The early evolution of the solar nebula involved substantial transport of mass, resulting in
mixing and homogenization of isotopically diverse materials that were contributed to the …

We have investigated nucleosynthetic Mo isotope anomalies in 38 different bulk iron
meteorites from 11 groups, to produce by far the largest and most precise dataset available …

Nucleosynthetic isotope anomalies are powerful tracers to determine the provenance of
meteorites and their components, and to identify genetic links between these materials. Here …

Mass-dependent Mo isotope fractionation has been investigated for a wide range of
meteorites including chondrites (enstatite, ordinary and carbonaceous chondrites), iron …

We have investigated Mo and W isotope compositions in acid leachates and an insoluble
residue from the Murchison carbonaceous chondrite. The new data reveal variable …

Dauphas et al.[Astrophys. J. 565 (2002) 640–644] reported molybdenum isotopic anomalies
in differentiated and bulk primitive meteorites. It is shown here that these isotopic anomalies …

Isotope anomalies provide important information about early solar system evolution. Here
we report molybdenum isotope abundances determined in samples of various meteorite …

Nucleosynthetic isotope anomalies in bulk chondrites and differentiated meteorites reflect
variable proportions of isotopically diverse presolar components in bulk planetary bodies …

When corrected for the effects of cosmic ray exposure, Mo and Ru nucleosynthetic isotope
anomalies in iron meteorites from at least nine different parent bodies are strongly correlated …

The collapse of the presolar cloud gave rise to a global homogenization of material
available to form the Sun and planets. In the resulting, presumably homogeneous solar …