This study aims to focus on cinnabar extraction and trade routes in the Roman Age, when the pigment had its maximum spread, also to clarify if the practice of mixing sources from different quarries is reliable. X-ray powder diffraction (XRPD) has been used as a preliminary test to underline structural variation connected to cinnabar provenance: data from 14 mineralogical samples, coming from 11 different localities, were compared showing that detectable differences exist in terms of unit cell parameters and volume. The results highlight the potentiality of X-ray diffraction for provenance analysis
This paper presents the results obtained for red pigments used on ceramics from the Neolithic period...
A first attempt to differentiate goethite- and hematite-based natural materials, used for several pu...
This paper argues that portable X-ray fluorescence spectrometry (pXRF) is a suitable elemental measu...
This study aims to focus on cinnabar extraction and trade routes in the Roman Age, when the pigment...
Cinnabar use in painting is historically documented from ancient times. The pigment, also known as v...
The paper presents a very efficient, quick, low-cost and minimally micro-destructive approach to dis...
This study presents a non-invasive in situ methodology based on the use of portable elemental (energ...
Application of X-ray diffraction techniques (XRD) in material analysis of artworks is beneficial in ...
In this paper examples data is presenting from the mineral researches on couple of examples from mou...
Diffraction-based techniques are fundamental tools for the characterization and understanding of mat...
cited By 5International audienceArchaeological artefacts are often heterogeneous materials where sev...
Cluster analysis of X-ray powder diffraction (XRPD) data was tested on datasets of ancient ceramics,...
The X Ray Imaging (XRI), Radiography and Computed Tomography (CT), is a valuable support to X-Ray Fl...
This paper is a preliminary study on the origin of the precious red pigment cinnabar by μ-Raman anal...
This project is intended as an in-depth study on the origin of the precious red pigment cinnabar by ...
This paper presents the results obtained for red pigments used on ceramics from the Neolithic period...
A first attempt to differentiate goethite- and hematite-based natural materials, used for several pu...
This paper argues that portable X-ray fluorescence spectrometry (pXRF) is a suitable elemental measu...
This study aims to focus on cinnabar extraction and trade routes in the Roman Age, when the pigment...
Cinnabar use in painting is historically documented from ancient times. The pigment, also known as v...
The paper presents a very efficient, quick, low-cost and minimally micro-destructive approach to dis...
This study presents a non-invasive in situ methodology based on the use of portable elemental (energ...
Application of X-ray diffraction techniques (XRD) in material analysis of artworks is beneficial in ...
In this paper examples data is presenting from the mineral researches on couple of examples from mou...
Diffraction-based techniques are fundamental tools for the characterization and understanding of mat...
cited By 5International audienceArchaeological artefacts are often heterogeneous materials where sev...
Cluster analysis of X-ray powder diffraction (XRPD) data was tested on datasets of ancient ceramics,...
The X Ray Imaging (XRI), Radiography and Computed Tomography (CT), is a valuable support to X-Ray Fl...
This paper is a preliminary study on the origin of the precious red pigment cinnabar by μ-Raman anal...
This project is intended as an in-depth study on the origin of the precious red pigment cinnabar by ...
This paper presents the results obtained for red pigments used on ceramics from the Neolithic period...
A first attempt to differentiate goethite- and hematite-based natural materials, used for several pu...
This paper argues that portable X-ray fluorescence spectrometry (pXRF) is a suitable elemental measu...