The effect of axial coordination and ligand strain on the multielectron-transfer chemistry of d⁸d⁸ rhodium isocyanide complexes: UV-vis-IR spectroelectrochemical studies

Engineering & Materials Science

• Rhodium 100%
• Ligands 86%
• Excited states 53%
• Oxidation 42%
• Complexation 26%
• Electronic states 25%
• Ground state 24%
• Spectroscopy 18%
• Strain energy 17%
• Methane 15%
• Thermodynamics 13%
• Geometry 9%
• Temperature 6%
• Experiments 5%

Chemical Compounds

• Isocyanide 71%
• Strain 45%
• Chemistry 37%
• Disproportionation 32%
• Ligand 28%
• Excited State 25%
• Oxidation Reaction 21%
• Strain Energy 20%
• Electronic Spectroscopy 19%
• Energy 15%
• Methane 12%
• Ground State 12%
• Complexation 12%
• Electronic State 11%
• UV/VIS Spectroscopy 10%
• Thermodynamics 10%

Physics & Astronomy

• rhodium 84%
• ligands 65%
• chemistry 55%
• oxidation 35%
• affinity 17%
• electronics 16%
• excitation 15%
• methane 14%
• energy 14%
• analogs 13%
• thermodynamics 10%
• ground state 10%
• products 10%
• geometry 9%
• spectroscopy 8%
• temperature 4%