Ir-based electrocatalysts have been systematically studied for a variety of applications,
among which the electrocatalysis for oxygen evolution reaction (OER) is one of the most …

Abstract Carbon (Vulcan XC-72)-supported bimetallic Pd–Ir catalysts with different Pd/Ir
proportions (5–50 mol% Ir, 2 wt% Pd) were prepared by “water-in-oil” microemulsion method …

The experimental and computational data on rhodium binary alloys is sparse despite its
importance in numerous applications, especially as an alloying agent in catalytic materials …

Pt-transition-metal (PtM) alloy catalysts are widely used to catalyze oxygen reduction
reaction (ORR) and CO oxidation. Here we report a systematic investigation of …

In this paper, we report the calculated phase diagrams of V-Nb, V-Ta, and Nb-Ta alloys
computed by combining the total energies of 40–50 configurations for each system …

The hydrogen sorption properties of oxide-supported Ir–Pd nanoalloys have been
determined for the first time, and correlated with their catalytic behavior. The addition of Ir to …

The behavior of ZrO2-supported RhPt catalysts was studied in the autothermal reforming of
simulated gasoline to produce fuel gas (H2, CO, CO2, CH4, and H2O) suitable for solid …

A first attempt is made to simulate the solid part of the phase diagram of the ternary Pt–Pd–
Rh system. To this end, Monte Carlo (MC) simulations are combined with the Modified …

The structures and surface adsorption sites of Pd–Ir nanoalloys are crucial to the
understanding of their catalytic performance because they can affect the activity and …

The platiniferous gold–palladium belt of Minas Gerais, Brazil, forms an approximately 240-
km-long, roughly north–south-trending domain that includes numerous auriferous lodes and …