In this contribution, we review the application of surface-enhanced infrared spectroscopy in
the attenuated total reflection mode (ATR-SEIRAS) for time-resolved studies of electrode …

Exploring the electrochemical double layer (EDL) at electrode-water interfaces is of both
fundamental and practical importance to electrochemical technology. Current research …

Fundamental understanding of the key species during the electrochemical reaction process
is of vital importance to mechanistic investigation and catalyst design and heavily relies on …

Electrochemical attenuated total reflection surface-enhanced infrared absorption
spectroscopy (EC-ATR-SEIRAS) is a powerful analytical tool to obtain molecular-level …

Understanding the structure-activity relationship of catalysts and the reaction pathway is
crucial for designing efficient, selective, and stable electrocatalytic systems. In situ …

Metal-water interfaces are central to a wide range of crucial processes, including energy
storage, energy conversion, and corrosion. Understanding the detailed structure and …

Molecular‐level insight into the interfacial composition of electrodes at the solid‐electrolyte
and the solid‐electrode interface is essential to understanding the charge transfer …

Water molecules at solid–liquid interfaces play a pivotal role in governing interfacial
phenomena that underpin electrochemical and catalytic processes. The organization and …

Positivity preservation is naturally guaranteed in exact non-Markovian master equations for
open quantum system dynamics. However, in many approximated non-Markovian master …