The primary objective of this work is the characterisation of ancient roman marble fragments through neutron diffraction, a non-destructive experimental method. The neutron diffractometer ROTAX, operating at the pulsed neutron source ISIS, in the UK has been used to determine composition down to a 0.5 wt% level and to obtain information on preferred orientations of grains in the marble tiles
The objectives and methodology of the Ancient Charm project are briefly described with reference to ...
Two non-destructive neutron techniques have been used for the analysis of archaeological objects, am...
The identification of provenance of white marble used in monuments or artifacts of historical and/or...
The primary objective of this work is the characterisation of ancient roman marble fragments through...
Roman marblefragme nts from theVilla Adriana at Tivoli (Rome) have been characterised by neutron dif...
Roman marble fragments from the Villa Adriana at Tivoli (Rome) have been characterised by neutron di...
Roman marble fragments from the Villa Adriana at Tivoli (Rome) have been characterised by neutron d...
The discovery of ancient artefacts and artworks usually raises a variety of questions such as the c...
The Italian Neutron Experimental Station INES, located at the pulsed neutron source ISIS (U.K.), is ...
Neutron reactor and spallation source facilities provide a wide range of neutron experimental techni...
Neutron diffraction was utilized to characterise XX to XIII century BC bronze axes (Ancient to Late ...
Neutron diffraction was utilized to characterise XX to XIII century BC bronze axes (Ancient to Late ...
Quantitative neutron studies of cultural heritage objects provide access to microscopic, mesoscopic,...
The Ancient Charm project addresses several aspects of neutron analyses of archaeological materials,...
The objectives and methodology of the Ancient Charm project are briefly described with reference to ...
Two non-destructive neutron techniques have been used for the analysis of archaeological objects, am...
The identification of provenance of white marble used in monuments or artifacts of historical and/or...
The primary objective of this work is the characterisation of ancient roman marble fragments through...
Roman marblefragme nts from theVilla Adriana at Tivoli (Rome) have been characterised by neutron dif...
Roman marble fragments from the Villa Adriana at Tivoli (Rome) have been characterised by neutron di...
Roman marble fragments from the Villa Adriana at Tivoli (Rome) have been characterised by neutron d...
The discovery of ancient artefacts and artworks usually raises a variety of questions such as the c...
The Italian Neutron Experimental Station INES, located at the pulsed neutron source ISIS (U.K.), is ...
Neutron reactor and spallation source facilities provide a wide range of neutron experimental techni...
Neutron diffraction was utilized to characterise XX to XIII century BC bronze axes (Ancient to Late ...
Neutron diffraction was utilized to characterise XX to XIII century BC bronze axes (Ancient to Late ...
Quantitative neutron studies of cultural heritage objects provide access to microscopic, mesoscopic,...
The Ancient Charm project addresses several aspects of neutron analyses of archaeological materials,...
The objectives and methodology of the Ancient Charm project are briefly described with reference to ...
Two non-destructive neutron techniques have been used for the analysis of archaeological objects, am...
The identification of provenance of white marble used in monuments or artifacts of historical and/or...