Activation of Metallurgical Dust to Modify the Properties of Gypsum Compositions
Complex Mineral Additives for the Modification of Calcium Sulphate Based Materials
Effect of Dispersions of Technical Carbon on Properties of Fine Concrete
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
Gypsum Compositions Modified with Portland Cement and Metallurgic Dust
Gypsum Compositions with Complex Modifiers of Structure
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
Influence of Dispersions of Multilayer Carbon Nano-Tubes on Physical-Mechanical Characteristics and Structure of Building Ceramics
Modification of Binders Based on Calcium Sulfate with Complex Additives
Modification of Fluoroanhydrite Composition for Flooring with Carbon-Containing Additives
Modification of Fluorohydrite Binders with Ultrafine Diabase Powder
Non-Autoclaved Aerated Concrete Based on Sulfate-Containing Technogenic Waste
Pozzolanic Constituent Impact on Structure and Properties of Modified Sulfate-Based Composites
Properties of Cement Matrices Modified with Nickel-Carbon Nanocomposite
Structure and Properties of Gypsum Compositions with Mineral Dispersed Additives
Structure Formation Aspects for Fluoranhydrate-Based Materials

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