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Corrosion Testing of Russian-Made Baddeleyite-Corundum and Chromium-Containing Materials in Borosilicate Glass Melts

Refractories and industrial ceramics, 2023-03, Vol.63 (6), p.579-584

2023

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Dinur’s Refractory Materials for Constructing the Roof of Electric Furnaces for High-Level Waste Vitrification

Refractories and industrial ceramics, 2022-11, Vol.63 (4), p.343-347

2022

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Physical and Mechanical Properties of Refractories for a Highly Active Waste Vitrification Furnace

Refractories and industrial ceramics, 2023-07, Vol.64 (2), p.168-173

2023

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Selection of Refractory Materials for Electric Furnaces Used for Radioactive Waste Vitrification

Refractories and industrial ceramics, 2019-03, Vol.59 (6), p.612-615

2019

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Corrosion Tests of Domestic and Imported Chromium-Containing and Baddelyite–Corundum Refractories in Borosilicate Glass Melts

Radiochemistry (New York, N.Y.), 2023-12, Vol.65 (Suppl 1), p.S13-S23

2023

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Corrosion Resistance of Refractories in Melts of Glasses Used to Immobilize Radioactive Wastes

Refractories and industrial ceramics, 2016-07, Vol.57 (2), p.160-163

2016

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Development of an Automated Database as a Part of the Methodological Basis of the System for Characterization of Vitrified High-Level Waste Accumulated at the Mayak Production Association

Radiochemistry (New York, N.Y.), 2023-12, Vol.65 (Suppl 1), p.S44-S51

2023

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Study of the Thermophysical Properties of Aluminophosphate and Borosilicate Glasses by DSC

Glass physics and chemistry, 2023-12, Vol.49 (6), p.564-572

2023

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Study of the Qualitative Characteristics of Manganese-Containing Phosphate and Borophosphate Glasses

Glass physics and chemistry, 2022-10, Vol.48 (5), p.372-383

2022

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Evaluation of the Performance of Advanced Refractory Materials Intended for the Roof of an Electric Furnace for High-Level Waste Vitrification

Refractories and industrial ceramics, 2023-11, Vol.64 (4), p.361-364

2023

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Sorption of Cesium from Alkaline Solutions onto Resorcinol-Formaldehyde Sorbents

Radiochemistry (New York, N.Y.), 2019-11, Vol.61 (6), p.714-718

2019

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Investigation of Borosilicate Glasses with Simulated HLW Components and Determination of Their Chemical Durability

Chimica Techno Acta, 2021-03, Vol.8 (1)

2021

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Phase Formation in Phosphate and Borophosphate Glasses Containing Iron, Chromium, Nickel, and Sulfur

Inorganic materials, 2019-08, Vol.55 (8), p.838-845

2019

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Sodium–aluminum–iron phosphate glasses as legacy high level waste forms

Progress in nuclear energy (New series), 2017-01, Vol.94, p.229-234

2017

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Immobilization of Be-Containing HLW in the Aluminophosphate Glass Matrix: The Results of the Investigation and Experience of Its Industrial Introduction on an EP-500/5 Vitrification Furnace

Glass physics and chemistry, 2020, Vol.46 (1), p.26-34

2020

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Corrosion Testing of Baddeleyite-Corundum and Chromium Oxide Materials in Aluminum Phosphate Glass Melts

Refractories and industrial ceramics, 2018-05, Vol.59 (1), p.1-5

2018

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Thermal and Electrical Conductivity of Molten Alumophosphate and Borosilicate Glass Containing Imitators of High-Active Wastes from SNF Processing

Glass physics and chemistry, 2018-11, Vol.44 (6), p.557-563

2018

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Electrical Conductivities of Molten Aluminophosphate and Borosilicate Glasses Containing Analogs of High-Level Fuel-Processing Waste

Russian metallurgy Metally, 2018-02, Vol.2018 (2), p.208-213

2018

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Phase composition and structure of molybdenum-, copper-, and cesium-containing sodium aluminophosphate glassy materials for immobilization of high level wastes of nuclear reactors

Glass physics and chemistry, 2014-09, Vol.40 (5), p.534-542

2014

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Synthesis and use of borates of polyatomic alcohols for the preparation of liquid high-level wastes for inclusion into borophosphate glass

