Calculation of peridotite partial melting from thermodynamic models of minerals and melts. I. Review of methods and comparison with experiments

Earth & Environmental Sciences

• artifact 3%
• calculation 31%
• clinopyroxene 12%
• comparison 24%
• distribution 1%
• Earth science 4%
• effect 2%
• evaluation 1%
• experiment 22%
• liquid 20%
• mantle 9%
• melt 42%
• melting 41%
• method 12%
• methodology 2%
• mineral 32%
• olivine 3%
• orthopyroxene 4%
• oxide 6%
• partial melting 55%
• peridotite 58%
• prediction 2%
• pyroxene 4%
• rate 1%
• removal 2%
• science 2%
• simulation 1%
• temperature 6%
• thermodynamics 44%
• trend 6%
• water 5%

Physics & Astronomy

• artifacts 3%
• causes 2%
• Earth mantle 12%
• Earth sciences 5%
• evaluation 2%
• exhaustion 14%
• liquids 14%
• melting 45%
• methodology 2%
• minerals 57%
• olivine 4%
• oxides 4%
• peridotite 100%
• predictions 1%
• proportion 3%
• pyroxenes 5%
• simulation 1%
• solidus 21%
• temperature 4%
• thermodynamics 39%
• trends 7%
• water 7%

Chemical Compounds

• Amount 2%
• Application 2%
• Liquid 14%
• Melting 50%
• Mineral 47%
• Oxide 3%
• Simulation 2%
• Solidus 4%
• Strength 2%
• Thermodynamics 36%