Micrometer-scale cavities in fibrous and cloudy diamonds - A glance into diamond dissolution events

Physics & Astronomy

• dissolving 91%
• micrometers 90%
• diamonds 79%
• cavities 61%
• aluminum oxides 48%
• fluids 43%
• minerals 26%
• eclogite 25%
• Earth mantle 23%
• solubility 18%
• olivine 17%
• silicon dioxide 15%
• carbonates 15%
• grain boundaries 14%
• matrices 14%
• kimberlite 12%
• magma 9%
• crystals 9%
• ilmenite 9%
• basalt 9%
• carbon 8%
• fluorite 8%
• water 7%
• chlorine 7%
• calcium 6%
• quartz 5%
• inclusions 5%
• ion beams 5%
• oxidation 4%
• nitrogen 4%
• preparation 4%
• aluminum 4%
• transmission electron microscopy 4%
• oxides 4%
• temperature 1%

Earth & Environmental Sciences

• diamond 98%
• cavity 86%
• dissolution 74%
• aluminum oxide 43%
• fluid 38%
• grain boundary 19%
• solubility 16%
• corundum 16%
• silica 15%
• matrix 15%
• mineral 14%
• mantle 14%
• eclogite 14%
• crystal 13%
• olivine 12%
• moissanite 11%
• carbonate 8%
• petrol 8%
• fluid composition 8%
• kyanite 8%
• sample preparation 7%
• fluorite 7%
• kimberlite 7%
• carbon 7%
• ilmenite 7%
• xenolith 7%
• transmission electron microscopy 6%
• chlorine 5%
• planet 5%
• preserve 5%
• basalt 5%
• aluminum 5%
• calcium 5%
• magma 5%
• oxide 4%
• quartz 4%
• oxidation 4%
• ion 4%
• water 4%
• nitrogen 3%
• temperature 2%
• method 1%

Chemical Compounds

• Fibrous Crystal 100%
• Diamond 94%
• Dissolution 74%
• Grain Boundary 20%
• Amorphous Material 18%
• Mineral 16%
• Solubility 12%
• Carbonate 10%
• Schmidt Reaction 9%
• Amorphous Film 8%
• Fluorite 7%
• Pressure 7%
• Bearing 7%
• Ion Beam 7%
• Carbon Atom 6%
• Quartz 5%
• Chlorine 5%
• Sample Preparation 5%
• Nanocrystal 5%
• Calcium(0) 5%
• Transmission Electron Microscopy 4%
• Nitrogen 4%
• Environment 3%
• Oxidation Reaction 2%