Add to ORKGThe precise isotope measurement of Te in terrestrial and extraterrestrial material is essential to check the isotopic heterogeneities attributable to incomplete mixing of r and s-processes products. MC-ICP-MS measurement has improved in accuracy and precision compared to TIMS due to ionization of a greater proportion of Te atoms. Therefore, in the present study, we report Te isotope composition of terrestrial standards using NTIMS and MC-ICP-MS to check the precision and reproducibility of both instruments
We present multi-collector (MC) inductively coupled plasma mass spectrometry (ICPMS) protocols devel...
We present a concerted international effort to cross-calibrate five synthetic Th isotope reference m...
We present a concerted international effort to cross-calibrate five synthetic Th isotope reference m...
The precise isotope measurement of Te in terrestrial and extraterrestrial material is essential to c...
Precise tellurium (Te) isotope ratio measurement using mass spectrometry is a challenging task for m...
New mass spectrometric techniques have been developed for the precise and accurate determination of ...
New mass spectrometric techniques have been developed for the precise and accurate determination of ...
Tellurium (Te) is an intriguing element in geosciences. It has eight naturally occuring stable isoto...
method for the precise and accurate determination of the tellurium (Te) isotope compositions of calc...
method for the precise and accurate determination of the tellurium (Te) isotope compositions of calc...
A method for the precise and accurate determination of the tellurium (Te) isotope compositions of ca...
New precise Te isotope data acquired by multiple collector inductively coupled plasma mass spectrome...
New precise Te isotope data acquired by multiple collector inductively coupled plasma mass spectrome...
Techniques used for the measurement of thorium and uranium isotope ratios in low-concentration (<0.1...
Due to analytical difficulties related to the low abundance of Ta-180 (about 0.012%), the absolute i...
We present multi-collector (MC) inductively coupled plasma mass spectrometry (ICPMS) protocols devel...
We present a concerted international effort to cross-calibrate five synthetic Th isotope reference m...
We present a concerted international effort to cross-calibrate five synthetic Th isotope reference m...
The precise isotope measurement of Te in terrestrial and extraterrestrial material is essential to c...
Precise tellurium (Te) isotope ratio measurement using mass spectrometry is a challenging task for m...
New mass spectrometric techniques have been developed for the precise and accurate determination of ...
New mass spectrometric techniques have been developed for the precise and accurate determination of ...
Tellurium (Te) is an intriguing element in geosciences. It has eight naturally occuring stable isoto...
method for the precise and accurate determination of the tellurium (Te) isotope compositions of calc...
method for the precise and accurate determination of the tellurium (Te) isotope compositions of calc...
A method for the precise and accurate determination of the tellurium (Te) isotope compositions of ca...
New precise Te isotope data acquired by multiple collector inductively coupled plasma mass spectrome...
New precise Te isotope data acquired by multiple collector inductively coupled plasma mass spectrome...
Techniques used for the measurement of thorium and uranium isotope ratios in low-concentration (<0.1...
Due to analytical difficulties related to the low abundance of Ta-180 (about 0.012%), the absolute i...
We present multi-collector (MC) inductively coupled plasma mass spectrometry (ICPMS) protocols devel...
We present a concerted international effort to cross-calibrate five synthetic Th isotope reference m...
We present a concerted international effort to cross-calibrate five synthetic Th isotope reference m...