Catalytic effect of nanoparticle 3d-transition metals on hydrogen storage properties in magnesium hydride MgH₂ prepared by mechanical milling

Engineering & Materials Science

• Transition metals 100%
• Hydrogen storage 86%
• Hydrides 85%
• Magnesium 72%
• Nanoparticles 67%
• Hydrogen 54%
• Desorption 46%
• Ball milling 35%
• Metals 17%
• Partial pressure 16%
• Composite materials 15%
• Heating rate 15%
• Energy dispersive spectroscopy 13%
• Flow of gases 13%
• Catalysts 11%
• Temperature 5%

Physics & Astronomy

• hydrides 68%
• magnesium 65%
• transition metals 56%
• nanoparticles 45%
• hydrogen 41%
• balls 30%
• desorption 29%
• composite materials 13%
• metals 11%
• partial pressure 10%
• catalysts 10%
• gas flow 10%
• cycles 7%
• products 7%
• heating 7%
• kinetics 6%
• profiles 6%
• temperature 3%

Chemical Compounds

• Hydride 57%
• Magnesium Atom 56%
• Hydrogen 34%
• Nanoparticle 34%
• Metal 30%
• Desorption 26%
• Ball Milling 23%
• Composite Material 11%
• Partial Pressure 10%
• Amount 9%
• Chemical Element 8%
• Hydrogenation 8%
• Surface 7%
• Purity 5%
• Catalyst 4%
• Time 4%