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Diffusion in the aged aluminium film on iron

Chinese physics B, 2017-03, Vol.26 (3), p.569-574

2017

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Purification of Alkali-Metal Chlorides by Zone Recrystallization for Use in Pyrochemical Processing of Spent Nuclear Fuel

Atomic energy (New York, N.Y.), 2022-02, Vol.131 (4), p.195-201

2022

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Research and Development of the pyrochemical processing for the mixed nitride uranium-plutonium fuel

Journal of physics. Conference series, 2020-03, Vol.1475 (1), p.12027

2020

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Determination of the Valent Forms of Uranium(III) and Uranium(IV) Present in the Chloride Melts of Alkaline Metals

Russian metallurgy Metally, 2023-02, Vol.2023 (2), p.248-256

2023

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Solubility of Li2O in an LiCl–KCl Melt

Russian metallurgy Metally, 2018-02, Vol.2018 (2), p.169-173

2018

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Studies on the oxidation rate of metallic inert anodes by measuring the oxygen evolved in low-temperature aluminium electrolysis

Journal of applied electrochemistry, 2011-11, Vol.41 (11), p.1301-1309

2011

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Structure and phase composition of protective coatings on steel produced by methods of liquid-phase calorizing

Physics of metals and metallography, 2015-09, Vol.116 (9), p.879-887

2015

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Anode processes on Pt and ceramic anodes in chloride and oxide-chloride melts

Nuclear Engineering and Technology, 2022, 54(3), , pp.965-974

2022

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Criticality analysis of pyrochemical reprocessing apparatuses for mixed uranium-plutonium nitride spent nuclear fuel using the MCU-FR and MCNP program codes

Nuclear Engineering and Technology, 2023, 55(3), , pp.1097-1104

2023

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Corrosive and mechanical resistance of MgO ceramics under metallizing and mild chlorination of spent nuclear fuel in molten salts

Ceramics international, 2021-02, Vol.47 (3), p.3306-3311

2021

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Anodic behaviour of the Cu82Al8Ni5Fe5 alloy in low-temperature aluminium electrolysis

Corrosion science, 2013-05, Vol.70, p.194-202

2013

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Character of the corrosion destruction of inert anodes during electrolysis of cryolite alumina melt and the reasons for it

Russian journal of non-ferrous metals, 2009-10, Vol.50 (5), p.492-499

2009

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Molecular dynamics study of the stability of aluminium coatings on iron

Letters on Materials, 2019-12, Vol.9 (4), p.436-441

2019

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Diffusion in the aged aluminium film on iron Project supported by the Ministry of Science and Education of the Russian Federation (Grant No. 14.607.21.0035, unique identifier RFMEFI60714X0035)

Chinese physics B, 2017-03, Vol.26 (3)

2017

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Anodic behaviour of the Cu82Al8Ni5Fe5 alloy in low-temperature aluminium electrolysis

Corrosion science, 2013, Vol.70, p.194-202

2013

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REDUCTION MECHANISM OF OXIDES IN CALCIUM CHLORIDE MELTS

Izvestiya Vuzov. Tsvetnaya Metallurgiya (Proceedings of Higher Schools. Nonferrous Metallurgy), 2015-04, Vol.1 (2), p.14

2015

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Reduction mechanism of oxides in calcium chloride melts

Russian journal of non-ferrous metals, 2015-05, Vol.56 (3), p.267-271

2015

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Anodic behavior of the NiO-Fe sub(2)O sub(3)-Cr sub(2)O sub(3)-Cu composite during the low-temperature electrolysis of aluminum

Russian journal of non-ferrous metals, 2014-01, Vol.55 (1), p.8-14

2014

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Anodic behavior of the NiO-Fe^sub 2^O3-Cr^sub 2^O3-Cu composite during the low-temperature electrolysis of aluminum

Russian journal of non-ferrous metals, 2014-01, Vol.55 (1), p.8

2014

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Oxygen Evolving Anodes for Aluminum Electrolysis

