@misc{oai:repo.qst.go.jp:00078029,
 author = {M.Rajamanickam and T.Aono and S.K.Sahoo and Murugan, Rajamanickam and Aono, Tatsuo and Sahoo, Sarata},
 month = {Nov},
 note = {The 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 NTIMS 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. Especially the use of 1012 Ω resistor for 120Te
isotope in MC-ICP-MS enhanced the reproducibility and increased the result of
120Te/128Te ratio by one order magnitude compare to the NTIMS data and previous studies. Thus, it illustrates that the MC-ICP-MS and NTIMS produce better precision and reproducibility for Te isotope ratio measurement., 32nd ISMAS Symposium on Mass Spectrometry},
 title = {Precise determination of Tellurium isotope ratios by negative thermal ionization mass spectrometry and multi collector inductively coupled mass spectrometry},
 year = {2019}
}