Cette thèse, financée par la Fondation des Sciences du Patrimoine, Patrima, a pour but la compréhension du mécanisme chimique responsable du brunissement de certains pigments verts à base de cuivre, sous forme de complexes organométalliques, utilisés en peinture de l'Antiquité à la Renaissance. Il s'agit du « vert de gris » et du « résinate de cuivre ». La variation chromatique de ces pigments engendre une perte de lisibilité de l'œuvre et pose un important problème de conservation. La détermination des réactions impliquées dans l'altération est fondamentale pour définir une méthodologie d'intervention. Afin de clarifier le mécanisme responsable du changement de couleur il est nécessaire d'étudier d'une part la géométrie du centre métalliqu...
Green pigments in micro-samples taken from three late-medieval painted objects from Norwegian church...
Le cuivre est un élément multivalent qui donne aux verres ou aux glaçures une coloration bleue (ions...
Abstract The discoloration of pigments caused by deterioration may significantly alter an artifact's...
This thesis, funded by Patrima, Foundation for Cultural Heritage Sciences, aims to understand the ch...
Les pigments verts à base de cuivre étaient très répandus en peinture de chevalet entre le XVe et le...
The focus of this thesis is the discoloration of a common historical green pigment, copper resinate....
Booksh, Karl S.Alcántara-García, JocelynCopper-based pigments are common in both Western and Eastern...
International audienceGreen copper organometallic pigments have been known since Antiquity. Some of ...
Paper submitted to e-conservation Journal: Maria Leonor Oliveira, Leslie Carlyle, Sara Fragoso, Isab...
Blue and green copper pigments occur in a wide range of chemically close, although mineralogically d...
A systematic investigation of medieval copper green pigments was carried out based on written source...
This research demonstrates the potential of archaeological copper corrosion for organic residue anal...
The phthalocyanine family, and more specifically the copper phthalocyanines (CuPcs) are the most imp...
In order to understand the interaction between copper containing pigments and the organic...
International audienceThe conservation and restoration of painted metal objects presents a challenge...
Green pigments in micro-samples taken from three late-medieval painted objects from Norwegian church...
Le cuivre est un élément multivalent qui donne aux verres ou aux glaçures une coloration bleue (ions...
Abstract The discoloration of pigments caused by deterioration may significantly alter an artifact's...
This thesis, funded by Patrima, Foundation for Cultural Heritage Sciences, aims to understand the ch...
Les pigments verts à base de cuivre étaient très répandus en peinture de chevalet entre le XVe et le...
The focus of this thesis is the discoloration of a common historical green pigment, copper resinate....
Booksh, Karl S.Alcántara-García, JocelynCopper-based pigments are common in both Western and Eastern...
International audienceGreen copper organometallic pigments have been known since Antiquity. Some of ...
Paper submitted to e-conservation Journal: Maria Leonor Oliveira, Leslie Carlyle, Sara Fragoso, Isab...
Blue and green copper pigments occur in a wide range of chemically close, although mineralogically d...
A systematic investigation of medieval copper green pigments was carried out based on written source...
This research demonstrates the potential of archaeological copper corrosion for organic residue anal...
The phthalocyanine family, and more specifically the copper phthalocyanines (CuPcs) are the most imp...
In order to understand the interaction between copper containing pigments and the organic...
International audienceThe conservation and restoration of painted metal objects presents a challenge...
Green pigments in micro-samples taken from three late-medieval painted objects from Norwegian church...
Le cuivre est un élément multivalent qui donne aux verres ou aux glaçures une coloration bleue (ions...
Abstract The discoloration of pigments caused by deterioration may significantly alter an artifact's...