This study explored the effectiveness of tetraethyl orthosilicate (TEOS) as a Portland cement mortar consolidant to verify whether it meets the requirements for use in cultural assets. TEOS was found to raise cement mortar strength, lower its porosity and permeability and occasion minimal alteration in its appearance, an indication of its suitability to conserve heritage mortar works. FTIR and 29Si MAS NMR studies supported the notion that TEOS interacts with the hydrated phases of the cement, portlandite and C–S–H gel. The reaction product between portlandite and TEOS was C–S–H gel and between TEOS and C–S–H gel was a gel with longer chain.Peer reviewe
Current concerns about global warming due to the buildup of greenhouse gases in our atmosphere have ...
International audienceThis study investigates novel Portland cement-based mortars, developed for hyd...
textThis work examined the effects of thermal and chemical treatments on zeolite reactivity and dete...
Tetraethoxysilane or tetraethyl orthosilicate (TEOS), also known as ethyl silicate, traditionally ap...
Chemical compatibility with a wide range of materials is among the features that has driven the use ...
Summarization: Cultural Heritage constructions of twentieth century consist largely of mortar and co...
The surface treatment of existing concrete structures with silica-based organic and inorganic agents...
Impregnation treatments are one of the alternatives to protect concrete-based building and monuments...
NOTE: THE MATHEMATICAL SYMBOLS IN THIS ABSTRACT CANNOT BE DISPLAYED CORRECTLY ON THIS PAGE. PLEASE R...
The physicochemical and engineering performance properties of several API class G and H ordinary Por...
Surface treatments, especially hydrophobic agents to prevent water ingress and consolidants able to ...
The sustainability of cement-based materials is a core technical issue of national importance. The s...
A combination of high resolution solid state nuclear magnetic resonance spectroscopy, and solvent ex...
The addition of supplementary cementitious materials (SCMs) to Portland cement is considered to be o...
The cement industry consumes large amounts of energy and uses limestone as a main raw material. The ...
Current concerns about global warming due to the buildup of greenhouse gases in our atmosphere have ...
International audienceThis study investigates novel Portland cement-based mortars, developed for hyd...
textThis work examined the effects of thermal and chemical treatments on zeolite reactivity and dete...
Tetraethoxysilane or tetraethyl orthosilicate (TEOS), also known as ethyl silicate, traditionally ap...
Chemical compatibility with a wide range of materials is among the features that has driven the use ...
Summarization: Cultural Heritage constructions of twentieth century consist largely of mortar and co...
The surface treatment of existing concrete structures with silica-based organic and inorganic agents...
Impregnation treatments are one of the alternatives to protect concrete-based building and monuments...
NOTE: THE MATHEMATICAL SYMBOLS IN THIS ABSTRACT CANNOT BE DISPLAYED CORRECTLY ON THIS PAGE. PLEASE R...
The physicochemical and engineering performance properties of several API class G and H ordinary Por...
Surface treatments, especially hydrophobic agents to prevent water ingress and consolidants able to ...
The sustainability of cement-based materials is a core technical issue of national importance. The s...
A combination of high resolution solid state nuclear magnetic resonance spectroscopy, and solvent ex...
The addition of supplementary cementitious materials (SCMs) to Portland cement is considered to be o...
The cement industry consumes large amounts of energy and uses limestone as a main raw material. The ...
Current concerns about global warming due to the buildup of greenhouse gases in our atmosphere have ...
International audienceThis study investigates novel Portland cement-based mortars, developed for hyd...
textThis work examined the effects of thermal and chemical treatments on zeolite reactivity and dete...