AbstractIn the analysis of archaeological pottery, Energy Dispersive X-ray florescence analysis has been utilized to establish the elemental concentrations up to fourteen chemical elements for each of 14 archaeological pottery samples from Vellore Dist, Tamil Nadu, India. The EDXRF results have been processed using two multivariate statistical cluster and principal component analysis (PCA) methods in order to determine the similarities and correlation between the selected samples based on their elemental composition. The methodology successfully separates the samples where two distinct chemical groups were discerned
The present study has typologically selected fifteen potsherds from Bronze age site of Shahr-i-Sokht...
The aim of this study is to determine whether pottery shards from new archaeological survey in south...
International audienceThe identification of more than 25% of the pottery sherds from the late PIR.D ...
In the analysis of archaeological pottery, Energy Dispersive X-ray florescence analysis has been uti...
AbstractIn the analysis of archaeological pottery, Energy Dispersive X-ray florescence analysis has ...
The dataset contains concentration of major and trace elements of ancient potteries from Tamilnadu a...
300-307 Archaeological pottery samples belonging to four different civilizations from Sangho...
We report the spectroscopic investigation of ancient potteries excavated in Tamilnadu. Qualitative a...
Portable system of energy dispersive X-ray fluorescence was used to determine the elemental composit...
AbstractThe chemometric method based on the EDS analysis has been utilized to classify archeological...
The aim of the secound workshop on the use of portable energy-dispersive X-ray fluorescence (pXRF) o...
This study uses a chemical analytical approach for the characterisation of 36 ancient pottery shards...
This work evaluated the elemental composition of decorated pottery pubic covers (tangas) from the Ma...
In the last decade, numerous papers have been delivered on the potential of portable X-Ray Fluoresce...
Abstract Background Portable energy dispersive X-ray fluorescence (pEDXRF) spectrometry analysis was...
The present study has typologically selected fifteen potsherds from Bronze age site of Shahr-i-Sokht...
The aim of this study is to determine whether pottery shards from new archaeological survey in south...
International audienceThe identification of more than 25% of the pottery sherds from the late PIR.D ...
In the analysis of archaeological pottery, Energy Dispersive X-ray florescence analysis has been uti...
AbstractIn the analysis of archaeological pottery, Energy Dispersive X-ray florescence analysis has ...
The dataset contains concentration of major and trace elements of ancient potteries from Tamilnadu a...
300-307 Archaeological pottery samples belonging to four different civilizations from Sangho...
We report the spectroscopic investigation of ancient potteries excavated in Tamilnadu. Qualitative a...
Portable system of energy dispersive X-ray fluorescence was used to determine the elemental composit...
AbstractThe chemometric method based on the EDS analysis has been utilized to classify archeological...
The aim of the secound workshop on the use of portable energy-dispersive X-ray fluorescence (pXRF) o...
This study uses a chemical analytical approach for the characterisation of 36 ancient pottery shards...
This work evaluated the elemental composition of decorated pottery pubic covers (tangas) from the Ma...
In the last decade, numerous papers have been delivered on the potential of portable X-Ray Fluoresce...
Abstract Background Portable energy dispersive X-ray fluorescence (pEDXRF) spectrometry analysis was...
The present study has typologically selected fifteen potsherds from Bronze age site of Shahr-i-Sokht...
The aim of this study is to determine whether pottery shards from new archaeological survey in south...
International audienceThe identification of more than 25% of the pottery sherds from the late PIR.D ...