A straightforward, catalyst- and additive-free method for synthesizing α-oxycarbonyl-β-ketone derivatives from β-ketosulfoxonium ylides and carboxylic acids has been described.
New derivatives were synthesized by the acylation of α-amino-benzylphosphonates, and by reacting them in a second Kabachnik–Fields condensation.
COF ionomers form sub-nm porous structures on the catalyst surface, which shorten the oxygen diffusion path to the catalyst and enhance the utilization efficiency of platinum-based catalysts.
This review explores the evolution of indoor perovskite solar cells driven by recent advances in material optimization and machine learning, fostering sustainable indoor energy solutions for interconnected smart technologies.
Phosphinoferrocene ligands equipped with flexible heterocyclic pendants coordinate Pd(II) preferably via the phosphine group; coordination of the N-heterocyclic groups leads to dimeric or chelate complexes depending on the ligand type.