Hydrogen incorporation mechanisms in forsterite: New insights from ¹H and ²⁹Si NMR spectroscopy and first-principles calculation

Earth & Environmental Sciences

• forsterite 94%
• nuclear magnetic resonance 69%
• MAS 64%
• spectroscopy 62%
• incorporation 61%
• hydrogen 57%
• calculation 39%
• olivine 25%
• mineral 15%
• physical property 14%
• crystal structure 9%
• solid state 9%
• rheology 9%
• diffusivity 8%
• upper mantle 8%
• electrical conductivity 8%
• water 8%
• defect 8%
• silica 7%
• mantle 6%
• effect 6%
• geometry 6%
• parameter 3%

Chemical Compounds

• Silicon-29 Magnetic Resonance Spectroscopy 87%
• 1H NMR Spectroscopy 61%
• Mineral 59%
• Hydrogen 37%
• 1H MAS NMR 35%
• Proton 32%
• Vibrational Spectroscopy 26%
• Solid-State NMR 25%
• NMR Data 24%
• Vibrational Spectrum 23%
• Substance Spectroscopy 22%
• Rheology 22%
• NMR Spectrum 21%
• Raman Spectrum 20%
• Electrical Conductivity 19%
• Strength 15%
• Pressure 14%
• Crystal Structure 12%

Physics & Astronomy

• forsterite 100%
• nuclear magnetic resonance 58%
• hydrogen 45%
• spectroscopy 38%
• olivine 36%
• minerals 27%
• Earth mantle 21%
• water 15%
• physical properties 14%
• protons 12%
• vibrational spectra 10%
• phase contrast 10%
• rheology 9%
• diffusivity 8%
• crystal structure 7%
• Raman spectra 7%
• silicon dioxide 7%
• solid state 6%
• broadband 6%
• low frequencies 6%
• electrical resistivity 5%
• geometry 5%
• defects 5%