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Cellular Vibropneumatically Compacted Corundum. Part 2. Features of Physical and Mechanical Vibration Treatment Processes of Alumina-Foam Polystyrene Mixtures

Refractories and industrial ceramics, 2022, Vol.62 (5), p.557-560

Sokov, V. N.

2022

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Cellular Vibro-Pneumatically Compacted Corundum. Part 1. Features of the Use of Vibropressing Compaction when Obtaining Highly Porous Refractories Based on a Spherically Burning Additive

Refractories and industrial ceramics, 2021-11, Vol.62 (4), p.467-470

Sokov, V. N.

2021

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Intensification of the Foam Technology by the Energy of Electrohydrothermal Force Fields. Part 3. Investigation of the Processes of Heat and Mass Transfer in a Foam System under the Action of EHTFF

Refractories and industrial ceramics, 2021, Vol.61 (5), p.544-546

Sokov, V. N.

2021

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Chamotte-Free Heat Insulation from Self-Consolidating Mixes Based on Burn-Off Additive of Plant Origin. Part 1. Selection of Burn-Off Additive of Plant Origin for Self-Consolidation of Mixes Within a Hydraulically Closed Volume

Refractories and industrial ceramics, 2019-11, Vol.60 (4), p.369-372

Sokov, V. N.

2019

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Algicidal Granules from Ceramized Rock. Part 1. Development of Rocks Selection Criteria

Refractories and industrial ceramics, 2023, Vol.63 (5), p.540-542

2023

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Highly Porous Granulated Corundum Filler of Alumina-Foam Polystyrene Mixture. Part 8. Rational Drying and Firing Regimes for Crude Corundum Granules

Refractories and industrial ceramics, 2018-11, Vol.59 (4), p.375-377

Sokov, V. N.

2018

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Cellular Vibropneumatic Compacted Corundum. Part 3. Selection of Pressing Force and Order of Application During Vibration Treatment of Alumina-Foam Polystyrene Mixtures

Refractories and industrial ceramics, 2022, Vol.62 (5), p.561-563

2022

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Highly Porous Granulated Corundum Filler of Alumina-Foam Polystyrene Mixture. Part 6. Optimization of Plate Granulator Operating Regime

Refractories and industrial ceramics, 2018-07, Vol.59 (2), p.144-150

Sokov, V. N.

2018

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Highly Porous Granulated Corundum Filler of Alumina-Foam Polystyrene Mixture. Parts 1 and 2

Refractories and industrial ceramics, 2017-11, Vol.58 (4), p.395-397

Sokov, V. N.

2017

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Complex Clinker-Less Binder Made from Refractory Wastes and Products Based on it

Refractories and industrial ceramics, 2016-07, Vol.57 (2), p.185-188

Sokov, V. N.

2016

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Intensification of the Foam Technology by the Energy of Electrohydrothermal Force Fields. Part 4. Stages and parameters of the activation of foam masses by the action of an internal parameter-dependent field on the formation of the structure of adobe1

Refractories and industrial ceramics, 2021, Vol.61 (6), p.680-683

Sokov, V. N.

2021

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Intensification of the Foam Technology by the Energy of Electrohydrothermal Force Fields. Part 1. Analysis of the Specific Features of Generation of Internal Pressure in Foam Masses by the Action of Electric Currents

Refractories and industrial ceramics, 2020-09, Vol.61 (3), p.299-302

Sokov, V. N.

2020

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Chamotte-Free Heat Insulation from Self-Consolidating Mixes Based on Burn-Off Additive of Plant Origin. Part 2. Mineralogical, Chemical, and Biological Features of Burn-Off Additives and their Appearance During Electrohydrothermal Action on a Molding Mass1

Refractories and industrial ceramics, 2020, Vol.60 (5), p.472-474

Sokov, V. N.

2020

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Highly Porous Granulated Corundum Filler of Alumina-Foam Polystyrene Mixture. Part 9. Physicotechnical Properties of Porous Corundum Granules and Fillers Based on Them1

Refractories and industrial ceramics, 2019-01, Vol.59 (5), p.488-491

Sokov, V. N.

2019

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Algicidal Granules from Ceramized Rock. Part 2. Calculation of the Technological Process Modes of Firing Raw Granules in a Rotating Furnace1

Refractories and industrial ceramics, 2023, Vol.63 (5), p.543-545

2023

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Highly Porous Granulated Corundum Filler of Alumina-Foam Polystyrene Mixture. Part 7. Study of the Possibility of Preparing Hollow Corundum Granules1

Refractories and industrial ceramics, 2018, Vol.59 (3), p.275-277

Sokov, V. N.

2018

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Highly Porous Granulated Corundum Filler of Alumina-Foam Polystyrene Mixture. Part 5. Effect of Molding Mixture Fineness and Moisture Content on Filler Granulation Capacity and Physicotechnical Properties1

Refractories and industrial ceramics, 2018, Vol.59 (1), p.54-58

Sokov, V. N.

