Geodesic
Active zone of the fast low power reactor with nitride fuel and the sodium heat carrier
Matematičeskoe modelirovanie, Tome 26 (2014) no. 6, pp. 27-33.

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Variants of the active zone (AZ) for the low power fast reactor with nitride U-Pu fuel and the sodium heat carrier are offered. Minimum reactor power admissible for establishment of a self-adjustable neutron-nuclear regime of second type (SANNR-2) in these AZ is researched numerically. There was used two ways of regulation of the reactor power in SANNR-2: by UN input in the subzones located out of and near the AZ geometrical axis. Optimization of the AZ parameters on duration of reactor campaign has been carried out. Advantages of the reactor power regulation in SANNR-2 using a subzone located near the AZ axis are shown.
Keywords: active zone of fast uranium-plutonium reactor, self-adjustable neutron-nuclear mode, safety owing to physical processes, long reactor campaign. 
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V. Ya. Gol'din; G. A. Pestryakova. Active zone of the fast low power reactor with nitride fuel and the sodium heat carrier. Matematičeskoe modelirovanie, Tome 26 (2014) no. 6, pp. 27-33. http://geodesic.mathdoc.fr/item/MM_2014_26_6_a2/

[1] Feoktistov L. P., Analiz odnoi kontseptsii fizicheski bezopasnogo reaktora, preprint IAE-4605/4, IAE, M., 1988

[2] Feoktistov L. P., “Variant bezopasnogo reaktora”, Priroda, 1989, no. 1, 11–15

[3] Feoktistov L. P., “Neitronno-delitelnaya volna”, DAN, 309:4 (1989), 864–867

[4] Belaya kniga yadernoi energetiki, GUP NIKIET, M., 1998

[5] Goldin V. Ya., Aristova E. N., Pestryakova G. A., Stoinov M. I., Troschiev Yu. V., Aktivnaya zona bystrogo U-Pu reaktora i sposob upravleniya, obespechivayuschie rabotu reaktora v samoreguliruemom neitronno-yadernom rezhime bez zapasa reaktivnosti, Patent na izobretenie No RU2397554

[6] Goldin V. Ya., Aristova E. N., Pestryakova G. A., Stoinov M. I., “Proekt aktivnoi zony reaktora tipa BN-800, rabotayuschego bez zapasa reaktivnosti s minimalnym upravleniem v techenie dlitelnogo vremeni”, Matematicheskoe modelirovanie, 21:10 (2009), 76–84 | Zbl

[7] Goldin V. Ya., Pestryakova G. A., Troschiev Yu. V., “Analiz ostanova i posleduyuschego puska bystrogo uran-plutonievogo reaktora v samoreguliruemom rezhime”, Matematicheskoe modelirovanie, 22:5 (2009), 104–108

[8] Goldin V. Ya., Pestryakova G. A., “Aktivnaya zona novogo tipa bystrogo uran-plutonievogo reaktora”, Matematicheskoe modelirovanie, 22:6 (2010), 58–68 | Zbl

[9] Goldin V. Ya., Pestryakova G. A., “Preimuschestva bystrogo reaktora s usovershenstvovannoi aktivnoi zonoi v sravnenii s proektom reaktora BREST-300”, Matematicheskoe modelirovanie, 25:10 (2013), 43–52

[10] Goldin V. Ya., Pestryakova G. A., Stoinov M. I., Aktivnaya zona bystrogo U-Pu reaktora dlya raboty v samoreguliruemom neitronno-yadernom rezhime (KVA $\sim 1$) i sposob regulirovaniya moschnosti reaktora, Patent na izobretenie No RU2455714