International audienceSimple and non-destructible methodologies for the authentication of gems like emeralds are generally not efficient enough for confirming geographical and geological origins [1]. This paper deals with the use of isotopic methodologies for emeralds authentication. An isotope ratio mass spectrometer coupled with an ionic probe allows to measure 18O/16O ratios from oxygen which is the main constitutive element of these gems [2,3]. The isotopic study of 62 different deposits allowed to draw up the map of oxygen isotopic ratios and to identify the origin of most of the high-grade emeralds marketed all over the world
Oxygen isotope signatures of ruby and sapphire megacrysts, combined with trace-element analysis, fro...
Stable isotopes are now increasingly used for the control of origin or authenticity of food products...
This communication gives an overview of selected isotope analyses applied to food authenticity asses...
International audienceSimple and non-destructible methodologies for the authentication of gems like ...
International audienceOxygen isotopic compositions of rubies and sapphires from 106 deposits worldwi...
The geological study of gem deposits of high economic value from current or former mines allows fot ...
In this study, the oxygen isotope (δ18O) composition of pink to red gem-quality rubies from Par...
Oxygen isotopic compositions of historical emerald artifacts from the Gallo-Roman period to the 18th...
The oxygen-isotope ratios of fine-grained quartz extracted from ochre samples can provide an indicat...
Alluvial and colluvial gem sapphires are common in the basaltic fields of the French Massif Central ...
Laser Induced Breakdown Spectroscopy can provide a useful contribution in mineralogical field in whi...
[[sponsorship]]地球科學研究所[[note]]已出版;[SCI];有審查制度;具代表性[[note]]http://gateway.isiknowledge.com/gateway/Ga...
We present protocols for high-spatial resolution measurement of oxygen isotope ratios of goethite (α...
Data on the countries producers of emeralds, their contribution to universal production are stated. ...
The isotope composition of chemical elements is an invaluable investigation tool widely used in Eart...
Oxygen isotope signatures of ruby and sapphire megacrysts, combined with trace-element analysis, fro...
Stable isotopes are now increasingly used for the control of origin or authenticity of food products...
This communication gives an overview of selected isotope analyses applied to food authenticity asses...
International audienceSimple and non-destructible methodologies for the authentication of gems like ...
International audienceOxygen isotopic compositions of rubies and sapphires from 106 deposits worldwi...
The geological study of gem deposits of high economic value from current or former mines allows fot ...
In this study, the oxygen isotope (δ18O) composition of pink to red gem-quality rubies from Par...
Oxygen isotopic compositions of historical emerald artifacts from the Gallo-Roman period to the 18th...
The oxygen-isotope ratios of fine-grained quartz extracted from ochre samples can provide an indicat...
Alluvial and colluvial gem sapphires are common in the basaltic fields of the French Massif Central ...
Laser Induced Breakdown Spectroscopy can provide a useful contribution in mineralogical field in whi...
[[sponsorship]]地球科學研究所[[note]]已出版;[SCI];有審查制度;具代表性[[note]]http://gateway.isiknowledge.com/gateway/Ga...
We present protocols for high-spatial resolution measurement of oxygen isotope ratios of goethite (α...
Data on the countries producers of emeralds, their contribution to universal production are stated. ...
The isotope composition of chemical elements is an invaluable investigation tool widely used in Eart...
Oxygen isotope signatures of ruby and sapphire megacrysts, combined with trace-element analysis, fro...
Stable isotopes are now increasingly used for the control of origin or authenticity of food products...
This communication gives an overview of selected isotope analyses applied to food authenticity asses...