From the Introduction: The CM chondrites have endured variable degrees of aqueous alteration [1] which has changed their original mineralogy. A detailed study of the petrology and mineralogy of the sulphides in a suite of increasingly aqueously altered CMs, combined with sulphur isotope data measured in situ, can provide clues as to whether differences in the CM group are a result of different degrees of aqueous alteration, or whether they are the result of nebular heterogeneity
International audienceOrdinary chondrites (OC) are undifferentiated meteorites, mainly composed of s...
The 11th Symposium on Polar Science/Ordinary sessions: [OA] Antarctic meteorites, Thu. 3 Dec
International audience21 samples of sulphide trapped either as liquid globules or grains in various ...
This study looks at the sulphide abundance and composition of Fe-Ni sulphide grains in 12 CM chondri...
A study of the compositional and textural variations between Fe-Ni sulphides in a suite of pristine ...
The composition, abundance and mineral associations of Fe-Ni sulphides within a CM1 clast in Tagish ...
In situ secondary ion mass spectrometry analyses of 32S, 33S, and 34S in iron-nickel sulfide grains ...
Analysis of oxygen isotopes in water from Tagish Lake together with Mössbauer Spectroscopy suggest s...
Sulfide minerals are ubiquitous in meteoritic material and can provide information regarding the pro...
We have investigated the quadruple sulfur isotopic composition of inorganic sulfur-bearing phases fr...
Contrary to predictions, no obvious correlation exists between the degree of aqueous alteration defi...
CM carbonaceous chondrites have been considerably affected by aqueous alteration, probably on the re...
In this study we move beyond defining alteration sequences in CM chondrites towards understanding th...
The 11th Symposium on Polar Science/Ordinary sessions: [OA] Antarctic meteorites, Poster presentatio...
Sulfide minerals occur in many types of extraterrestrial samples and are sensitive indicators of the...
International audienceOrdinary chondrites (OC) are undifferentiated meteorites, mainly composed of s...
The 11th Symposium on Polar Science/Ordinary sessions: [OA] Antarctic meteorites, Thu. 3 Dec
International audience21 samples of sulphide trapped either as liquid globules or grains in various ...
This study looks at the sulphide abundance and composition of Fe-Ni sulphide grains in 12 CM chondri...
A study of the compositional and textural variations between Fe-Ni sulphides in a suite of pristine ...
The composition, abundance and mineral associations of Fe-Ni sulphides within a CM1 clast in Tagish ...
In situ secondary ion mass spectrometry analyses of 32S, 33S, and 34S in iron-nickel sulfide grains ...
Analysis of oxygen isotopes in water from Tagish Lake together with Mössbauer Spectroscopy suggest s...
Sulfide minerals are ubiquitous in meteoritic material and can provide information regarding the pro...
We have investigated the quadruple sulfur isotopic composition of inorganic sulfur-bearing phases fr...
Contrary to predictions, no obvious correlation exists between the degree of aqueous alteration defi...
CM carbonaceous chondrites have been considerably affected by aqueous alteration, probably on the re...
In this study we move beyond defining alteration sequences in CM chondrites towards understanding th...
The 11th Symposium on Polar Science/Ordinary sessions: [OA] Antarctic meteorites, Poster presentatio...
Sulfide minerals occur in many types of extraterrestrial samples and are sensitive indicators of the...
International audienceOrdinary chondrites (OC) are undifferentiated meteorites, mainly composed of s...
The 11th Symposium on Polar Science/Ordinary sessions: [OA] Antarctic meteorites, Thu. 3 Dec
International audience21 samples of sulphide trapped either as liquid globules or grains in various ...