2018

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Fibrous nanocorundum products for use in a high-temperature gas flow

Refractories and industrial ceramics, 2013-03, Vol.53 (6), p.379-383

2013

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Heat-Resistant Corundum Concrete Reinforced with Aluminum Oxide Fibers Synthesized Within a Matrix During Firing. Part 5. Bases of Reinforced Corundum Concrete Technology and Study of Physicomechanical Properties

Refractories and industrial ceramics, 2015-05, Vol.56 (1), p.34-35

2015

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Study of the thermophysical properties of a fibrous nanocorundum-based material with a protective coating in a high-temperature gas flow

Refractories and industrial ceramics, 2013-03, Vol.53 (6), p.357-359

2013

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Intensification of the Foam Technology by the Energy of Electrohydrothermal Force Fields. Part 4. Stages and parameters of the activation of foam masses by the action of an internal parameter-dependent field on the formation of the structure of adobe.sup.1

Refractories and industrial ceramics, 2021-03, Vol.61 (6), p.680

Sokov, V. N

2021

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Principles of the design of variatropic heat-insulating structural refractories

Refractories and industrial ceramics, 2012, Vol.52 (5), p.328-330

2012

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Modified corundum lightweight material based on crude unground alumina

Refractories and industrial ceramics, 2011, Vol.51 (5), p.343-344

2011

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Chamotte-Free Heat Insulation from Self-Consolidating Mixes Based on Burn-Off Additive of Plant Origin. Part 3. Production Features of Preparing Chamotte-Free Thermal Insulation Products Based on a Burn-Off Additive with a Starch Core of Micellar Structure.sup.1

Refractories and industrial ceramics, 2020-03, Vol.60 (6), p.590

Sokov, V. N

2020

Volltextzugriff (PDF)

Chamotte-Free Heat Insulation from Self-Consolidating Mixes Based on Burn-Off Additive of Plant Origin. Part 2. Mineralogical, Chemical, and Biological Features of Burn-Off Additives and their Appearance During Electrohydrothermal Action on a Molding Mass.sup.1

Refractories and industrial ceramics, 2020-01, Vol.60 (5), p.472

Sokov, V. N

2020

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Cellular Vibropneumatically Compacted Corundum. Part 2. Features of Physical and Mechanical Vibration Treatment Processes of Alumina-Foam Polystyrene Mixtures

Cellular Vibro-Pneumatically Compacted Corundum. Part 1. Features of the Use of Vibropressing Compaction when Obtaining Highly Porous Refractories Based on a Spherically Burning Additive

Intensification of the Foam Technology by the Energy of Electrohydrothermal Force Fields. Part 3. Investigation of the Processes of Heat and Mass Transfer in a Foam System under the Action of EHTFF

Chamotte-Free Heat Insulation from Self-Consolidating Mixes Based on Burn-Off Additive of Plant Origin. Part 1. Selection of Burn-Off Additive of Plant Origin for Self-Consolidation of Mixes Within a Hydraulically Closed Volume

Algicidal Granules from Ceramized Rock. Part 1. Development of Rocks Selection Criteria

Highly Porous Granulated Corundum Filler of Alumina-Foam Polystyrene Mixture. Part 8. Rational Drying and Firing Regimes for Crude Corundum Granules

Cellular Vibropneumatic Compacted Corundum. Part 3. Selection of Pressing Force and Order of Application During Vibration Treatment of Alumina-Foam Polystyrene Mixtures

Highly Porous Granulated Corundum Filler of Alumina-Foam Polystyrene Mixture. Part 6. Optimization of Plate Granulator Operating Regime

Highly Porous Granulated Corundum Filler of Alumina-Foam Polystyrene Mixture. Parts 1 and 2

Complex Clinker-Less Binder Made from Refractory Wastes and Products Based on it

Intensification of the Foam Technology by the Energy of Electrohydrothermal Force Fields. Part 4. Stages and parameters of the activation of foam masses by the action of an internal parameter-dependent field on the formation of the structure of adobe1

Intensification of the Foam Technology by the Energy of Electrohydrothermal Force Fields. Part 1. Analysis of the Specific Features of Generation of Internal Pressure in Foam Masses by the Action of Electric Currents

Chamotte-Free Heat Insulation from Self-Consolidating Mixes Based on Burn-Off Additive of Plant Origin. Part 2. Mineralogical, Chemical, and Biological Features of Burn-Off Additives and their Appearance During Electrohydrothermal Action on a Molding Mass1

Highly Porous Granulated Corundum Filler of Alumina-Foam Polystyrene Mixture. Part 9. Physicotechnical Properties of Porous Corundum Granules and Fillers Based on Them1

Algicidal Granules from Ceramized Rock. Part 2. Calculation of the Technological Process Modes of Firing Raw Granules in a Rotating Furnace1

Highly Porous Granulated Corundum Filler of Alumina-Foam Polystyrene Mixture. Part 7. Study of the Possibility of Preparing Hollow Corundum Granules1

Highly Porous Granulated Corundum Filler of Alumina-Foam Polystyrene Mixture. Part 5. Effect of Molding Mixture Fineness and Moisture Content on Filler Granulation Capacity and Physicotechnical Properties1

Fibrous nanocorundum products for use in a high-temperature gas flow

Heat-Resistant Corundum Concrete Reinforced with Aluminum Oxide Fibers Synthesized Within a Matrix During Firing. Part 5. Bases of Reinforced Corundum Concrete Technology and Study of Physicomechanical Properties

Study of the thermophysical properties of a fibrous nanocorundum-based material with a protective coating in a high-temperature gas flow

Intensification of the Foam Technology by the Energy of Electrohydrothermal Force Fields. Part 4. Stages and parameters of the activation of foam masses by the action of an internal parameter-dependent field on the formation of the structure of adobe.sup.1

Principles of the design of variatropic heat-insulating structural refractories

Modified corundum lightweight material based on crude unground alumina

Chamotte-Free Heat Insulation from Self-Consolidating Mixes Based on Burn-Off Additive of Plant Origin. Part 3. Production Features of Preparing Chamotte-Free Thermal Insulation Products Based on a Burn-Off Additive with a Starch Core of Micellar Structure.sup.1

Chamotte-Free Heat Insulation from Self-Consolidating Mixes Based on Burn-Off Additive of Plant Origin. Part 2. Mineralogical, Chemical, and Biological Features of Burn-Off Additives and their Appearance During Electrohydrothermal Action on a Molding Mass.sup.1

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