ECS transactions, 2009-08, Vol.16 (39), p.7-17

2009

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Anodic behavior of the NiO-Fe2O3-Cr2O3-Cu composite during the low-temperature electrolysis of aluminum

Russian journal of non-ferrous metals, 2014, Vol.55 (1), p.8-14

2014

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Metal anodes oxidation rate forecasted by results of electrolysis

Russian journal of electrochemistry, 2010-06, Vol.46 (6), p.665-670

2010

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Rate of metallic anode oxidation in the course of electrolysis of cryolite-alumina melts. Derivation of basic equations

Russian journal of electrochemistry, 2010-06, Vol.46 (6), p.659-664

2010

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ANODE BEHAVIOR OF NIO–FE2O3–CR2O3–CU COMPOSITE AT LOW-TEMPERATURE ELECTROLYSIS OF ALUMINUM

Izvestiya Vuzov. Tsvetnaya Metallurgiya (Proceedings of Higher Schools. Nonferrous Metallurgy), 2015-02 (6), p.3

2015

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Effect of the cationic composition of cryolite-alumina melts on the anodic overvoltage

Russian journal of electrochemistry, 2007-08, Vol.43 (8), p.909-919

2007

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Diffusion in the aged aluminium film on iron

Purification of Alkali-Metal Chlorides by Zone Recrystallization for Use in Pyrochemical Processing of Spent Nuclear Fuel

Research and Development of the pyrochemical processing for the mixed nitride uranium-plutonium fuel

Determination of the Valent Forms of Uranium(III) and Uranium(IV) Present in the Chloride Melts of Alkaline Metals

Solubility of Li2O in an LiCl–KCl Melt

Studies on the oxidation rate of metallic inert anodes by measuring the oxygen evolved in low-temperature aluminium electrolysis

Structure and phase composition of protective coatings on steel produced by methods of liquid-phase calorizing

Anode processes on Pt and ceramic anodes in chloride and oxide-chloride melts

Criticality analysis of pyrochemical reprocessing apparatuses for mixed uranium-plutonium nitride spent nuclear fuel using the MCU-FR and MCNP program codes

Corrosive and mechanical resistance of MgO ceramics under metallizing and mild chlorination of spent nuclear fuel in molten salts

Anodic behaviour of the Cu82Al8Ni5Fe5 alloy in low-temperature aluminium electrolysis

Character of the corrosion destruction of inert anodes during electrolysis of cryolite alumina melt and the reasons for it

Molecular dynamics study of the stability of aluminium coatings on iron

Diffusion in the aged aluminium film on iron Project supported by the Ministry of Science and Education of the Russian Federation (Grant No. 14.607.21.0035, unique identifier RFMEFI60714X0035)

Anodic behaviour of the Cu82Al8Ni5Fe5 alloy in low-temperature aluminium electrolysis

REDUCTION MECHANISM OF OXIDES IN CALCIUM CHLORIDE MELTS

Reduction mechanism of oxides in calcium chloride melts

Anodic behavior of the NiO-Fe sub(2)O sub(3)-Cr sub(2)O sub(3)-Cu composite during the low-temperature electrolysis of aluminum

Anodic behavior of the NiO-Fe^sub 2^O3-Cr^sub 2^O3-Cu composite during the low-temperature electrolysis of aluminum

Oxygen Evolving Anodes for Aluminum Electrolysis

Anodic behavior of the NiO-Fe2O3-Cr2O3-Cu composite during the low-temperature electrolysis of aluminum

Metal anodes oxidation rate forecasted by results of electrolysis

Rate of metallic anode oxidation in the course of electrolysis of cryolite-alumina melts. Derivation of basic equations

ANODE BEHAVIOR OF NIO–FE2O3–CR2O3–CU COMPOSITE AT LOW-TEMPERATURE ELECTROLYSIS OF ALUMINUM

Effect of the cationic composition of cryolite-alumina melts on the anodic overvoltage

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