A study has been undertaken on the interaction between the (Fe,Cr)2O3 black pigment and an industrial porcelanised stoneware composition at its firing temperature. The results indicate that the glassy phase that forms during firing preferentially extracts Fe2O3 from the pigment and probably contributes some Al2O3 to it, enriching the pigment composition in Cr2O3, without changing pigment crystal structure. The pigment alteration process mainly affects porcelanised stoneware microstructure and, to a lesser extent, color
Nanocrystalline pigments for ceramic glazes have been obtained by mechanochemical insertion of Fe an...
It is known that the colors of inorganic pigments can be changed by adding of small amount of minera...
The work focuses on the syntheses of red inorganic ceramic pigments by inclusion of hematite in a fu...
A study has been undertaken on the interaction between the (Fe,Cr)2O3 black pigment and an industria...
International audienceThe French manufacture of Sèvres, famous for its production of fine porcelain ...
International audienceSpinel ZnAl2O4 and corundum Al2O3 doped with chromium are used as pink pigment...
A reappraisal of crystal structure, optical properties and technological behaviour of black spinels ...
The paper reports a laboratory and industrial study on the rationalization of using synthetic cobalt...
Different techniques (X-ray diffraction, field emission scanning electron microscope, colorimetry, v...
Most inorganic pigments generally consist of the colouring agents such as hematite (red) or glauconi...
Mixed spinel pigments Ni1− ΨFeΨCr2O4 (0 ≤ Ψ ≤ 1) were synthesized by means of a method known as Solu...
Solid solutions Ca(DxM1−x)O3 (M = Ti, Zr and D = Fe,Cr), have been studied as ceramic pigment in con...
A reappraisal of crystal structure, optical properties and technological behaviour of black spinels ...
The analysis of the physical interactions between pigments, opacifiers and glazes is fundamental to ...
International audienceThis paper presents a comprehensive investigation at the microscopic scale of ...
Nanocrystalline pigments for ceramic glazes have been obtained by mechanochemical insertion of Fe an...
It is known that the colors of inorganic pigments can be changed by adding of small amount of minera...
The work focuses on the syntheses of red inorganic ceramic pigments by inclusion of hematite in a fu...
A study has been undertaken on the interaction between the (Fe,Cr)2O3 black pigment and an industria...
International audienceThe French manufacture of Sèvres, famous for its production of fine porcelain ...
International audienceSpinel ZnAl2O4 and corundum Al2O3 doped with chromium are used as pink pigment...
A reappraisal of crystal structure, optical properties and technological behaviour of black spinels ...
The paper reports a laboratory and industrial study on the rationalization of using synthetic cobalt...
Different techniques (X-ray diffraction, field emission scanning electron microscope, colorimetry, v...
Most inorganic pigments generally consist of the colouring agents such as hematite (red) or glauconi...
Mixed spinel pigments Ni1− ΨFeΨCr2O4 (0 ≤ Ψ ≤ 1) were synthesized by means of a method known as Solu...
Solid solutions Ca(DxM1−x)O3 (M = Ti, Zr and D = Fe,Cr), have been studied as ceramic pigment in con...
A reappraisal of crystal structure, optical properties and technological behaviour of black spinels ...
The analysis of the physical interactions between pigments, opacifiers and glazes is fundamental to ...
International audienceThis paper presents a comprehensive investigation at the microscopic scale of ...
Nanocrystalline pigments for ceramic glazes have been obtained by mechanochemical insertion of Fe an...
It is known that the colors of inorganic pigments can be changed by adding of small amount of minera...
The work focuses on the syntheses of red inorganic ceramic pigments by inclusion of hematite in a fu...