Presolar diamond, silicon carbide, and graphite in carbonaceous chondrites: Implications for thermal processing in the solar nebula

Keyphrases

• Diamond 100%
• Solar Nebula 100%
• Carbonaceous Chondrites 100%
• Thermal Processing 100%
• Silicon Carbide 100%
• Silicon-graphite 100%
• Chondrites 80%
• Presolar Grains 80%
• Nebulae 60%
• Bulk Composition 60%
• Parent Body 40%
• Molecular Clouds 40%
• Grain Assemblages 40%
• Graphite 20%
• Condensation 20%
• Ordinary Chondrites 20%
• CI Chondrites 20%
• High Abundance 20%
• Body Processing 20%
• Metamorphism 20%
• Volatile Elements 20%
• Enstatite Chondrites 20%
• Solar Composition 20%
• Murchison 20%
• Chondrule Formation 20%
• Noble Gas Tracers 20%
• Comprehensive Dataset 20%
• Acid Residue 20%
• Compositional Differences 20%
• Nebular 20%

Earth and Planetary Sciences

• Chondrite 100%
• Solar Nebula 100%
• Carbonaceous Chondrite 100%
• Silicon Carbide 100%
• Nebulae 60%
• Parent Body 40%
• Molecular Clouds 40%
• Meteorite 40%
• Fractionation 20%
• Chondrule 20%
• Ordinary Chondrite 20%
• Volatile Element 20%
• Rare Gas 20%
• Enstatite Chondrite 20%
• Silicon Dioxide 20%

Physics

• Chondrite 100%
• Solar Nebula 100%
• Carbonaceous Chondrite 100%
• Silicon Carbide 100%
• Nebula 50%
• Molecular Clouds 33%
• Meteorite 33%
• Chondrule 16%
• Noble Gas 16%
• Rare Gas 16%
• Condensation 16%
• Fractionation 16%
• Silicon Dioxide 16%
• Solar Composition 16%