【稳定同位素地球科学前沿综述】John M. Eiler^a Brigit Bergquist^bIan Bourg^cPierre Cartigny^dJames Farquhar^eAlex Gagnon^fWeifu Guo^gItay Halevy^hAmy HofmannⁱToti E. Larson^jNaomi Levin^kEdwin A. Schauble^lDaniel Stolper^a. Frontiers of stable isotope geoscience.Chemical GeologyVolume 372 24 April 2014 Pages 119–143

Abstract

Isotope geochemistry is in the midst of a remarkable period of innovation and discovery; the last decade (or so) has seen the emergence of ‘nontraditional’ stable isotopes of metals (i.e. variations in isotopic compositions of Mg Fe Cu etc.) a great expansion of mass-independent isotope geochemistry the invention of clumped isotope geochemistry and new capabilities for measurements of position-specific isotope effects in organic compounds. These advances stem from the emergence of multi-collector plasma mass spectrometry innovations in gas source mass spectrometry infrared absorption spect