Les sulfates de sodium sont admis comme étant les sels les plus destructeurs pour les pierres naturelles et autre matériaux poreux. Les processus de cristallisation de ces sels demeurent encore mal compris, plus particulièrement les relations entre l'heptahydrate (SS7, Na2SO4-7H2O) et la mirabilite (SS10, Na2SO4-10H2O). L'heptahydrate, métastable, a longtemps été négligée dans les travaux scientifiques portant sur l'altération saline jusqu'à récemment, et son rôle dans l'altération des roches n'est toujours pas établi à ce jour. Afin de mieux comprendre le rôle des différentes phases dans l'altération, il est important de pouvoir identifier quelle phase cristallise sous des conditions environnementales spécifiques. La cristallisation du sel...
Salt crystallization is recognized as a major cause of damage to porous building materials, threaten...
It is well known that sodium sulfate causes salt crystallization damage in building materials and ro...
This work considers the crystallisation mechanisms of the most common and aggressive salts that gene...
Dimension and ornamental stones used for built heritage are frequently affected, under all climates,...
The research made in the present PhD Thesis entitled “Crystallization and dissolution study of elect...
It is well known that sodium sulfate causes salt crystallization damage in building materials and ro...
Sodium sulfates are well known to be the most damaging salts in building materials and rocks. Unfort...
Sodium sulfate is known as one of the most destructive salts causing weathering. Many experiments on...
International audienceWe investigate the origins of salt damage in sandstones for the two most commo...
Sodium sulfates are widely regarded as the most destructive salts for porous stone, concrete and bri...
Saline solution properties, viscosity in particular, are shown to be critical in salt weathering ass...
International audienceSodium sulfates are widely regarded as the most destructive salts for porous s...
Sodium sulfate is known as one of the most destructive salts leading to the deterioration of porous ...
Salt crystallization is recognized as a major cause of damage to porous building materials, threaten...
It is well known that sodium sulfate causes salt crystallization damage in building materials and ro...
This work considers the crystallisation mechanisms of the most common and aggressive salts that gene...
Dimension and ornamental stones used for built heritage are frequently affected, under all climates,...
The research made in the present PhD Thesis entitled “Crystallization and dissolution study of elect...
It is well known that sodium sulfate causes salt crystallization damage in building materials and ro...
Sodium sulfates are well known to be the most damaging salts in building materials and rocks. Unfort...
Sodium sulfate is known as one of the most destructive salts causing weathering. Many experiments on...
International audienceWe investigate the origins of salt damage in sandstones for the two most commo...
Sodium sulfates are widely regarded as the most destructive salts for porous stone, concrete and bri...
Saline solution properties, viscosity in particular, are shown to be critical in salt weathering ass...
International audienceSodium sulfates are widely regarded as the most destructive salts for porous s...
Sodium sulfate is known as one of the most destructive salts leading to the deterioration of porous ...
Salt crystallization is recognized as a major cause of damage to porous building materials, threaten...
It is well known that sodium sulfate causes salt crystallization damage in building materials and ro...
This work considers the crystallisation mechanisms of the most common and aggressive salts that gene...