It is shown that gold and silver plating thickness measurements made using an x-ray spectrograph could be closely correlated with thicknesses measured from sectional samples. Good correlations were also shown for single overlays of gold over silver when each layer was less than 0.0003 inch thick. (auth
In this work the applicability of X-ray fluorescence spectroscopy (XRF) for fast, accurate and non-d...
A portable energy-dispersive x-ray fluorescence (EDXRF) equipment was used to measure pigments and p...
The use of X-Ray Fluorescence (XRF) scanning systems has become a common practice in many applicatio...
Here, the X-ray fluorescence technique is used to determine the thickness of a coating layer as well...
Here, the X-ray fluorescence technique is used to determine the thickness of a coating layer as well...
The coating layer thickness of the double-layer objects was estimated using the concentration value ...
This work derives from the requirement to investigate on the silver surface enrichment of objects of...
This work derives from the requirement to investigate on the silver surface enrichment of objects of...
This work derives from the requirement to investigate on the silver surface enrichment of objects of...
The gold coating layer of the gold-plated brass objects was estimated using calibration curves obtai...
The gold coating layer of the gold-plated brass objects was estimated using calibration curves obtai...
Precious objects are often made from a thin layer of metal (gold or silver) superimposed on another ...
Energy-dispersive X-ray fluorescence (EDXRF)-analysis is a technique which in the case of metals ana...
A portable EDXRF equipment was employed to analyze pre-Columbian metals (gold, silver and copper obj...
Precious objects are often made from a thin layer of metal (gold or silver) superimposed on another ...
In this work the applicability of X-ray fluorescence spectroscopy (XRF) for fast, accurate and non-d...
A portable energy-dispersive x-ray fluorescence (EDXRF) equipment was used to measure pigments and p...
The use of X-Ray Fluorescence (XRF) scanning systems has become a common practice in many applicatio...
Here, the X-ray fluorescence technique is used to determine the thickness of a coating layer as well...
Here, the X-ray fluorescence technique is used to determine the thickness of a coating layer as well...
The coating layer thickness of the double-layer objects was estimated using the concentration value ...
This work derives from the requirement to investigate on the silver surface enrichment of objects of...
This work derives from the requirement to investigate on the silver surface enrichment of objects of...
This work derives from the requirement to investigate on the silver surface enrichment of objects of...
The gold coating layer of the gold-plated brass objects was estimated using calibration curves obtai...
The gold coating layer of the gold-plated brass objects was estimated using calibration curves obtai...
Precious objects are often made from a thin layer of metal (gold or silver) superimposed on another ...
Energy-dispersive X-ray fluorescence (EDXRF)-analysis is a technique which in the case of metals ana...
A portable EDXRF equipment was employed to analyze pre-Columbian metals (gold, silver and copper obj...
Precious objects are often made from a thin layer of metal (gold or silver) superimposed on another ...
In this work the applicability of X-ray fluorescence spectroscopy (XRF) for fast, accurate and non-d...
A portable energy-dispersive x-ray fluorescence (EDXRF) equipment was used to measure pigments and p...
The use of X-Ray Fluorescence (XRF) scanning systems has become a common practice in many applicatio...
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