Direct Observation of Activated Hydrogen Binding to a SupportedOrganometallic Compound at Room Temperature

Engineering & Materials Science

• Hydrogen 68%
• Hydrides 54%
• Physisorption 48%
• Organometallics 43%
• Temperature 34%
• Discrete Fourier transforms 31%
• Inelastic neutron scattering 30%
• Gases 24%
• Binding energy 22%
• Transition metals 21%
• Hot Temperature 20%
• Paramagnetic resonance 19%
• Sorption 17%
• Spectroscopy 15%
• Cryogenics 15%
• Ethylene 14%
• Atoms 14%
• Silica 14%
• Adsorption 13%
• Ions 13%
• Chemical activation 12%
• Metals 9%

Medicine & Life Sciences

• Hydrogen 100%
• Temperature 61%
• Observation 61%
• Gases 36%
• Hot Temperature 33%
• Density Functional Theory 25%
• Metals 24%
• ethylene 19%
• Neutrons 19%
• Silicon Dioxide 16%
• Adsorption 15%
• Benchmarking 15%
• Spectrum Analysis 14%
• Ions 11%

Chemical Compounds

• Ambient Reaction Temperature 47%
• Hydrogen 43%
• Dihydrogen 31%
• Physisorption 30%
• Hydride 24%
• Heat 21%
• Inelastic Neutron Scattering 19%
• Metal Hydride 17%
• Chemistry 16%
• Cryogenics 15%
• Reaction Path 15%
• Gas 15%
• Metallocene 12%
• Binding Energy 12%
• EPR Spectroscopy 12%
• Fuel 11%
• Transition Element 10%
• Sorption 10%
• Density Functional Theory 8%
• Porosity 8%
• Amount 6%
• Ion 5%
• Time 5%