Results of U0.55Pu0.45N and U0.4Pu0.6N mixed mononitride fuel tests in a bor-60 reactor to burnup 12% h.a

The results of post-reactor studies of U 0.55 Pu 0.45 N and U 0.4 Pu 0.6 N mixed mononitride fuel elements (density 85% of the theoretical value) and a helium sublayer are presented. The fuel elements are irradiated in a BOR-60 reactor to burnup 9.4 and 12.1% h.a., respectively, with power density 4...

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Published in:Atomic energy (New York, N.Y.) Vol. 110; no. 6; pp. 412 - 429
Main Authors: Rogozkin, B. D., Stepennova, N. M., Fedorov, Yu. E., Shishkov, M. G., Kryukov, F. N., Kuzmin, S. V., Nikitin, O. N., Belyaeva, A. V., Zabudko, L. M.
Format: Journal Article
Language:English
Published: Boston Springer US 01-10-2011
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Abstract The results of post-reactor studies of U 0.55 Pu 0.45 N and U 0.4 Pu 0.6 N mixed mononitride fuel elements (density 85% of the theoretical value) and a helium sublayer are presented. The fuel elements are irradiated in a BOR-60 reactor to burnup 9.4 and 12.1% h.a., respectively, with power density 430 and 540 W/cm. All fuel elements remained hermetic; the ChS-68 steel cladding (20% cold deformation) retained excess plasticity. The maximum zone of interaction between the cladding and the fuel and fission products did not exceed 15 μm. The swelling rate of U 0.4 Pu 0.6 N and U 0.55 Pu 0.45 N fuel was 1.1 and 0.68%/% burnup, respectively. The gas release did not exceed 19.3 and 19%. The steel damage dose was 43 dpa. The character of the porosity distribution in the fuel affects the swelling and gas release.
AbstractList The results of post-reactor studies of U 0.55 Pu 0.45 N and U 0.4 Pu 0.6 N mixed mononitride fuel elements (density 85% of the theoretical value) and a helium sublayer are presented. The fuel elements are irradiated in a BOR-60 reactor to burnup 9.4 and 12.1% h.a., respectively, with power density 430 and 540 W/cm. All fuel elements remained hermetic; the ChS-68 steel cladding (20% cold deformation) retained excess plasticity. The maximum zone of interaction between the cladding and the fuel and fission products did not exceed 15 μm. The swelling rate of U 0.4 Pu 0.6 N and U 0.55 Pu 0.45 N fuel was 1.1 and 0.68%/% burnup, respectively. The gas release did not exceed 19.3 and 19%. The steel damage dose was 43 dpa. The character of the porosity distribution in the fuel affects the swelling and gas release.
Author Shishkov, M. G.
Kryukov, F. N.
Rogozkin, B. D.
Nikitin, O. N.
Zabudko, L. M.
Fedorov, Yu. E.
Kuzmin, S. V.
Belyaeva, A. V.
Stepennova, N. M.
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  surname: Stepennova
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Cites_doi 10.1016/j.jnucmat.2004.01.002
10.3327/jnst.30.824
10.1023/B:ATEN.0000018996.79185.bc
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Fuel Kernel
Fuel Assembly
Plutonium
Fission Product
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SubjectTerms Hadrons
Heavy Ions
Nuclear Chemistry
Nuclear Energy
Nuclear Physics
Physics
Physics and Astronomy
Title Results of U0.55Pu0.45N and U0.4Pu0.6N mixed mononitride fuel tests in a bor-60 reactor to burnup 12% h.a
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