Changing the Technological Properties and Strength Characteristics of Highly Mobile Concrete by Introducing a Complex Modifier
Combining Additives of Various Genesis for Enhancing Modification of Concrete
Development of Technological Criteria of Compatibility of Superplasticizers with Cements
Dry Building Mixtures for Floor Coverings Using Nanodispersted Additives
Effect of Water-Retaining Additives on Some Properties of Self-Compacting Concretes. Part 2. Rheological Characteristics of Concrete Mixes and Strength of Self-Compacting Concretes
Estimation of Efficiency of Applying Aqueous Dispersion of Carbon Particles in Anhydrite Binder
Evolution of Development of Concretes Compositions and Change in Concrete Strength. Concretes of Present and Future Part 1. Change in Compositions and Strength of Concretes
Features of the Behavior of Highly Frost-Resistant Modified Concretes
Gypsum-Containing Modified Materials
High-Performance Concrete Produced With Locally Available Materials of Vietnam
Improving the Performance Properties of Cement Composites with Complex Additives
Influence of Mineralogical Composition of Cement When Activating It on Physical-Technical Properties of Heavy Concrete
Influence of Superplasticizers on the Microstructure and Elastic Properties of Concrete
Influence of Ultrasonic Treatment of Cement Paste on Physical-Mechanical Properties of Cement Compositions
Joint Effect of High Temperatures and Superplasticizers on Placeability of Concrete Mixes
Porosity and Strength of Composite Cement Based on Fine High-Calcium Fly Ash
Research in the Activity of a Pozzolanic Component and Superplasticizer for Gypsum Cement Pozzolanic Binder of White Colour (GCPB)
Research of the Influence of Pyrogenic Nanosilica on the Heat Hydration and Cement Stone Microstructure
Rheological Properties of the System «Composite Gypsum Binder — Superplasticizer — Water»
Structure Formation of Cement Stone with a Polyfunctional Additive

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