Atypical and Asymmetric 1,3-P,N Ligands: Synthesis, Coordination and Catalytic Performance of Cycloiminophosphanes

Keyphrases

• Coordination Performance 100%
• Cyclohexanone 100%
• P,N-ligands 100%
• Catalytic Performance 100%
• Asymmetric 1 100%
• Triflic Acid 50%
• High Basicity 50%
• Benzotriazole 50%
• Ru(II) Complex 50%
• IR Frequencies 50%
• Cyclic Imines 50%
• Menthone 50%
• Donor Strength 50%
• Full Transformation 50%
• Dynamic Equilibrium 50%
• Solvent-free 50%
• Nitrilium Ion 50%
• Seven-membered 50%
• Transfer Hydrogenation 50%
• Secondary Phosphanes 50%
• Tungsten 50%
• 2-complex 50%
• Beckmann 50%
• AgOTf 50%
• Carbonyl Complexes 50%
• Hemilability 50%
• Benzonitrile 50%
• Asymmetric Catalysis 50%
• Isopropanol 50%

Chemistry

• Cyclohexanone 100%
• Benzotriazole 50%
• Benzonitrile 50%
• Hydrogenation 50%
• Donor 50%
• Alkalinity 50%
• Triflic Acid 50%
• Imine 50%
• Phosphane 50%
• Menthone 50%