We have studied the mineralogy and petrology of 229 calcium-aluminum-rich inclusions
(CAIs) from ten CO3 meteorites of petrologic types 3.0–3.7. Subsets of these inclusions were …

High-precision stable Sr isotopic variations (88Sr/86Sr) are reported in a variety of terrestrial
samples, martian and lunar meteorites, HED, undifferentiated primitive meteorites …

A synthetic material with solar elemental proportions of iron, magnesium, silicon, titanium,
calcium, and aluminum oxides and doped with rare earth elements was evaporated in a …

This study presents comprehensive strontium stable isotope (88Sr/86Sr) data, measured by
multiple-collector inductively-coupled plasma mass spectrometry (MC–ICP-MS), for a suite …

Refractory inclusions in primitive meteorites are the oldest objects formed in the Solar
System. They exhibit large mass-dependent isotopic effects in many elements, including Si …

We measured major, minor, and trace-element compositions for eleven Al-rich chondrules
from unequilibrated ordinary chondrites to investigate the relationships between Al-rich …

Isotope fractionations associated with high temperature evaporation provide important
constraints on the physicochemical processes that affected planetary materials at the birth of …

It is widely believed that the materials making up the solar system were derived from a
nebular gas and dust cloud that went through an early high-temperature stage during which …

Through evaporation of samples from the Allende carbonaceous chondrite we have
produced a series of residues that show correlated variations in mineralogy, chemistry, and …

Inclusion 101.1 from the CV3 carbonaceous chondrite Efremovka is a compact Type A Ca-Al-
rich inclusion (CAI) highly enriched in ultrarefractory (UR) oxides. It is the first complete CAI …