3.01 'FULLCORE' and 'MIDICORE' VVER-1000 Benchmark Evaluations with Studsvik's CMS5-VVER Codes |
Tamer Bahadir, Emiliya Georgieva (Studsvik) |
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3.03 Analysis of criticality achievement process and obtained experience |
Josef Bajgl (Dukovany NPP) |
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3.04 Experience of HELHEX code package validation at Kozloduy NPP |
Aleksandar Kamenov, Krasimir Kamenov (Kozloduy NPP) |
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3.05 Benchmark calculation on reactivity compensation initiated by dilution of boron acid in VVER-1000 primary circuit coolant by stepwise control rods group insertion |
O.Yu. Kavun, V.V. Semishin, V.O. Kavun, G.R. Pipchenko (SEC NRS) |
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3.02 VVER-1000 Fuel Assembly Model in CAD-Based Unstructured Mesh for MCNP6 |
Martin Lovecký, Jiří Závorka, Jan Vimpel (ŠKODA JS) |
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3.08 Coupling of the neutron diffusion code SKETCH-N and the thermal-hydraulics system code ATHLET for VVER-1000 calculations |
Koppány Pázmán, Vyacheslav Gennadevich Zimin, Sergey Pavlovich Nikonov |
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3.06 HELIOS2 Verification and Benchmark Testing |
Charles Wemple, Teodosi Simeonov (Studsvik Scandpower) |
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3.07 Simulation of zero power tests carried out at Novovoronezh NPP-2 unit 1 using ATHLET/BIPR-VVER |
A.V. Baykov, A.V. Kotsarev, S.V. Tsyganov (NRC Kurchatov Institute) |
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3.09 Physical start-up tests calculations for Dukovany and Temelín NPP using MOBY-DICK macrocode |
M. Růčka, M. Šašek (ŠKODA JS) |
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3.10 Effective Dose Calculation in the VVER-440 Reactor Maintenance Area |
Filip Osuský, Branislav Vrban, Štefan Čerba, Jakub Lüley, Vladimír Nečas (Slovak University of Technology) |
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3.11 Criticality Safety Calculation of VVER-440 Core by SCALE System |
Branislav Vrban, Štefan Čerba, Jakub Lüley, Filip Osuský, Vladimír Nečas (Slovak University of Technology) |
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3.12 ‘FULL-CORE’ VVER-1000 Calculation Benchmark |
D. Sprinzl, V. Krýsl, P. Mikoláš, J. Závorka, J. Vimpel (ŠKODA JS) |
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3.13 „FULL-CORE“ VVER-440 RK3+ calculation benchmark |
P. Mikoláš, J. Vimpel, J. Závorka (ŠKODA JS) |
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