Influence of Metal-Organic Framework Porosity on Hydrogen Generation from Nanoconfined Ammonia Borane

Engineering & Materials Science

• Metal-Organic Frameworks 100%
• Ammonia 65%
• Porosity 53%
• Hydrogen 49%
• Decomposition 33%
• Particle size 29%
• Dehydrogenation 21%
• Catalysis 20%
• Ligands 20%
• Hydrides 19%
• Pore size 17%
• Surface tension 16%
• Byproducts 16%
• Nanoparticles 15%
• Thermodynamics 13%
• Temperature 12%
• Metals 9%

Physics & Astronomy

• boranes 94%
• ammonia 62%
• porosity 44%
• hydrogen 37%
• decomposition 35%
• metals 31%
• dehydrogenation 19%
• metal clusters 18%
• catalysis 17%
• hydrides 15%
• ligands 15%
• interfacial tension 13%
• manipulators 13%
• thermodynamics 10%
• nanoparticles 10%
• temperature 9%

Chemical Compounds

• Borane 68%
• Metal Organic Framework 53%
• Ammonia 47%
• Porosity 35%
• Hydrogen 31%
• Decomposition Temperature 31%
• Byproduct 15%
• Dehydrogenation 14%
• Hydride 13%
• Pore Size 12%
• Molecular Cluster 10%
• Catalysis 9%
• Decomposition 9%
• Thermodynamics 9%
• Length 9%
• Environment 8%
• Nanoparticle 7%
• Metal 6%
• Ligand 6%