Results of Modernization of the Power Supply Distribution Control System in the Volume of the VK-50 Reactor Core
https://doi.org/10.56304/S2304487X21060146
Abstract
The measuring system for the in-reactor control of energy release over the reactor core volume by activating copper wire indicators in the “dry” channels of the VK-50 reactor (State Scientific Center Research Institute of Atomic Reactors) has been re-equipped including the modernization of both hardware and software and methodological parts. One of the reasons for the transition to a new measuring system was a rather large discrepancy in the measurement results when using the old equipment, both in the level of activity and in the form of distribution of activations between measurements. The results of the modernization have been presented. Changes both in the methodological measuring part and in the software processing of the measurement results with the determination of the distribution of energy release over the volume of the reactor core have been described. Information on test calculations of the previous calculation program and the new one is given. The final stage of verifying the operability of the scanning equipment of copper wire indicators was a comparison of the calculated and experimental data. As a result of the modernization, the CUPRUM program has been developed, involving the modern operating conditions of the reactor core and the types of computer equipment used. The measuring equipment for scanning the copper wire indicator has been replaced with a more modern one.
About the Authors
M. V. MarkelovRussian Federation
433510
Dimitrovgrad
A. A. Skriabin
Russian Federation
433510
433511
Dimitrovgrad
E. V. Sinyavina
Russian Federation
433510
Dimitrovgrad
S. V. Oreshin
Russian Federation
433510
Dimitrovgrad
References
1. Fedyakin R. Е., Shmelev V. Е., Fedulin V. N., Sadulin V. P., Adamovskiy L. А. Neitronno-fisicheskie i gidrodinamicheskie harakteristiki kipyashego reaktora VK-50 s rasshirennoi aktivnoy zonoy [Neutronic and hydrodynamic characteristics of the boiling water reactor VK 50 with an expanded core]. Preprint GNC NIIAR, Dimitrovgrad, 1983, 12 p.
2. Bogachev G. А. Programma dlia rascheta polia energovydeleniia v shestigrannykh kassetakh [Program for calculating the field of energy release in hexagonal cassettes]. Preprint IAE-1985, Moscow, 1969, 23 p.
3. Protopopov D. P., Svyatkina N. A., Breusova E. G., Sinyavina E. V. Eksperimentalinye issledovania na reaktornoi usyanovke VК-50 s rasshrennoi aktivnoi zonoy. Sbornik trydov AO “GNC NIIAR” (sbornik naychnyh statey). Vyp.1. [Experimental studies at the VK-50 reactor facility with an expanded core. Proceedings of JSC “SSC RIAR” (collection of scientific articles), Is.1]. Dimitrovgrad, AO “GNC NIIAR” Publ., 2016, рр. 3–12.
4. Abasov A. V., Oreshin S. V., Markelov M. V., Sinyavina E. V., Shirokov S. V. Modernizacia sistemy kontrolya raspredelenia energovydelenia i vygoranoya topliva po obiemy aktivnoi zony reaktora VK-50 [Modernization of the control system for energy distribution over the volume of the VK-50 reactor core]. Programma konferentcii I tezisy dokladov vserossiiskoi molodezhnoi konferentcii AO “GNC NIIAR” “Naychnye issledovania i technologicheskie razrabotki v obespechenii razvitiya yadernyh technologii novogo pokolenia, Dimitrovgrad, 2018. 32 p.
5. Oreshin S. V., Markelov M. V., Shirokov S. V., Sinyavina E. V., Abasov A. V. Metodicheskoe obespechenie kontrolya raspredelenia energovydelenia po obiemy aktivnoi zony reactora VK-50 metodom aktivacii mednyh provolochnyh indikatorov [Methodological support for monitoring for monitoring the distribution of energy release over the volume of the VK-50 reactor core by activating copper wire indicators]. Naychnyi godovoi otchet AO “GNC NIIAR” ob osnovnyh issledovatelskih rabotah, vypolnennyh v 2017 gody. Dimitrovgrad. 2018, pp. 54–55.
Review
For citations:
Markelov M.V., Skriabin A.A., Sinyavina E.V., Oreshin S.V. Results of Modernization of the Power Supply Distribution Control System in the Volume of the VK-50 Reactor Core. Vestnik natsional'nogo issledovatel'skogo yadernogo universiteta "MIFI". 2021;10(6):572-578. (In Russ.) https://doi.org/10.56304/S2304487X21060146