This paper deals with the application of cluster analysis to X-ray powder diffraction patterns to define homogeneous groups of mortar-based materials according to their mineralogical composition. For this purpose, the diffraction patterns of 110 samples of mortars from the Temple of Venus (Pompeii, southern Italy) were used to test this method. Rietveld refinement, for quantitative mineralogical phase analysis, was performed on the most representative sample of each cluster. The mineralogical grouping yielded by the cluster analysis of XRPD data turned out to be consistent with the petrographic groups
This paper presents the results of the compositional study of 29 samples of mortar from the so-calle...
In the last twenty-five years, relevant theoretical, methodological and experimental advances have b...
Diffraction-based techniques are fundamental tools for the characterization and understanding of mat...
Cluster analysis of X-ray powder diffraction (XRPD) data was tested on datasets of ancient ceramics,...
Structural mortars constitute one of the most diffuse geomaterials, with stones and bricks, in ancie...
Abstract--X-ray phase analysis of clays is difficult because these materials generally consist of a ...
X-ray powder diffraction (XRPD) is widely applied for the qualitative and quantitative analysis of s...
A total of 83 wall joint mortar samples collected from the Sarno Baths complex in Pompeii (Naples, I...
X-ray phase analysis of clays is difficult because these materials generally consist of a mixture of...
Application of X-ray diffraction techniques (XRD) in material analysis of artworks is beneficial in ...
In this work, multivariate statistical techniques are employed to determine patterns and conversion ...
In the present paper we report the preliminary results of an ongoing research focused on the investi...
International audienceCultural heritage materials are often complex and heterogeneous, with a multi-...
The elemental composition of a multiphase material can be obtained by means of chemical and spectros...
A methodological study was carried out,on the former application of x-ray powder diffraction techniq...
This paper presents the results of the compositional study of 29 samples of mortar from the so-calle...
In the last twenty-five years, relevant theoretical, methodological and experimental advances have b...
Diffraction-based techniques are fundamental tools for the characterization and understanding of mat...
Cluster analysis of X-ray powder diffraction (XRPD) data was tested on datasets of ancient ceramics,...
Structural mortars constitute one of the most diffuse geomaterials, with stones and bricks, in ancie...
Abstract--X-ray phase analysis of clays is difficult because these materials generally consist of a ...
X-ray powder diffraction (XRPD) is widely applied for the qualitative and quantitative analysis of s...
A total of 83 wall joint mortar samples collected from the Sarno Baths complex in Pompeii (Naples, I...
X-ray phase analysis of clays is difficult because these materials generally consist of a mixture of...
Application of X-ray diffraction techniques (XRD) in material analysis of artworks is beneficial in ...
In this work, multivariate statistical techniques are employed to determine patterns and conversion ...
In the present paper we report the preliminary results of an ongoing research focused on the investi...
International audienceCultural heritage materials are often complex and heterogeneous, with a multi-...
The elemental composition of a multiphase material can be obtained by means of chemical and spectros...
A methodological study was carried out,on the former application of x-ray powder diffraction techniq...
This paper presents the results of the compositional study of 29 samples of mortar from the so-calle...
In the last twenty-five years, relevant theoretical, methodological and experimental advances have b...
Diffraction-based techniques are fundamental tools for the characterization and understanding of mat...