Considerable efforts have been made to calibrate the Δ47 paleothermometer, which derives from the quantity of 13C–18O bonds in carbon dioxide produced during acid digestion of carbonate minerals versus its expected stochastic abundance, in a range of materials. However the impacts of precipitation rate, ionic strength, and pH on carbonate Δ47 values are still unclear. Here we present a set of 75 measurements of Δ47 values from inorganic calcites grown under well-controlled experimental conditions, where we evaluate the impact on Δ47 values of precipitation rate (log R = 1.8–4.4 μmol/m2/h), pH (8.3–10.5; NBS pH scale), and ionic strength (I = 35–832 mM). With the data available and at the current instrumental resolution, our study does not r...
Carbonate clumped isotope geothermometry provides information related to mineralization temperature,...
AbstractIn order to apply Sr/Ca and 44Ca/40Ca fractionation during calcium carbonate (CaCO3) formati...
A surface reaction kinetic model is developed for predicting Ca isotope fractionation and metal/Ca r...
Considerable efforts have been made to calibrate the Δ47 paleothermometer, which derives from the qu...
Considerable efforts have been made to calibrate the δ47 paleothermometer, which derives from the qu...
The application of clumped isotopes (Δ47) in carbonate minerals as a sensitive temperature proxy in ...
The application of clumped isotopes (Δ47) in carbonate minerals as a sensitive temperature proxy in ...
We report results of ^(13)C/^(12)C, ^(18)O/^(16)O, and ^(13)C-^(18)O “clumped” isotope analyses from...
A powerful tool for reconstructing past temperatures is based on the extent of carbonate ions in car...
The application of clumped isotopes (Delta(47)) in carbonate minerals as a sensitive temperature pro...
The clumped isotope composition of CaCO3 (Δ47) is a geochemical proxy that can provide mineral forma...
AbstractMany fields of Earth sciences benefit from the knowledge of mineral formation temperatures. ...
“Clumped-isotope” thermometry is an emerging tool to probe the temperature history of surface and su...
Many fields of Earth sciences benefit from the knowledge of mineral formation temperatures. For exam...
Phosphoric acid digestion has been used for oxygen- and carbon-isotope analysis of carbonate mineral...
Carbonate clumped isotope geothermometry provides information related to mineralization temperature,...
AbstractIn order to apply Sr/Ca and 44Ca/40Ca fractionation during calcium carbonate (CaCO3) formati...
A surface reaction kinetic model is developed for predicting Ca isotope fractionation and metal/Ca r...
Considerable efforts have been made to calibrate the Δ47 paleothermometer, which derives from the qu...
Considerable efforts have been made to calibrate the δ47 paleothermometer, which derives from the qu...
The application of clumped isotopes (Δ47) in carbonate minerals as a sensitive temperature proxy in ...
The application of clumped isotopes (Δ47) in carbonate minerals as a sensitive temperature proxy in ...
We report results of ^(13)C/^(12)C, ^(18)O/^(16)O, and ^(13)C-^(18)O “clumped” isotope analyses from...
A powerful tool for reconstructing past temperatures is based on the extent of carbonate ions in car...
The application of clumped isotopes (Delta(47)) in carbonate minerals as a sensitive temperature pro...
The clumped isotope composition of CaCO3 (Δ47) is a geochemical proxy that can provide mineral forma...
AbstractMany fields of Earth sciences benefit from the knowledge of mineral formation temperatures. ...
“Clumped-isotope” thermometry is an emerging tool to probe the temperature history of surface and su...
Many fields of Earth sciences benefit from the knowledge of mineral formation temperatures. For exam...
Phosphoric acid digestion has been used for oxygen- and carbon-isotope analysis of carbonate mineral...
Carbonate clumped isotope geothermometry provides information related to mineralization temperature,...
AbstractIn order to apply Sr/Ca and 44Ca/40Ca fractionation during calcium carbonate (CaCO3) formati...
A surface reaction kinetic model is developed for predicting Ca isotope fractionation and metal/Ca r...