Melt-vapor solubilities and elemental partitioning in peraluminous granite-pegmatite systems: experimental results with Macusani glass at 200 MPa

Chemical Compounds

• Partition Coefficient 73%
• Liquidus 59%
• Chemical Element 55%
• Glass 49%
• Solubility 45%
• Boron Atom 41%
• Topaz 41%
• Crystallization 33%
• Saturated Vapour 32%
• Apatite 25%
• Alkaline Earth Metal 24%
• Fractionation 21%
• Quartz 21%
• Fluorine Atom 21%
• White 20%
• Phosphorus(.) 20%
• Alkali 19%
• Mineral 19%
• Condensation 17%
• Cation 14%

Earth & Environmental Sciences

• pegmatite 81%
• partitioning 61%
• solubility 61%
• granite 57%
• glass 55%
• melt 52%
• albite 16%
• partition coefficient 15%
• boron 10%
• mica 9%
• rare earth element 8%
• crystallization 7%
• trace element 7%
• temperature 7%
• topaz 6%
• orthoclase 6%
• miscibility 6%
• obsidian 6%
• silicate melt 5%
• fluorine 5%
• rhyolite 5%
• apatite 4%
• condensation 4%
• fractionation 4%
• cation 4%
• phosphorus 3%
• saturation 3%
• quartz 3%
• mineral 2%
• experiment 1%

Physics & Astronomy

• granite 100%
• solubility 65%
• vapors 54%
• glass 41%
• partitions 18%
• trace elements 17%
• liquidus 15%
• mica 15%
• proportion 12%
• rhyolite 12%
• obsidian 11%
• boron 11%
• Peru 11%
• coefficients 10%
• vapor deposition 10%
• crystallization 10%
• accessories 8%
• apatites 8%
• fractionation 8%
• fluorine 6%
• minerals 6%
• phosphorus 6%
• silicates 6%
• alkalies 6%
• unity 6%
• temperature 5%
• condensation 5%
• quartz 5%
• cations 5%
• saturation 4%
• temperature dependence 4%