Activation of Metallurgical Dust to Modify the Properties of Gypsum Compositions
Adhesion Properties of a Gypsum Binder in the Presence of Potassium-Silicate Cement
Complex Mineral Additives for the Modification of Calcium Sulphate Based Materials
Composite Materials Based on Fluoranhydrite and Industrial Sulfur
Dry Mix for the Preparation of Facade Silicate Paint
Effect of Dispersions of Technical Carbon on Properties of Fine Concrete
Efficiency of Modification of a Gypsum Binder with Carbon Nanotubes and Additives of Various Dispersity
Estimation of Efficiency of Applying Aqueous Dispersion of Carbon Particles in Anhydrite Binder
Fast Curing Fluoroanhydrite Composition for Layer-by-Layer Extrusion (3D printing)
Fine-Grained Concrete Modified With a Suspension of Chrysotile Nanofibers
Fluoro-Anhydrite Compositions with a Light Filler Based on Expanded Perlite Sand
Fluoroanhydrite-Gypsum Compositions for the Manufacture of Decorative Architectural Details and Sculptural Products
Geopolymer Binder on the Basis of Expanded Clay Dust for Injection Mixtures in Geotechnical Construction
Geopolymer Composition on the Basis of Expanded Clay Dust For Geotechnical Construction
Gypsum Materials Modified with Complex Additive Based on Nanosilica
Influence of a Complex Additive on the Basis of Asbestos-Cement Waste and Automobile Tires on Properties of Fine Concretes
Influence of Additive Complex onto the Properties and Structure of Gypsum Binder
Modification of Binders Based on Calcium Sulfate with Complex Additives
Modification of Dasaltfiberconcrete by Nanodispersed System
Modification of Fluoroanhydrite Composition for Flooring with Carbon-Containing Additives

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