Experimental and theoretical study of stability of dense hydrous magnesium silicates in the deep upper mantle

Earth & Environmental Sciences

• theoretical study 88%
• upper mantle 80%
• wadsleyite 78%
• magnesium 74%
• silicate 70%
• experimental study 67%
• phase equilibrium 55%
• dehydration 51%
• fluid 48%
• enstatite 44%
• mantle 37%
• peridotite 34%
• transition zone 33%
• slab 30%
• clinohumite 27%
• ringwoodite 25%
• antigorite 24%
• forsterite 21%
• water reservoir 18%
• subduction zone 16%
• experiment 13%
• thermodynamics 13%
• cold 11%
• mineral 9%
• water 5%

Physics & Astronomy

• Earth mantle 100%
• silicates 82%
• magnesium 81%
• dehydration 62%
• peridotite 58%
• enstatite 52%
• fluids 49%
• slabs 29%
• forsterite 22%
• water 19%
• minerals 16%
• thermodynamics 11%