Причины разгерметизации и послереакторное состояние негерметичных твэлов ВВЭР и РБМК
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Kirushkin A., Tchirkov V., Sidorova E., Novikov V. Evaluation of operation performance of ВВЭР fuel manufactured by JSC MSZ. Russian Federation. - In: Proc. of the Fourth Intern. Conf. "WWER Fuel. Performance, Modelling and Experimental Support". Varna. Bulgaria, October 1-5 2001, 2002. p. 27-32.
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Strasser A., Gingold J. An evaluation of debris fretting failures and preventive methods. - Ibid., p. 138-143.
Yang R. Meeting the challenge of managing nuclear fuel in a competitive environment. - In: Proc. Intern. Topical Meeting on Light Water Reactor Fuel Performance. ANS, Portland. Oregon, March 2-6, 1997, p. 3-10.
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Locke D. Mechanism of deterioration of defected LWR fuel. - In: The Behaviour of Zirconium Alloy Clad Ceramic Fuel in Water Cooled Reactors IWGFPT-6. Vienna: IAEA, 1980, p. 101-112.
Davies J. Secondary damage in LWR fuel following PCI defection-characteristics and mechanisms. - Ibid., p. 135-147.
Lewis В., Macdonald K., Ivanoff N. A review of fuel performance and fission product release studies for defected fuel elements. - In: Proc. IAEA TCM "Fuel Failure in Normal Operation of Water Reactors: Experience, Mechanisms and Management". Dimitrovgrad, 1992, IAEA-TECDOC-709. Vienna: IAEA, 1993, p. 79-99.
Mogard H., Grounes M., Tomani H., Lysell G. Syudies in R2 test reactors of secondary damage formation in LWR fuel rods with simulated defects. - Ibid., p. 184-192.
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