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Mineral condensation in stellar outflows
Katharina Lodders
, Bruce Fegley
Department of Earth & Planetary Sciences
Research output
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Chapter in Book/Report/Conference proceeding
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Chapter
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peer-review
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Keyphrases
Condensation
100%
Stellar Outflows
100%
Metallicity
80%
Elemental Composition
60%
Total Pressure
60%
Carbon-to-oxygen Ratio
60%
Graphite
40%
Carbides
40%
Condensation Temperature
40%
Red Giants
40%
Oxides
20%
Subtle Change
20%
Lack of Oxygen
20%
Sulfide
20%
Redox State
20%
Trace Elements
20%
Novae
20%
Mineralogy
20%
Gasses
20%
Mineral Composition
20%
Ejecta
20%
Silicate
20%
Supernovae
20%
Solar Composition
20%
Solar-like
20%
Asymptotic Giant Branch Stars
20%
Presolar Grains
20%
Condensation Chemistry
20%
Circumstellar Envelopes
20%
Red Supergiants
20%
Circumstellar Environment
20%
Late-type Stars
20%
Total Temperature
20%
Earth and Planetary Sciences
Metallicity
100%
Chemical Element
75%
Trace Element
25%
Mineralogy
25%
Ejecta
25%
Supernovae
25%
Asymptotic Giant Branch Stars
25%
Novae
25%
Gas Composition
25%
Red Giant Stars
25%
Gas Liquefaction
25%
Physics
Condensation
100%
Metallicity
50%
Chemical Element
37%
Novae
12%
Ejecta
12%
Supernovae
12%
Asymptotic Giant Branch Stars
12%
Mineralogy
12%
Supergiant
12%
Solar Composition
12%
Late-Type Stars
12%