Transition metal-based heterogeneous catalysts are widely used across many industries.
The prevalence of these materials across so many domains has inspired research into many …

Scientific interest in carbon‐based materials (CBMs) has grown dramatically over the past
few decades. Due to a variety of atomic orbital hybrid forms (sp, sp2 and sp3 hybridization) …

A novel catalyst with a yolk-shell structure was designed to overcome the leaching of noble
metals in heterogeneous catalysis. Through a template method, palladium (Pd) …

This study presents a highly efficient and simple recyclable catalytic system for heterophase
hydrosilylation. This catalytic system consisting of a commercially available platinum …

While the primary role of supports in catalysis has been to anchor metal particles to prevent
sintering, supports can also activate catalytic processes. We report computational and …

This paper reports the development of novel supports for highly active Pd nanoparticles for
room temperature Suzuki cross coupling reactions. The partial functionalization of the …

First-principles theoretical studies on the electronic properties and activation energies for the
three steps of the Suzuki cross-coupling reaction have been performed on 3d transition …

We report the synthesis of uncapped 'naked'palladium nanoparticles (PdNPs) through the
facile and green route of femtosecond laser reduction in liquid using two different …

Herein we report the development of the first graphene-supported platinum catalyst that has
demonstrated exceptional catalytic activity and stability for hydrosilylation reactions of olefins …

A large number of studies had shown that the morphology of the sample had a significant
effect on the microwave absorption properties and catalytic activity of the sample …