Add to ORKGThe appearance of nanolimes represents a progress in the use of the calcium hydroxide as an inorganic consolidant of stone heritage since the effect of particle size reduction, certain properties can be improved [1]. However, it is fundamental t
In the past decades, interest in using nanomaterials for preservation of valuable cultural heritage ...
Exposure to atmospheric conditions results in considerable deterioration of calcareous building ston...
In the present work a nanolime, to be used in Cultural Heritage Conservation, is produced in order t...
For a long time the conservation of archaeological artefacts has been based on the principles of com...
Trabajo presentado en Green Conservation of Cultural Heritage - 2nd International Conference, celebr...
In the present study, the consolidation effectiveness of some inorganic nanoparticles dispersions (s...
tNovel nanomaterials, such as nanosilica or nano-titanium oxide, have been developed in the last dec...
Calcium hydroxide nanoparticles (nanolime) are a novel solution for consolidating clay-based plaster...
Petrology has turned into a fundamental discipline for the step forward in research and conservation...
Recently the interest in application of nanomaterials for preservation of Cultural Heritage increase...
This study investigates the consolidation effect of nanosized particles of calcium hydroxide dispers...
Nanolimes are the first nanomaterials used in heritage conservation for natural stone consolidation....
Se estudian los efectos de nanopartículas de hidróxido de calcio sobre revestimientos realizados con...
Calcium hydroxide nanoparticles in aqueous suspensions (also called nanolime) were successfully empl...
In the last decades a special attention has been devoted to the development of nanomaterials for con...
In the past decades, interest in using nanomaterials for preservation of valuable cultural heritage ...
Exposure to atmospheric conditions results in considerable deterioration of calcareous building ston...
In the present work a nanolime, to be used in Cultural Heritage Conservation, is produced in order t...
For a long time the conservation of archaeological artefacts has been based on the principles of com...
Trabajo presentado en Green Conservation of Cultural Heritage - 2nd International Conference, celebr...
In the present study, the consolidation effectiveness of some inorganic nanoparticles dispersions (s...
tNovel nanomaterials, such as nanosilica or nano-titanium oxide, have been developed in the last dec...
Calcium hydroxide nanoparticles (nanolime) are a novel solution for consolidating clay-based plaster...
Petrology has turned into a fundamental discipline for the step forward in research and conservation...
Recently the interest in application of nanomaterials for preservation of Cultural Heritage increase...
This study investigates the consolidation effect of nanosized particles of calcium hydroxide dispers...
Nanolimes are the first nanomaterials used in heritage conservation for natural stone consolidation....
Se estudian los efectos de nanopartículas de hidróxido de calcio sobre revestimientos realizados con...
Calcium hydroxide nanoparticles in aqueous suspensions (also called nanolime) were successfully empl...
In the last decades a special attention has been devoted to the development of nanomaterials for con...
In the past decades, interest in using nanomaterials for preservation of valuable cultural heritage ...
Exposure to atmospheric conditions results in considerable deterioration of calcareous building ston...
In the present work a nanolime, to be used in Cultural Heritage Conservation, is produced in order t...