A study of the effectiveness of a crack-free consolidant nanomaterial and a nanostructured consolidant with hydrophobic properties, developed in University of Cadiz was carried out for a biocalcareous stone from Agrigento (Italy). The products were obtained by a silica oligomer in presence of a surfactant and, in the hydrophobic product,with the addition of PDMS. The purposes of the research were increasing hydrophobicity and consolidation of the stone. The tests effectuated demonstrated the desired characteristics improved
Nanolimes are the first nanomaterials used in heritage conservation for natural stone consolidation....
External surfaces of stones used in historic buildings often carry high artistic value and need to b...
External surfaces of stones used in historic buildings often carry high artistic value and need to b...
An effective procedure has been developed to consolidate and hydrophobize decayed monumental stones ...
Many of archaeological sites situated on south of Spain suffer serious deterioration caused by envir...
Mediterranean calcarenite stones are exposed to several weathering processes related to the climate ...
Alkoxysilane-based consolidation treatment are commonly employed in restoration and conservation wor...
In the present study, the consolidation effectiveness of some inorganic nanoparticles dispersions (s...
In the present study, the consolidation effectiveness of some inorganic nanoparticles dispersions (s...
External surfaces of stones used in historic buildings often carry high artistic value and need to b...
The application of silica nanoparticles strengthening agents in conservation of monumental and archi...
In consequence of an array of degradation mechanisms there is a change of stone characteristics use...
Nowadays, the conservation of heritage buildings is an essential and important event. Different kind...
Summarization: A hybrid consolidant with high affinity to carbonaceous substrates was synthesized by...
Nowadays, the conservation of heritage buildings is an essential and important event. Different kind...
Nanolimes are the first nanomaterials used in heritage conservation for natural stone consolidation....
External surfaces of stones used in historic buildings often carry high artistic value and need to b...
External surfaces of stones used in historic buildings often carry high artistic value and need to b...
An effective procedure has been developed to consolidate and hydrophobize decayed monumental stones ...
Many of archaeological sites situated on south of Spain suffer serious deterioration caused by envir...
Mediterranean calcarenite stones are exposed to several weathering processes related to the climate ...
Alkoxysilane-based consolidation treatment are commonly employed in restoration and conservation wor...
In the present study, the consolidation effectiveness of some inorganic nanoparticles dispersions (s...
In the present study, the consolidation effectiveness of some inorganic nanoparticles dispersions (s...
External surfaces of stones used in historic buildings often carry high artistic value and need to b...
The application of silica nanoparticles strengthening agents in conservation of monumental and archi...
In consequence of an array of degradation mechanisms there is a change of stone characteristics use...
Nowadays, the conservation of heritage buildings is an essential and important event. Different kind...
Summarization: A hybrid consolidant with high affinity to carbonaceous substrates was synthesized by...
Nowadays, the conservation of heritage buildings is an essential and important event. Different kind...
Nanolimes are the first nanomaterials used in heritage conservation for natural stone consolidation....
External surfaces of stones used in historic buildings often carry high artistic value and need to b...
External surfaces of stones used in historic buildings often carry high artistic value and need to b...