] A. Kerkápoly, N. Vajda, A. Csordás, Z. Hózer and T. Pintér: “Fuel failures at Paks NPP”, In: Proceedings of IAEA Technical Meeting on Fuel failure in water reactors: Causes and mitigation, Slovakia, (17–21 June 2002), pp. 284–292
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