Structural diversity in Cu(i) complexes of the PNP ligand: From pincer to binuclear coordination modes and their effects upon the electrochemical and photophysical properties

Keyphrases

• 2,6-diaminopyridine 50%
• Bi-exponential 50%
• Bimetallic 50%
• Binuclear 100%
• Coordination Modes 100%
• Cyclic Voltammetry 50%
• Diphenylphosphine 50%
• Electrochemical Properties 100%
• Electronic Transitions 50%
• Fluxional Behavior 50%
• Helicates 50%
• Heteroleptic Complexes 50%
• Homoleptic 50%
• Ligand-to-metal Charge Transfer 50%
• Luminescence 100%
• Metal Atoms 50%
• P,N-ligands 100%
• Phen 100%
• Photophysical Properties 100%
• Pincer 100%
• Pincer Complexes 50%
• PNP pincer Ligands 50%
• PPh3 100%
• Radiative Relaxation 50%
• Secondary Ligand 50%
• Solid State 50%
• State-resolved 50%
• Steady State 50%
• Steady Time 50%
• Structural Diversity 100%
• Time-resolved Luminescence Spectroscopy 50%
• VT-NMR 100%
• X-ray Crystallography 50%

INIS

• atoms 50%
• charges 16%
• copper 16%
• copper iodides 16%
• crystallography 16%
• decay 16%
• electrochemistry 100%
• emission 16%
• iodine complexes 100%
• ligands 100%
• luminescence 50%
• metals 33%
• nmr 50%
• phosphorus 16%
• phosphorus 31 16%
• relaxation 16%
• solids 16%
• solutions 16%
• spectroscopy 16%
• steady-state conditions 16%
• time resolution 16%
• values 16%
• voltametry 16%
• x radiation 16%

Chemistry

• Cyclic Voltammetry 50%
• Diaminopyridine 50%
• Electronic Transition 50%
• formation 50%
• Luminescence Spectroscopy 50%
• Metal Atom 50%
• NMR Spectroscopy 50%
• Phosphorus Atom 50%
• Pincer Complex 50%
• Relaxation 50%
• VT NMR 100%
• X-Ray Crystallography 50%