Abstract
A mathematical model is proposed for calculating the distribution coefficients of NPP spent fuel components in extraction systems with 30 % TBP in hydrocarbon diluent and dibuthylphosphoric acid zirconium salt in 30 % TBP. The model is based on semiempirical extraction reactions. A computer code has been developed for simulation of steady-state concentration profiles throughout the extraction cascade. Comparison of predicted and experimental data showed that the code is well applicable to simulation and optimization of the SUPERPUREX process.
Puzikov, E A;
Zil'berman, B Ya;
Fedorov, Yu S;
Mishin, E N;
Shmidt, O V;
Goletskij, N D;
Sytnik, L V
[1]
- NPO Radievyj Inst. im. V.G. Khlopina, Sankt-Peterburg (Russian Federation)
Citation Formats
Puzikov, E A, Zil'berman, B Ya, Fedorov, Yu S, Mishin, E N, Shmidt, O V, Goletskij, N D, and Sytnik, L V.
Elaboration of a mathematical model to calculate steady-state concentration profiles in extraction cascades for reprocessing NPP spent fuel using TBP-compatible process (SUPERPUREX); Razrabotka matematicheskoj modeli dlya rascheta statsionarnykh rezhimov ehkstraktsionnykh kaskadov pri pererabotke OYaT AEhS s ispol'zovaniem TBF-sovmestimykh protsessov (SPERPUREKS).
Russian Federation: N. p.,
2004.
Web.
Puzikov, E A, Zil'berman, B Ya, Fedorov, Yu S, Mishin, E N, Shmidt, O V, Goletskij, N D, & Sytnik, L V.
Elaboration of a mathematical model to calculate steady-state concentration profiles in extraction cascades for reprocessing NPP spent fuel using TBP-compatible process (SUPERPUREX); Razrabotka matematicheskoj modeli dlya rascheta statsionarnykh rezhimov ehkstraktsionnykh kaskadov pri pererabotke OYaT AEhS s ispol'zovaniem TBF-sovmestimykh protsessov (SPERPUREKS).
Russian Federation.
Puzikov, E A, Zil'berman, B Ya, Fedorov, Yu S, Mishin, E N, Shmidt, O V, Goletskij, N D, and Sytnik, L V.
2004.
"Elaboration of a mathematical model to calculate steady-state concentration profiles in extraction cascades for reprocessing NPP spent fuel using TBP-compatible process (SUPERPUREX); Razrabotka matematicheskoj modeli dlya rascheta statsionarnykh rezhimov ehkstraktsionnykh kaskadov pri pererabotke OYaT AEhS s ispol'zovaniem TBF-sovmestimykh protsessov (SPERPUREKS)."
Russian Federation.
@misc{etde_20617234,
title = {Elaboration of a mathematical model to calculate steady-state concentration profiles in extraction cascades for reprocessing NPP spent fuel using TBP-compatible process (SUPERPUREX); Razrabotka matematicheskoj modeli dlya rascheta statsionarnykh rezhimov ehkstraktsionnykh kaskadov pri pererabotke OYaT AEhS s ispol'zovaniem TBF-sovmestimykh protsessov (SPERPUREKS)}
author = {Puzikov, E A, Zil'berman, B Ya, Fedorov, Yu S, Mishin, E N, Shmidt, O V, Goletskij, N D, and Sytnik, L V}
abstractNote = {A mathematical model is proposed for calculating the distribution coefficients of NPP spent fuel components in extraction systems with 30 % TBP in hydrocarbon diluent and dibuthylphosphoric acid zirconium salt in 30 % TBP. The model is based on semiempirical extraction reactions. A computer code has been developed for simulation of steady-state concentration profiles throughout the extraction cascade. Comparison of predicted and experimental data showed that the code is well applicable to simulation and optimization of the SUPERPUREX process.}
journal = []
issue = {2}
volume = {46}
journal type = {AC}
place = {Russian Federation}
year = {2004}
month = {Jul}
}
title = {Elaboration of a mathematical model to calculate steady-state concentration profiles in extraction cascades for reprocessing NPP spent fuel using TBP-compatible process (SUPERPUREX); Razrabotka matematicheskoj modeli dlya rascheta statsionarnykh rezhimov ehkstraktsionnykh kaskadov pri pererabotke OYaT AEhS s ispol'zovaniem TBF-sovmestimykh protsessov (SPERPUREKS)}
author = {Puzikov, E A, Zil'berman, B Ya, Fedorov, Yu S, Mishin, E N, Shmidt, O V, Goletskij, N D, and Sytnik, L V}
abstractNote = {A mathematical model is proposed for calculating the distribution coefficients of NPP spent fuel components in extraction systems with 30 % TBP in hydrocarbon diluent and dibuthylphosphoric acid zirconium salt in 30 % TBP. The model is based on semiempirical extraction reactions. A computer code has been developed for simulation of steady-state concentration profiles throughout the extraction cascade. Comparison of predicted and experimental data showed that the code is well applicable to simulation and optimization of the SUPERPUREX process.}
journal = []
issue = {2}
volume = {46}
journal type = {AC}
place = {Russian Federation}
year = {2004}
month = {Jul}
}