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On the origin of fluorine-poor apatite in chondrite parent bodies
Francis M. McCubbin
, Jonathan A. Lewis
,
Jessica J. Barnes
, Jeremy W. Boyce
, Juliane Gross
, Molly C. McCanta
, Poorna Srinivasan
, Brendan A. Anzures
, Nicole G. Lunning
, Stephen M. Elardo
, Lindsay P. Keller
, Tabb C. Prissel
, Carl B. Agee
Planetary Sciences
Research output
:
Contribution to journal
›
Article
›
peer-review
10
Scopus citations
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Keyphrases
Chondrites
100%
Parent Body
100%
Apatite
100%
Solar System
41%
F-ratio
33%
Low Temperature
8%
Order of Magnitude
8%
Partial Melting
8%
Geological Processes
8%
Solar Nebula
8%
L Chondrite
8%
Hydroxylapatite
8%
Melt Rock
8%
Chlorapatite
8%
Nascent Stage
8%
Chondrite Meteorites
8%
CK Chondrites
8%
Origin of Volatiles
8%
Bulk Rock
8%
Fluorapatite
8%
R Chondrites
8%
Parent Body Processes
8%
Nebular Processes
8%
Earth and Planetary Sciences
Chondrite
100%
Parent Body
100%
Calcium Phosphate
100%
Solar System
41%
Partial Melting
8%
Geological Process
8%
Solar Nebula
8%
Hydroxylapatite
8%
Chlorapatite
8%
Fluorapatite
8%