Electron Trapping and Ion Leaching at the Li-Modified Quartz-Water Interface

Engineering & Materials Science

• Leaching 92%
• Quartz 84%
• Electrons 76%
• Ions 70%
• Lithium 56%
• Water 41%
• Oxides 21%
• Hydrogen bonds 17%
• Positive ions 15%
• Electron energy levels 14%
• Molecular dynamics 14%
• Doping (additives) 14%
• Atoms 13%
• Molecules 12%
• Impurities 12%
• Glass 10%
• Silicon 9%
• Corrosion 9%
• Metals 8%
• Computer simulation 6%

Physics & Astronomy

• leaching 100%
• quartz 66%
• trapping 58%
• lithium 44%
• water 43%
• ions 35%
• electrons 32%
• alkalies 12%
• metal oxides 12%
• corrosion 11%
• cations 10%
• energy levels 10%
• interactions 10%
• simulation 9%
• molecular dynamics 9%
• impurities 8%
• oxides 7%
• hydrogen 7%
• glass 7%
• silicon 6%
• molecules 6%
• atoms 6%

Chemical Compounds

• Leaching 68%
• Electron Particle 41%
• Ion 30%
• Simulation 19%
• Silicon Atom 18%
• Surface 14%
• Doping Material 13%
• Alkali 12%
• Molecular Dynamics 11%
• Corrosion 10%
• Glass 10%
• Cation 8%
• Oxide 8%
• Energy 7%
• Metal 6%
• Molecule 5%
• Application 4%