Influence of the Electrochemical Properties of the Bacteriochlorophyll Dimer on Triplet Energy-Transfer Dynamics in Bacterial Reaction Centers

Engineering & Materials Science

• Dimers 100%
• Electrochemical properties 92%
• Energy transfer 76%
• Hydrogen bonds 36%
• Electrons 26%
• Carotenoids 22%
• Absorption spectroscopy 20%
• Electronic structure 19%
• Electron energy levels 15%
• Activation energy 13%
• Proteins 12%
• Temperature 10%

Chemical Compounds

• Bacteriochlorophyll 83%
• Energy Transfer 56%
• Triplet State 26%
• Electron Spin Density 20%
• Energy 18%
• Hydrogen Bond 16%
• Carotenoid 14%
• Absorption Spectroscopy 12%
• Electronic State 9%
• Electron Transfer 9%
• Reaction Activation Energy 9%
• Ambient Reaction Temperature 7%
• Protein 5%

Physics & Astronomy

• dimers 60%
• energy transfer 54%
• atomic energy levels 20%
• hydrogen bonds 19%
• carotenoids 13%
• electron spin 9%
• electron transfer 9%
• density distribution 8%
• absorption spectroscopy 8%
• energy levels 7%
• proteins 7%
• electronic structure 7%
• activation energy 6%
• broadband 6%
• temperature dependence 6%
• high resolution 5%
• shift 5%
• energy 5%
• room temperature 5%
• electronics 4%