Developing renewable energy-related technologies, which are strongly dependent on
various catalytic processes, has recently attracted enormous attention to overcome the ever …

Selective and efficient electrocatalysts are imperative for the successful deployment of
electrochemistry toward synthetic applications. In this study, we used galvanic replacement …

In the present study, the high-pressure high-temperature equation of the state of iridium has
been determined through a combination of in situ synchrotron X-ray diffraction experiments …

This paper presents results of a comprehensive study from first principles into the properties
of Ni, Pd, Rh, and Ir crystals under pressure. We calculated elastic constants, phonon …

High aspect ratio metal nanostructures are commonly found in a broad range of applications
such as electronic compute structures and sensing. The self‐heating and elevated …

Single atom catalysts (SACs) have emerged as a rapidly developing field of catalysis
research, with great potential for improving the efficiency and selectivity of many chemical …

The Ir-based electrocatalysts for the acidic oxygen evolution reaction (OER) have
demonstrated remarkable durability. Enhancing the Ir-based electrocatalytic activity still …

The thermal equation of states for fcc iridium (Ir) is obtained from first-principles molecular
dynamics up to 3000 K and 540 GPa. The equation of state (EoS) is globally fitted to a …

Understanding the microscopic dynamics of the fundamental energy carriers in condensed
matter under extreme pressure conditions can reveal insights into unique physical …

The equations of state (EOS) of Iridium are, for the first time, obtained by solving the high-
dimension integral of partition function based on a recently developed approach of ultrahigh …