Application of transient infrared and near infrared spectroscopy to transition metal complex excited states and intermediates

Engineering & Materials Science

• Excited states 100%
• Metal complexes 97%
• Transition metals 88%
• Near infrared spectroscopy 82%
• Infrared radiation 51%
• Infrared spectroscopy 47%
• Electronic structure 22%
• Ligands 19%
• Density functional theory 7%
• Cyanides 7%
• Molecular structure 6%
• Energy gap 5%
• Imaging techniques 3%
• Metals 3%
• Experiments 1%

Chemical Compounds

• NIR Spectroscopy 60%
• Excited State 47%
• Transition Element 43%
• Time-Resolved Infrared Spectroscopy 36%
• Application 18%
• Electronic State 13%
• Transient Infrared Spectroscopy 11%
• Vibrational State 7%
• Metal Carbonyl 7%
• Cyanide 5%
• Ligand 5%
• Double Bond 4%
• Band Gap 4%
• Molecular Structure 4%
• Spectroscopy 3%
• Metal 2%

Physics & Astronomy

• infrared spectroscopy 54%
• transition metals 50%
• excitation 29%
• ligands 15%
• electronic structure 11%
• cyanides 6%
• interrogation 5%
• molecular structure 5%
• metals 5%
• methodology 4%
• density functional theory 3%
• shift 3%
• spectroscopy 2%