Effect of lithium doping into MIL-53(Al) through thermal decomposition of anion species on hydrogen adsorption

Engineering & Materials Science

• Negative ions 100%
• Doping (additives) 82%
• Lithium 81%
• Positive ions 76%
• Adsorption 71%
• Pyrolysis 69%
• Hydrogen 58%
• Molecules 36%
• Alkaline earth metals 20%
• Charge density 17%
• Nitrates 15%
• Nuclear magnetic resonance 14%
• Atoms 12%
• Electrons 12%
• Ethanol 12%
• Vacuum 10%
• Heat treatment 10%
• Oxygen 9%
• Temperature 9%
• Aluminum 9%
• Decomposition 8%
• Hot Temperature 5%

Physics & Astronomy

• thermal decomposition 81%
• anions 69%
• lithium 65%
• adsorption 56%
• cations 51%
• hydrogen 45%
• carboxyl group 37%
• affinity 27%
• molecules 19%
• impregnating 18%
• alkaline earth metals 17%
• musculoskeletal system 14%
• nitrates 13%
• oxygen atoms 12%
• ethyl alcohol 12%
• heat treatment 9%
• nuclear magnetic resonance 9%
• decomposition 9%
• porosity 8%
• aluminum 8%
• heat 8%
• vacuum 7%
• augmentation 7%
• temperature 7%
• electrons 5%

Chemical Compounds

• Pyrolysis 51%
• Anion 43%
• Hydrogen 37%
• Adsorption 36%
• Cation 28%
• Cross-Polarization Magic-Angle-Spinning NMR 15%
• Molecule 12%
• Decomposition Temperature 12%
• Alkaline Earth Metal 12%
• Charge Density 11%
• Amount 10%
• Heat Treatment 10%
• Oxygen Atom 9%
• Vacuum 9%
• Nitrate 9%
• Heat 9%
• Pore 8%
• Ethanol 7%
• Metal Ion 7%