fuel rodResults of Validation and Cross-Verification of the ROK/B Design Code on the Problem of Loss of Cooling in the Spent Fuel Pool 12/08/2021 2021 - #04 Global safety, reliability and diagnostics of nuclear power installationss Sledkov R.M. Karnaukhov V.E. Stepanov O.E. Bedretdinov M.M. Chusov I.A.A Method to Optimize the Thermal Stability of Uranium-Gadolinium Fuel 9/23/2021 2021 - #03 Nuclear materials Karpeeva А.E. Kolosovskiy V.G. Pakhomov D.S. Skomorokha А.E. Timoshin I.S.Outcomes of the «steady-state crisis» experiment in the MIR reactor channel 6/24/2019 2019 - #02 Thermal physics and thermal hydraulics Alekseev A.V. Dreganov O.I. Izhutov A.L. Kiseleva I.V. Shulimov V.N.Development of the model to determine the fuel temperature field in a two-dimensional problem statement 6/24/2019 2019 - #02 Modelling processes at nuclear facilities Gorbunov V.A. Ivanova N.B. Lonshakov N.A. Belov Ya.V.A technique for detection of fuel failures by the activity of XE radionuclides during WWER reactor operation 6/22/2018 2018 - #02 Global safety, reliability and diagnostics of nuclear power installations Kalinichev P.M. Evdokimov I.A. Likhanskij V.V.In service change in the flexural rigidity of the VVER 1000 fuel assemblies 10/02/2016 2016 - #03 Nuclear materials Pavlov S.V.Fluid flow and heat transfer in fuel rods assembly with modified spacer grids 10/23/2015 2015 - #03 Thermal physics and thermal hydraulics Krapivtsev V.G. Markov P.V. Solonin V.I.Methodology of material testing for VVER fuel assemblies and fuel rods to support introduction of new fuel at NPPS 5/11/2014 2014 - #03 Global safety, reliability and diagnostics of nuclear power installations Pavlov S.V.