We present the analysis of the catalytic activity of gold nanoparticles in aqueous solution as
a function of temperature. As a model reaction, the reduction of p-nitrophenol (Nip) by …

Recent advances of a colloidal chemistry can offer great opportunities to fabricate and
design nanocatalysts. Comprehensive understanding of a basic concept and theory of the …

Molecular level studies of metal crystal and nanoparticle surfaces under catalytic reaction
conditions at ambient pressures during turnover were made possible by the use of …

The varying steric environment of zeolites subtly influences the rates of hydronium-ion-
catalyzed dehydration of alcohols containing a cyclohexyl group in aqueous phase. The …

The catalytic hydrogenation of benzene on transition metal surfaces is of fundamental
importance in petroleum industry. With the aim to improve its efficiency and particularly the …

Some 30 years ago it was suggested that catalytic reactions that showed a
'compensation'effect were activated through a vibrational resonance between that one …

Many kinetic studies concerning homologous reaction series report the existence of an
activation enthalpy–entropy linear correlation (compensation plot), its slope being the …

Using an innovative magnetron sputter deposition technique, a set of titania (anatase),
vanadia and vanadia–titania (anatase) based catalysts on porous SiO2 and non-porous …

In the present paper a comparison between different parameter estimation procedures
commonly used for the kinetic modeling of chemical reaction is performed, based on …

Hydrogen transfer reactions from tertiary amines to phenyl-and alkyl-substituted alkynes
catalyzed by Pt and Pd supported on carbon are investigated. Evidence of a sequential two …