The technique of Raman microscopy has been used to identify and characterise the pigments used in red shards of medieval and earlier items of pottery which have been found in various archaeological sites in the South of Italy. The research has led to the identification, on the basis of their characteristic Raman/resonance Raman spectra, of the red pigments as iron(III) oxide (e.g. Indian Red, Red Ochre or Venetian Red) and the yellow pigments as hydrated iron(III) oxyhydroxide (e.g. Yellow Ochre and Mars Yellow). X-ray powder diffraction experiments confirm the conclusions drawn above
Raman micro-spectroscopy (RMS) is nowadays a very well established analytical technique for the pigm...
A ceramic factory with at least three kilns, active from the 14th century until the 17th century, wa...
Micro-Raman spectroscopy is applied to the study of ancient Levantine ceramics with the aim of explo...
The technique of Raman microscopy has been used to identify and characterise the pigments used in re...
The aim of this work was to apply several spectroscopic methods of analysis to study the decorated p...
A red pigment was often used for decorating the surface of different style classes of pottery during...
A non-invasive multi-analytical approach combining optical microscopy (OM), micro-X-ray diffraction ...
Fragments from the archaeological site of Castel Fiorentino (Foggia, Italy) were analysed by Raman m...
The study of manufacture technologies and provenance of raw materials in archaeological potteries ar...
This investigation is focused on the identification in ceramic artworks of certain nonstandard yello...
Raman spectroscopy and X-Ray Powder Diffraction were applied in order to characterize the materials ...
This thesis is in the first place an “adventure” in three domains of application of Raman spectrosco...
Micro-Raman spectroscopy is applied for the study of two classes of ancient ceramic artefacts showin...
International audienceIn this study, the potential of Raman spectroscopy is discussed for the compar...
Painted Canosa ceramicswere examined to identify the nature of the pigments employed and theirmanufa...
Raman micro-spectroscopy (RMS) is nowadays a very well established analytical technique for the pigm...
A ceramic factory with at least three kilns, active from the 14th century until the 17th century, wa...
Micro-Raman spectroscopy is applied to the study of ancient Levantine ceramics with the aim of explo...
The technique of Raman microscopy has been used to identify and characterise the pigments used in re...
The aim of this work was to apply several spectroscopic methods of analysis to study the decorated p...
A red pigment was often used for decorating the surface of different style classes of pottery during...
A non-invasive multi-analytical approach combining optical microscopy (OM), micro-X-ray diffraction ...
Fragments from the archaeological site of Castel Fiorentino (Foggia, Italy) were analysed by Raman m...
The study of manufacture technologies and provenance of raw materials in archaeological potteries ar...
This investigation is focused on the identification in ceramic artworks of certain nonstandard yello...
Raman spectroscopy and X-Ray Powder Diffraction were applied in order to characterize the materials ...
This thesis is in the first place an “adventure” in three domains of application of Raman spectrosco...
Micro-Raman spectroscopy is applied for the study of two classes of ancient ceramic artefacts showin...
International audienceIn this study, the potential of Raman spectroscopy is discussed for the compar...
Painted Canosa ceramicswere examined to identify the nature of the pigments employed and theirmanufa...
Raman micro-spectroscopy (RMS) is nowadays a very well established analytical technique for the pigm...
A ceramic factory with at least three kilns, active from the 14th century until the 17th century, wa...
Micro-Raman spectroscopy is applied to the study of ancient Levantine ceramics with the aim of explo...