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- W3104092742 abstract "Protoplanetary disks are dust-rich structures around young stars. The crystalline and amorphous materials contained within these disks are variably thermally processed and accreted to make bodies of a wide range of sizes and compositions, depending on the heliocentric distance of formation. The chondritic meteorites are fragments of relatively small and undifferentiated bodies, and the minerals that they contain carry chemical signatures providing information about the early environment available for planetesimal formation. A current hot topic of debate is the delivery of volatiles to terrestrial planets, understanding that they were built from planetesimals formed under far more reducing conditions than the primordial carbonaceous chondritic bodies. In this review, we describe significant evidence for the accretion of ices and hydrated minerals in the outer protoplanetary disk. In that distant region highly porous and fragile carbon and water-rich transitional asteroids formed, being the parent bodies of the carbonaceous chondrites (CCs). CCs are undifferentiated meteorites that never melted but experienced other physical processes including thermal and aqueous alteration. Recent evidence indicates that few of them have escaped significant alteration, retaining unique features that can be interpreted as evidence of wet accretion. Some examples of carbonaceous chondrite parent body aqueous alteration will be presented. Finally, atomistic interpretations of the first steps leading to water-mediated alteration during the accretion of CCs are provided and discussed. From these new insights into the water retained in CCs we can decipher the pathways of delivery of volatiles to the terrestrial planets." @default.
- W3104092742 created "2020-11-23" @default.
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- W3104092742 date "2019-02-01" @default.
- W3104092742 modified "2023-10-12" @default.
- W3104092742 title "Accretion of Water in Carbonaceous Chondrites: Current Evidence and Implications for the Delivery of Water to Early Earth" @default.
- W3104092742 cites W1565794509 @default.
- W3104092742 cites W1637770996 @default.
- W3104092742 cites W1640948183 @default.
- W3104092742 cites W1667448768 @default.
- W3104092742 cites W1670947847 @default.
- W3104092742 cites W1677156197 @default.
- W3104092742 cites W1964675777 @default.
- W3104092742 cites W1972523710 @default.
- W3104092742 cites W1977198705 @default.
- W3104092742 cites W1977457396 @default.
- W3104092742 cites W1979417376 @default.
- W3104092742 cites W1987639374 @default.
- W3104092742 cites W1989257636 @default.
- W3104092742 cites W1990497793 @default.
- W3104092742 cites W1992682948 @default.
- W3104092742 cites W1999941583 @default.
- W3104092742 cites W2003123441 @default.
- W3104092742 cites W2015402648 @default.
- W3104092742 cites W2017171309 @default.
- W3104092742 cites W2019143929 @default.
- W3104092742 cites W2019727880 @default.
- W3104092742 cites W2027255628 @default.
- W3104092742 cites W2027296098 @default.
- W3104092742 cites W2028581564 @default.
- W3104092742 cites W2028655605 @default.
- W3104092742 cites W2036523372 @default.
- W3104092742 cites W2038248875 @default.
- W3104092742 cites W2044515131 @default.
- W3104092742 cites W2045629411 @default.
- W3104092742 cites W2045839977 @default.
- W3104092742 cites W2046106018 @default.
- W3104092742 cites W2047794060 @default.
- W3104092742 cites W2051374087 @default.
- W3104092742 cites W2058477610 @default.
- W3104092742 cites W2059271301 @default.
- W3104092742 cites W2060721458 @default.
- W3104092742 cites W2061192301 @default.
- W3104092742 cites W2063944368 @default.
- W3104092742 cites W2065674480 @default.
- W3104092742 cites W2067461012 @default.
- W3104092742 cites W2070336987 @default.
- W3104092742 cites W2074804179 @default.
- W3104092742 cites W2078888277 @default.
- W3104092742 cites W2091537829 @default.
- W3104092742 cites W2096471541 @default.
- W3104092742 cites W2103268779 @default.
- W3104092742 cites W2117437661 @default.
- W3104092742 cites W2117904163 @default.
- W3104092742 cites W2118570545 @default.
- W3104092742 cites W2126527044 @default.
- W3104092742 cites W2145598654 @default.
- W3104092742 cites W2146593321 @default.
- W3104092742 cites W2149420711 @default.
- W3104092742 cites W2192529993 @default.
- W3104092742 cites W2261291583 @default.
- W3104092742 cites W2313563158 @default.
- W3104092742 cites W2334598747 @default.
- W3104092742 cites W2338740453 @default.
- W3104092742 cites W2515905763 @default.
- W3104092742 cites W2559972695 @default.
- W3104092742 cites W2562303037 @default.
- W3104092742 cites W2562775001 @default.
- W3104092742 cites W2580207496 @default.
- W3104092742 cites W2607187761 @default.
- W3104092742 cites W2743094858 @default.
- W3104092742 cites W2767382005 @default.
- W3104092742 cites W2791900736 @default.
- W3104092742 cites W2800231415 @default.
- W3104092742 cites W2962700281 @default.
- W3104092742 cites W2997870472 @default.
- W3104092742 cites W3098453418 @default.
- W3104092742 cites W3098760510 @default.
- W3104092742 cites W3100065080 @default.
- W3104092742 cites W3101248271 @default.
- W3104092742 cites W3105782338 @default.
- W3104092742 cites W3106468393 @default.
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- W3104092742 doi "https://doi.org/10.1007/s11214-019-0583-0" @default.
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