Organoactinides promote the dimerization of aldehydes: Scope, kinetics, thermodynamics, and calculation studies

Medicine & Life Sciences

• 4-anisaldehyde 56%
• Actinoid Series Elements 52%
• Aldehydes 71%
• benzaldehyde 47%
• Benzaldehydes 58%
• Density Functional Theory 51%
• Dimerization 67%
• Electrons 23%
• Esters 30%
• Kinetics 42%
• Oxygen 21%
• Polymerization 30%
• Thermodynamics 72%

Engineering & Materials Science

• Actinides 20%
• Activation energy 15%
• Aldehydes 85%
• Catalyst activity 18%
• Catalysts 24%
• Density functional theory 22%
• Dimerization 100%
• Electrons 14%
• Esters 16%
• Geometry 17%
• Oxygen 11%
• Polymerization 16%
• Substrates 41%
• Thermodynamics 50%

Chemical Compounds

• Actinoid Atom 21%
• Aldehyde 41%
• Benzaldehyde 19%
• Benzaldehydes 23%
• Catalyst 16%
• Density Functional Theory 12%
• Dimerization 54%
• Ester 12%
• Polymerization Reaction 11%
• Reaction Activation Energy 13%
• Reaction Yield 24%
• Thermodynamics 36%
• Transition State 32%