The vibrational spectrum of Tp^3,5-MeRhH₂(H₂): A computational and inelastic neutron scattering study

Engineering & Materials Science

• Density functional theory 17%
• Geometry 7%
• Ground state 17%
• Hydrogen 9%
• Inelastic neutron scattering 100%
• Ligands 31%
• Mirrors 12%
• Vibrational spectra 75%

Physics & Astronomy

• density functional theory 6%
• dihydrides 11%
• energy 9%
• geometry 4%
• ground state 5%
• hydrogen 4%
• inelastic scattering 42%
• ligands 16%
• mirrors 5%
• neutron scattering 41%
• optimization 10%
• symmetry 4%
• vibrational spectra 53%

Chemistry

• Dihydrogen 10%
• Energy 13%
• Ground State 7%
• Hydrogen 4%
• Inelastic Neutron Scattering 66%
• Ligand 8%
• Reaction Yield 3%
• Transition State 39%
• Vibrational Frequency 9%
• Vibrational Spectrum 46%