Hydration of initially anhydrous silicates and oxides is a common and significant early solar system processes recorded by the carbonaceous chondrites We present new data constraining the hydrogen isotope geochemistry of the CM chondrites, which are characterised by a wide range in degree of hydration. Our study makes use of a recently developed method for analysis of D/H ratios of 10^(-9) mol quantities of water released by heating small (10's of microgram) solid samples
Primitive chondritic meteorites formed at the same time the planets in our solar system were forming...
Rock fragments of the Cb-type asteroid Ryugu returned to Earth by the JAXA Hayabusa2 mission share m...
Current dynamical models of Solar System formation and geochemical models agree on a likely chondrit...
Hydration of initially anhydrous silicates and oxides is a common and significant early solar system...
International audienceChondrites are rocky fragments of asteroids that formed at different times and...
International audienceHydrogen occurs at the near percent level in the most hydrated chondrites (CI ...
International audienceCarbonaceous asteroids represent the principal source of water in the inner So...
International audienceThe thermal and aqueous alteration experienced by QUE 99177, MET 00426, EET 92...
The origin and transport of water in the early Solar System is an important topic in both astrophysi...
We report the yields and hydrogen isotopic compositions of water extracted by stepwise heating of ei...
International audienceAmong the different groups of carbonaceous chondrites, variable concentrations...
We have measured the hydrogen isotopic composition (D/H ratios) of the water from 13 carbonaceous ch...
International audienceThe initial isotopic composition of water in the Solar System is of paramount ...
Understanding the quantity and isotopic composition of water that has been delivered to Earth over i...
The D/H ratios of carbonaceous chondrites, believed to reflect the hydrogen isotopic composition of ...
Primitive chondritic meteorites formed at the same time the planets in our solar system were forming...
Rock fragments of the Cb-type asteroid Ryugu returned to Earth by the JAXA Hayabusa2 mission share m...
Current dynamical models of Solar System formation and geochemical models agree on a likely chondrit...
Hydration of initially anhydrous silicates and oxides is a common and significant early solar system...
International audienceChondrites are rocky fragments of asteroids that formed at different times and...
International audienceHydrogen occurs at the near percent level in the most hydrated chondrites (CI ...
International audienceCarbonaceous asteroids represent the principal source of water in the inner So...
International audienceThe thermal and aqueous alteration experienced by QUE 99177, MET 00426, EET 92...
The origin and transport of water in the early Solar System is an important topic in both astrophysi...
We report the yields and hydrogen isotopic compositions of water extracted by stepwise heating of ei...
International audienceAmong the different groups of carbonaceous chondrites, variable concentrations...
We have measured the hydrogen isotopic composition (D/H ratios) of the water from 13 carbonaceous ch...
International audienceThe initial isotopic composition of water in the Solar System is of paramount ...
Understanding the quantity and isotopic composition of water that has been delivered to Earth over i...
The D/H ratios of carbonaceous chondrites, believed to reflect the hydrogen isotopic composition of ...
Primitive chondritic meteorites formed at the same time the planets in our solar system were forming...
Rock fragments of the Cb-type asteroid Ryugu returned to Earth by the JAXA Hayabusa2 mission share m...
Current dynamical models of Solar System formation and geochemical models agree on a likely chondrit...