Atomically dispersing metal atoms on supports provides an ideal strategy for maximizing
metal utilization for catalysis, which is particularly important for fabricating cost‐effective …

Catalyst deactivation is of a major concern in industrial applications. Catalyst deactivation in
any process can be minimized through:(i) appropriate catalyst design, and (ii) careful …

Sintering is an important issue in creating crystalline metal oxides with high porosity and
surface area, especially in the case of high-temperature materials such as metal aluminates …

An overview of our recent advances in the development of highly efficient alloy materials for
catalytic applications (intermetallic compounds, pseudo-binary, solid-solution, and single …

The present work is devoted to the study of doping effects of zinc, gallium and silver on the
structure of active sites and catalytic properties of carbon-supported 0.5 wt% Pd catalysts in …

A series of Pd-Rh/alumina catalysts with total precious metals loading of 0.2 wt.% was
prepared by means of mechanical mixing of monometallic precursors and incipient wetness …

The advent of d–d type complex salts for designing smart functional materials with versatile
utility inspired us to develop a novel type of M (II)–Ce (IV) complex salts [M (II)= Cu and Zn …

One-pot synthesis of nanostructured ternary oxides of Ni, Al, and Ti was designed and
performed via evaporation induced self-assembly (EISA). For the purpose of comparison …

The rhodium (Rh) component in automotive three way catalysts (TWC) experiences severe
thermal deactivation during fuel shutoff, an engine mode (eg, at downhill coasting) used for …

A series of supported Pd/ZrO2 catalysts with Pd loading from 0.2 to 2 wt% was synthesized.
The ZrO2 material prepared by a similar technique was used as a reference sample. The …