%0 Journal Article %T Zinc isotopic composition of iron meteorites: Absence of isotopic anomalies and origin of the volatile element depletion %+ Department of Earth and Planetary Sciences [St Louis] %+ Washington University in Saint Louis (WUSTL) %+ Institut de Physique du Globe de Paris (IPGP (UMR_7154)) %A Chen, Heng %A Nguyen, Bach Mai %A Moynier, Frédéric %Z NASA Cosmochemistry Fund NNX12AH70GOffice of Undergraduate Research at Washington University Chaire of Excellence from the Sorbonne Paris Cite %< avec comité de lecture %@ 1086-9379 %J Meteoritics and Planetary Science %I Wiley %V 48 %N 12 %P 2441-2450 %8 2013-12 %D 2013 %R 10.1111/maps.12229 %K KeyWords Plus:CHEMICAL CLASSIFICATION %K CORE FORMATION %K GROUP-IIIAB %K HF-W %K FRACTIONATION %K CU %K COPPER %K IAB %K IIE %K ZN %Z Sciences of the Universe [physics]Journal articles %X High-precision Zn isotopic compositions measured by MC-ICP-MS are documented for 32 iron meteorites from various fractionally crystallized and silicate-bearing groups. The Zn-66 values range from -0.59 parts per thousand up to +5.61 parts per thousand with most samples being slightly enriched in the heavier isotopes compared with carbonaceous chondrites (0