Details for: Jie Lin
-
Jie Lin (China University of Geosciences (Wuhan))
https://www.researchgate.net/profile/Jie_Lin36
Goldschmidt Conference Archive Goldschmidt2020
Jie Lin is a post-doctoral scientist at the China University of Geosciences (Wuhan), where she majored in isotope analysis. The main focus of her research has been the development of new strategies and methods for Li isotope ratio measurements. Firstly, she provided a method to reduce the memory effect of Li during analysis. Her methodology has been applied in many international laboratories and publicised by Thermo Fisher Scientific. Secondly, she investigated the factors affecting the in situ determination of Li isotopes and developed a procedure for Li isotopic analysis by laser ablation multi-collector mass spectrometry (LA-MC-ICP-MS). Thirdly, she has worked on measuring Li isotopic ratios in carbonate samples and provided accurate and precise δ7Li values for various carbonate reference materials. She has also evaluated the feasibility of Li isotopic analysis in tourmalines by LA-MC-ICP-MS using matrix-matched and non-matrix-matched calibration. Currently, she is researching methods for determining Mg and O isotope ratios by LA-MC-ICP-MS
Note: abstracts are only listed if one of the following email addresses was provided when the abstract was submitted: linjie@cug.edu.cn. Otherwise, try an advanced search.
(2025) Atmosphere-Induced Interference Reduction Device (AIRD) for Improved Accuracy in ICP-MS Analysis
Jiang X, Liu Y, Liu W, Lin J, Liu Z, Chen L, Zhu X, Zhang W & Hu Z(2025) First Attempt to Determine Oxygen Isotopes in Oxygen by MC-ICP-MS
Liu Z, Lin J, Jiang X & Liu Y(2025) In situ Fe Isotope Analysis of Cr-Rich Iron Oxides Using Pure Chromium Metal for Isobaric Interference Corrections by Femtosecond LA–MC–ICP–MS
Lyu X, He D, Liu Y, Li M, Lin J, Chen W & Hu Z(2025) Investigation of the Mechanism for Reducing the Memory Effect of Li on MC-ICP-MS
Zhang T & Lin J(2022) Accurate Measurement of Mg Isotopic Ratios in Silicate Samples by fs-LA-MC-ICP-MS with Low Mass Resolution Under Wet Plasma
Lin J & Liu Y(2020) Accurate Analysis of Lithium Isotopic Ratios in Geological Samples with High Precision
Lin J & Liu Y
This presentation is the International Association of Geoanalysts Young Scientists Award .(2020) Determination of the Isotopic Composition of an Enriched Hafnium Spike by MC-ICP-MS Using Regression Model
Lin R, Lin J, Zong K & Chen K(2025) Investigation of the Mechanism for Reducing the Memory Effect of Li on MC-ICP-MS
Zhang T & Lin J(2025) First Attempt to Determine Oxygen Isotopes in Oxygen by MC-ICP-MS
Liu Z, Lin J, Jiang X & Liu Y(2025) In situ Fe Isotope Analysis of Cr-Rich Iron Oxides Using Pure Chromium Metal for Isobaric Interference Corrections by Femtosecond LA–MC–ICP–MS
Lyu X, He D, Liu Y, Li M, Lin J, Chen W & Hu Z(2025) Atmosphere-Induced Interference Reduction Device (AIRD) for Improved Accuracy in ICP-MS Analysis
Jiang X, Liu Y, Liu W, Lin J, Liu Z, Chen L, Zhu X, Zhang W & Hu Z(2022) Accurate Measurement of Mg Isotopic Ratios in Silicate Samples by fs-LA-MC-ICP-MS with Low Mass Resolution Under Wet Plasma
Lin J & Liu Y(2020) Determination of the Isotopic Composition of an Enriched Hafnium Spike by MC-ICP-MS Using Regression Model
Lin R, Lin J, Zong K & Chen K(2020) Accurate Analysis of Lithium Isotopic Ratios in Geological Samples with High Precision
Lin J & Liu Y
This presentation is the International Association of Geoanalysts Young Scientists Award .(2015) Accurate Analysis of Lithium Isotopes Using MC-ICP-MS by a Novel Method of Reducing Memory Effect
Lin J, Liu Y, Hu Z, Chen K, Chen H, Zong K & Gao SMedal
Goldschmidt2020: International Association of Geoanalysts Young Scientists Award