AbstractThe preparation of magnesia binders based on natural and technogenic mineral was the result of the research. The obtained magnesia binders possess the increased flexural and compressive strength which values are close to ones of natural materials. High flexural and compression strengths are associated with the features of the hardened caustic dolomite containing magnesium oxyhydrochlorides which crystallize as a fiber. The fibrous crystals not only increase the cement strength, but also act as a reinforcing material. The resulting magnesia binder does not require a moist environment at hardening. It is characterized by decorativeness and ecological compatibility, has a neutral hardening product composition
This paper presents effect vibrovacuumizing (vibration+vacuum) on the strength of magnesia binder. T...
In this paper, a severe environmental sustainable binder, Magnesium- Phosphate Cement (MPC), is intr...
In this paper, the starting materials necessary for producing magnesium oxychioride cement (MOC) 'er...
The preparation of magnesia binders based on natural and technogenic mineral was the result of the r...
The article is devoted to the investigation of the influence of technological factors on the hydrati...
AbstractThe article presents the results of studies of physical and mechanical properties of the sam...
The current paper presents a literature review on the studies of incorporation of magnesia (magnesiu...
This paper presents a literature review concerning the characteristics of MgO (magnesium oxide or ma...
This article considers an effective way of processing natural and technogenic magnesium-containing m...
A novel phosphate bonded magnesia cement was developed recently, which sets quickly and develops hig...
This paper investigates the behavior of calcined powder made of natural magnesite and natural steati...
A novel magnesium phosphate cement made from magnesia and potassium phosphate was studied. The objec...
AbstractThis study reports the characterization of a talc from Cameroon as a possible source materia...
Problem statement. In activating MgO by electrolyte salts, as a result of formation of non water-res...
Due to growing environmental concerns and the need to use less energy-intensive building products, a...
This paper presents effect vibrovacuumizing (vibration+vacuum) on the strength of magnesia binder. T...
In this paper, a severe environmental sustainable binder, Magnesium- Phosphate Cement (MPC), is intr...
In this paper, the starting materials necessary for producing magnesium oxychioride cement (MOC) 'er...
The preparation of magnesia binders based on natural and technogenic mineral was the result of the r...
The article is devoted to the investigation of the influence of technological factors on the hydrati...
AbstractThe article presents the results of studies of physical and mechanical properties of the sam...
The current paper presents a literature review on the studies of incorporation of magnesia (magnesiu...
This paper presents a literature review concerning the characteristics of MgO (magnesium oxide or ma...
This article considers an effective way of processing natural and technogenic magnesium-containing m...
A novel phosphate bonded magnesia cement was developed recently, which sets quickly and develops hig...
This paper investigates the behavior of calcined powder made of natural magnesite and natural steati...
A novel magnesium phosphate cement made from magnesia and potassium phosphate was studied. The objec...
AbstractThis study reports the characterization of a talc from Cameroon as a possible source materia...
Problem statement. In activating MgO by electrolyte salts, as a result of formation of non water-res...
Due to growing environmental concerns and the need to use less energy-intensive building products, a...
This paper presents effect vibrovacuumizing (vibration+vacuum) on the strength of magnesia binder. T...
In this paper, a severe environmental sustainable binder, Magnesium- Phosphate Cement (MPC), is intr...
In this paper, the starting materials necessary for producing magnesium oxychioride cement (MOC) 'er...