Atomic energy (New York, N.Y.), 2005-10, Vol.99 (4), p.716-722

2005

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Thermoviscosimetric characteristics of borosilicate glasses with regard to the promising area of low-melting compositions currently being developed for the removable small-scale melter designed by Mayak Production Association

Izvestiâ Tomskogo politehničeskogo universiteta. Inžiniring georesursov, 2024-03, Vol.335 (3), p.50-60

2024

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FTIR and Mössbauer spectroscopic study of sodium–aluminum–iron phosphate glassy materials for high level waste immobilization

Journal of nuclear materials, 2015-11, Vol.466, p.142-149

2015

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Development of a process for cesium recovery from the clarified phase of high-level waste storage tanks of the Mayak Production Association with a ferrocyanide sorbent

Radiochemistry (New York, N.Y.), 2016-05, Vol.58 (3), p.295-301

2016

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IR and Raman Spectroscopy of Sodium-Aluminophosphate Glasses for Immobilizing High-Level Wastes from Spent Nuclear Fuel Reprocessing

Journal of applied spectroscopy, 2014-09, Vol.81 (4), p.618-623

2014

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XAFS Study of Iron and Nickel Speciation in Complex Sodium Aluminophosphate Based Glasses

MRS advances, 2016-01, Vol.1 (63-64), p.4209-4214

2016

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Corrosion Testing of Russian-Made Baddeleyite-Corundum and Chromium-Containing Materials in Borosilicate Glass Melts

Dinur’s Refractory Materials for Constructing the Roof of Electric Furnaces for High-Level Waste Vitrification

Physical and Mechanical Properties of Refractories for a Highly Active Waste Vitrification Furnace

Selection of Refractory Materials for Electric Furnaces Used for Radioactive Waste Vitrification

Corrosion Tests of Domestic and Imported Chromium-Containing and Baddelyite–Corundum Refractories in Borosilicate Glass Melts

Corrosion Resistance of Refractories in Melts of Glasses Used to Immobilize Radioactive Wastes

Development of an Automated Database as a Part of the Methodological Basis of the System for Characterization of Vitrified High-Level Waste Accumulated at the Mayak Production Association

Study of the Thermophysical Properties of Aluminophosphate and Borosilicate Glasses by DSC

Study of the Qualitative Characteristics of Manganese-Containing Phosphate and Borophosphate Glasses

Evaluation of the Performance of Advanced Refractory Materials Intended for the Roof of an Electric Furnace for High-Level Waste Vitrification

Sorption of Cesium from Alkaline Solutions onto Resorcinol-Formaldehyde Sorbents

Investigation of Borosilicate Glasses with Simulated HLW Components and Determination of Their Chemical Durability

Phase Formation in Phosphate and Borophosphate Glasses Containing Iron, Chromium, Nickel, and Sulfur

Sodium–aluminum–iron phosphate glasses as legacy high level waste forms

Immobilization of Be-Containing HLW in the Aluminophosphate Glass Matrix: The Results of the Investigation and Experience of Its Industrial Introduction on an EP-500/5 Vitrification Furnace

Corrosion Testing of Baddeleyite-Corundum and Chromium Oxide Materials in Aluminum Phosphate Glass Melts

Thermal and Electrical Conductivity of Molten Alumophosphate and Borosilicate Glass Containing Imitators of High-Active Wastes from SNF Processing

Electrical Conductivities of Molten Aluminophosphate and Borosilicate Glasses Containing Analogs of High-Level Fuel-Processing Waste

Phase composition and structure of molybdenum-, copper-, and cesium-containing sodium aluminophosphate glassy materials for immobilization of high level wastes of nuclear reactors

Synthesis and use of borates of polyatomic alcohols for the preparation of liquid high-level wastes for inclusion into borophosphate glass

Thermoviscosimetric characteristics of borosilicate glasses with regard to the promising area of low-melting compositions currently being developed for the removable small-scale melter designed by Mayak Production Association

FTIR and Mössbauer spectroscopic study of sodium–aluminum–iron phosphate glassy materials for high level waste immobilization

Development of a process for cesium recovery from the clarified phase of high-level waste storage tanks of the Mayak Production Association with a ferrocyanide sorbent

IR and Raman Spectroscopy of Sodium-Aluminophosphate Glasses for Immobilizing High-Level Wastes from Spent Nuclear Fuel Reprocessing

XAFS Study of Iron and Nickel Speciation in Complex Sodium Aluminophosphate Based Glasses

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