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V. V. Sharapova

Mineral Composition and Phase Transformations in the Refractory Lining of the Bottom of Aluminum Electrolysis Cells. Part 1.
2005 · V. V. Sharapova, I. I. Lishchuk, et al. · Refractories and Industrial Ceramics · 7
Part 3. Phase Transformations within the Layer of a Dry Barrier Mixture for Aluminum Electrolysis Cells
2005 · V. V. Sharapova, I. I. Lishchuk, et al. · Refractories and Industrial Ceramics · 6
Part 4. Phase transformations within the heat-insulating layer of aluminum electrolysis cells
2006 · V. V. Sharapova, I. I. Lishchuk, et al. · Refractories and Industrial Ceramics · 4
Mineral Composition and Phase Transformations in the Refractory Lining of the Bottom of Aluminum Electrolysis Cells. Part 2.
2005 · V. V. Sharapova, I. I. Lishchuk, et al. · Refractories and Industrial Ceramics · 4
Titanium-bearing nonmetallic inclusions in manganese ferroalloys
2010 · V. V. Sharapova · Steel in Translation · 2
Study of the interconnection of aluminum electrolyzer life with corrosion of its casing
2009 · V. V. Sharapova · Refractories and Industrial Ceramics · 2
Prospects for using aluminosilicate refractories for aluminum electrolyzers. Part 1. Features of the structure of aluminosilicate refractories intended for aluminum electrolyzers
2007 · V. V. Sharapova, B. P. Sereda, et al. · Refractories and Industrial Ceramics · 2
Physico-Chemical Principles of Crust Formation in a Rotary Furnace with the Use of a Technogenic Material Containing Normal Electrocorundum Sludge
2014 · V. V. Sharapova · Refractories and Industrial Ceramics · 1
Contemporary Tendencies of Using Mullite-Silica Refractories in Manufacturing Structural Materials
2014 · V. V. Sharapova · Refractories and Industrial Ceramics · 1
Prospects for Using Combined Metallurgical Production Technogenic Raw Material in the Refractory Industry
2013 · V. V. Sharapova · Refractories and Industrial Ceramics · 1
Study of mineral and phase compositions of a furnace lining after melting crude ferronickel
2011 · V. V. Sharapova · Refractories and Industrial Ceramics · 1
Future application of aluminosilicate refractories for aluminum electrolyzers. Part 4. Wettability of aluminosilicate refractories with molten industrial electrolyte and sodium fluoride
2008 · V. V. Sharapova, B. P. Sereda, et al. · Refractories and Industrial Ceramics · 1
Prospects of the use of aluminosilicate refractories for aluminum electrolyzers. Part 3. The role of the glass phase formed in the operation of aluminum electrolyzers
2007 · V. V. Sharapova, B. P. Sereda, et al. · Refractories and Industrial Ceramics · 1
Prospects for using aluminosilicate refractories for aluminum electrolyzers. Part 2. Resistance of aluminosilicate refractories to the action of commercial electrolyte
2007 · V. V. Sharapova, B. P. Sereda, et al. · Refractories and Industrial Ceramics · 1
Features of chemical and mineral composition of a rammed compensation layer of a lining after service
2011 · V. V. Sharapova · Refractories and Industrial Ceramics
Study of the mineral and phase composition of aluminosilicate refractory ShPDM-45 after service in an aluminum electrolyzer of OAO Zaporozh’e aluminum combine
2009 · V. V. Sharapova, I. P. Malyshev, et al. · Refractories and Industrial Ceramics
Features of phase transitions in electrolyzer hearth block material between joints
2008 · V. V. Sharapova, B. P. Sereda · Refractories and Industrial Ceramics
Synthesis of Mullite from Slime of Normal Electrocorundum and Kaolin
2000 · D. V. Pruttskov, V. D. Troyan, et al. · Refractories and Industrial Ceramics
Works count: 18
Citation count: 34
H-index: 4
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