Development of multi-group spectral code TVS-M

Lazarenko, A.P.; Pryanichnikov, A. V.; Kalugin, M. A.; Gurevich, M. I.

doi:10.3139/124.110245

Cited by 3 publications

(1 citation statement)

References 3 publications

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“…In study [22], the cal cu la tions for FA VVER-1000 are done with the use of the well-ver i fied codes for VVER fuel: TVS-M code [23], MCU code [24], WIMS8A code [25], HELIOS 1.4 code [19], MCNP4B code [26], and MULTICELL code [27].…”

Section: Re Search Aimsmentioning

confidence: 99%

Computational benchmark for fuel assembly of VVER-1000 using the Monte Carlo Serpent code

Galchenko¹,

Shlapak²,

Gulik³

2018

NUCL TECH RAD PROT

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The use of a new Monte Carlo Ser pent code for the cal cu la tion of wa ter-cooled re ac tors is presented and a cal cu la tion scheme of the fuel as sem bly for VVER-1000 re ac tors de vel oped. The cal cu la tion of neu tron-phys i cal char ac ter is tics for the fuel as sem bly of VVER-1000 is car ried out for dif fer ent states and the re sults ob tained by the Ser pent model com pared with the results of other re ac tor codes. The anal y ses of these re sults are pre sented in the pa per sub mit ted here. Based on this ar ti cle, the Monte Carlo Ser pent code could be used for neu tron-phys i cal cal cu la tions of VVER-1000 re ac tors.

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Section: Re Search Aimsmentioning

confidence: 99%

Computational benchmark for fuel assembly of VVER-1000 using the Monte Carlo Serpent code

Galchenko¹,

Shlapak²,

Gulik³

2018

NUCL TECH RAD PROT

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Benchmark calculation AER VVER-1000 - ETE using BIPR8

Gordienko

Kiryukhin

Щербаков

2018

J. Phys.: Conf. Ser.

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Recalculating the steady state conditions of the V-1000 zero-power facility at Kurchatov Institute using Monte Carlo and nodal diffusion codes

Sahlberg

2017

Kerntechnik

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Continuous-energy Monte Carlo reactor physics code Serpent 2 was used to model the critical steady state conditions measured in V-1000 zero-power critical facility at Kurchatov Institute (KI), Moscow in 1990–1992. The Serpent 2 results were compared to measurements and Serpent 2 was used to generate group constants for reactor dynamics code HEXTRAN. The results of a HEXTRAN calculation of the steady state were compared to Serpent 2. The relative power density distribution of the SERPENT2 calculations compared with the measurements was within the statistical accuracy. The comparison of HEXTRAN and Serpent 2 node-wise relative power density distributions showed an accuracy of ±10%.

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Development of multi-group spectral code TVS-M

Cited by 3 publications

References 3 publications

Computational benchmark for fuel assembly of VVER-1000 using the Monte Carlo Serpent code

Computational benchmark for fuel assembly of VVER-1000 using the Monte Carlo Serpent code

Benchmark calculation AER VVER-1000 - ETE using BIPR8

Recalculating the steady state conditions of the V-1000 zero-power facility at Kurchatov Institute using Monte Carlo and nodal diffusion codes

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