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Deniskin, V.P.; Nalivaev, V.I.; Parshin, N. Ya.; Fedik, I.I.
Nuclear power technologies. Abstracts of reports2000
Nuclear power technologies. Abstracts of reports2000
AbstractAbstract
[en] Analysis of fuel element behavior in the course of the design and heavy accidents is the component of reactor facility safety prevention. Many tasks of fuel element behavior research may be solved with the help of thermophysical stands. One of such stands implemented in 1991 was thermophysical stand 'PARAMETER'.Several experiments on model assemblies chiefly imitating both heavy accident and design basic accident have already been conducted in 'PARAMETER' stand. There were obtained data about fuel claddings seal failure and deformation condition. In particular it was defined that seal failure of all fuel claddings occurs on stage of fuel element warming, in temperature range (770-900) degree celsius and almost does not depend on inner pressure level
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Koltysheva, G.I.; Mukusheva, M.K.; Perepelkin, I.G. (eds.); Ministry of Energy, Industry and Trade of the Republic of Kazakhstan (Kazakhstan); Department of Energy of the United States of America (United States); National Nuclear Center of the Republic of Kazakhstan (Kazakhstan); Nuclear Technology Safety Center of the Republic of Kazakhstan (Kazakhstan); 250 p; 2000; p. 35; International seminar on nuclear power technologies; Mezhdunarodnyj seminar po tekhnologii yadernoj ehnergetiki; Astana (Kazakhstan); 14-17 May 2000
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