Non-chondritic Sm/Nd ratios in the terrestrial planets by Caro, G, Bourdon, B, Halliday, A, Quitte, G

Non-chondritic magnesium and the origins of the inner terrestrial planets by Wiechert, U, Halliday, A

“…High-precision magnesium (Mg) isotope data obtained using a large geometry high resolution MC-ICPMS are reported for 9 carbonaceous and ordinary chondrites, 9 eucrites and diogenites generally considered to originate from Asteroid 4 Vesta, together with 4 martian meteorites, and a variety of terrestrial and lunar materials. …”

A Review of Research on Grove Mountains CM-Type Chondrites by Wenjie Shen, Zhipeng Liang, Tianxiang Zou, Zhijun Yang, Weisheng Hou, Meng Zhou, Jialin Gong

Subjects: “…CM chondrite…”
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Lifetime of the Outer Solar System Nebula From Carbonaceous Chondrites by Borlina, Cauê S, Weiss, Benjamin P, Bryson, James FJ, Armitage, Philip J

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Paleomagnetic Investigation of Enstatite Chondrite Chondrules: Implications for the Solar Nebula by Mastrola, Becca

“…Paleomagnetic measurements of chondrites have constrained the intensity of the nebular field between ∼3-7 AU. …”
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Search for nucleosynthetic and radiogenic tellurium isotope anomalies in carbonaceous chondrites by Fehr, M, Rehkaemper, M, Halliday, A, Schoenbaechler, M, Hattendorf, B, Guenther, D

“…Tellurium isotope data acquired by multiple-collector inductively coupled plasma-mass spectrometry (MC-ICPMS) are presented for sequential acid leachates of the carbonaceous chondrites Orgueil, Murchison, and Allende. Tellurium isotopes are produced by a broad range of nucleosynthetic pathways and they are therefore of particular interest given the isotopic anomalies previously identified for other elements in these meteorites. …”

A search for nucleosynthetic tellurium isotope anomalies in carbonaceous chondrites by Fehr, M, Rehkamper, M, Schonbachler, A, Halliday, A

Chondrule sizes within the CM carbonaceous chondrites and measurement methodologies by Floyd, CJ, Benito, S, Martin, P, Jenkins, LE, Dunham, E, Daly, L, Lee, MR

“…Many of the recently reported sizes of chondrules within the CM carbonaceous chondrites differ significantly from the established literature average and are more closely comparable to those of chondrules within CO chondrites. …”

Fluid flow in chondritic parent bodies: Deciphering the compositions of planetesimals by Young, E, Ash, R, England, P, Rumble, D

“…Down-temperature flow of aqueous fluid within planetesimals is sufficient to explain the mineralogical and oxygen isotopic diversity among CV, CM, and Cl carbonaceous chondrites and displacement of the terrestrial planets from the primordial slope 1.00 line on the oxygen three-isotope plot.…”

Lifetime of the outer solar system nebula from carbonaceous chondrites by Borlina, C, Weiss, B, Bryson, J, Armitage, P

“…We report on paleomagnetic measurements of bulk subsamples of two CO carbonaceous chondrites: Allan Hills A77307 and Dominion Range 08006. …”

Understanding the formation and evolution of asteroids through analysis of carbonaceous chondrites by Bates, H

Subjects:

Hf-W ages for the accretion of ordinary chondrite parent bodies by Kleine, T, Halliday, A, Palme, H, Mezger, K, Markowski, A, Touboul, M

Nucleosynthetic zirconium isotope anomalies in acid leachates of carbonaceous chondrites by Schonbachler, M, Rehkamper, M, Fehr, M, Halliday, A, Hattendorf, B, Gunther, D

“…Stepwise dissolutions of the carbonaceous chondrites Orgueil (CI), Murchison (CM) and Allende (CV) reveal large nucleosynthetic anomalies for Zr isotopes that contrast with the uniform compositions found in bulk meteorites. …”

Super-chondritic Sm/Nd ratios in Mars, the Earth and the Moon. by Caro, G, Bourdon, B, Halliday, A, Quitté, G

“…This chronology, however, assumes that the composition of the total planet is identical to that of primitive undifferentiated meteorites called chondrites. The difference in the 142Nd/144Nd ratio between chondrites and terrestrial samples may therefore indicate very early isolation (<30 Myr from the formation of the Solar System) of the upper mantle or a slightly non-chondritic bulk Earth composition. …”

Constraints on the ice composition of carbonaceous chondrites from their magnetic mineralogy by Sridhar, S, Bryson, J, King, A, Harrison, R

“…One phase that formed during this alteration was magnetite, and its morphology and abundance vary between and within chondrite groups, providing a means of investigating chondrite aqueous alteration. …”

Combined Fe- and Si-isotope measurements in CV chondrite chondrules by Hezel, D, Armytage, R, Georg, R, Needham, A, Russell, S, Halliday, A

Magnesium isotope composition of chondrites, achondrites and the Earth-Moon system by Wiechert, U, Halliday, A

Composition and Sticking of Hot Chondritic Dust in a Protoplanetary Hydrogen Atmosphere by Cynthia Pillich, Tabea Bogdan, Janosch Tasto, Joachim Landers, Gerhard Wurm, Heiko Wende

“…We aim at quantifying the change in sticking properties as chondritic dust is heated under various atmospheric conditions. …”
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The use of SEM/EDS method in mineralogical analysis of ordinary chondritic meteorite by Breda Mirtič, Urša Curk, Miloš Miler

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Meteorite Jesenice: Mineral and chemical composition of the fusion crust of ordinary chondrite by Alenka Lenart, Miha Jeršek, Breda Mirtič, Sašo Šturm

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