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    Nonbiological fractionation of Fe isotopes: evidence of an equilibrium isotope effect
    Chemical Geology (2003)
    J. E. RoeAriel D. AnbarJane Barling
    Equilibrium fractionation
    Mass-independent fractionation
    Kinetic isotope effect
    Citations (86)
    Two-stage chromium isotope fractionation during microbial Cr(VI) reduction
    Water Research (2018)
    Guojun ChenJun-Cheng HanYang MuHuimin YuLiping Qin
    Citations (58)
    Ca isotope fractionation on the Earth and other solar system materials
    Geochimica et Cosmochimica Acta (1978)
    W. A. RussellD. A. PapanastassiouT.A. Tombrello
    Equilibrium fractionation
    Mass-independent fractionation
    Isotopes of magnesium
    Citations (961)
    Evaporation-induced copper isotope fractionation: Insights from laser levitation experiments
    Geochimica et Cosmochimica Acta (2021)
    Peng NiCatherine A. MacrisE. A. DarlingAnat Shahar
    Mass-independent fractionation
    Equilibrium fractionation
    Isotope Analysis
    Citations (20)
    Tin isotope fractionation in terrestrial cassiterites
    Geochimica et Cosmochimica Acta (1991)
    N. J. McNaughtonK.J.R. Rosman
    Equilibrium fractionation
    Mass-independent fractionation
    Cassiterite
    Pegmatite
    Isotope Geochemistry
    Citations (38)
    Editorial Board
    Chemical Geology (1990)
    Equilibrium fractionation
    Mass-independent fractionation
    Isotopes of sulfur
    Citations (0)
    Pressure Effect on Isotope Fractionation Factor
    The Review of High Pressure Science and Technology (2020)
    Asami Sano‐FurukawaShoichi ItohAkimasa SuzumuraYuichiro UenoHikaru YAGI
    Minerals and rocks exhibit various isotope compositions depending on their origins and histories. In interpreting their isotopic variations, the equilibrium isotope fractionation factor is a key because it depends on the environment parameters such as temperature. Recent studies have shown that the effect of pressure on the isotope fractionation, which was considered negligible compared to temperature, is significant under the conditions of the Earth's interior. In this article we review recent advances in experimental studies to determine the isotope fractionation of iron and hydrogen at high pressure over several GPa, discussing their issues and future perspectives.
    Equilibrium fractionation
    Mass-independent fractionation
    Hydrogen isotope
    Kinetic isotope effect
    Isotope Geochemistry
    Citations (0)
    Mercury isotope fractionation during photoreduction in natural water is controlled by its Hg/DOC ratio
    Geochimica et Cosmochimica Acta (2009)
    Wang ZhengHolger Hintelmann
    Mass-independent fractionation
    Equilibrium fractionation
    Mercury
    Kinetic isotope effect
    Biogeochemical Cycle
    Citations (322)