

Fluorescence-based sensing using engineered metallic nanoclusters to detect acrylamide in water through measurable shifts and intensity changes in fluorescence emission. Acrylamide binding to the nanocluster surface prod...

Ruthenium-based catalysts enable hydrogenation of sugars to sugar alcohols by tuning hydrophobicity and electronic states. Using organic ligands and varied support materials, the approach improves catalytic performance a...

Innovative catalyst using copper on ceria-zirconia to selectively convert fatty acid methyl esters (FAME) into alpha-olefins. Ideal for sustainable chemical manufacturing with enhanced mechanical strength and selectivity...

Innovative heterogeneous catalysts using cobalt and ruthenium nanoparticles for effective esterification. These catalysts offer easy separation, tunable hydrophobicity, and enhanced catalytic activity in both organic and...