The advancement of electrocatalysis from fundamental research to application is a process
that requires researchers from different fields to co-work seamlessly to be effective. In this …

The practice of estimating the transfer coefficient (α) and the exchange current (i 0) by
arbitrarily placing a straight line on Tafel plots has led to high variance in these parameters …

Abstract Machine learning is increasingly integrated into chemistry research by guiding
experimental procedures, correlating structure and function, interpreting large experimental …

Catalyst stability, reaction kinetics and electrocatalytic activity are significant issues in
electrocatalysis. In this work, OER is examined by a fluidized working mode using RuO 2 …

Planar bare electrodes fabricated with surface-modified multiwalled carbon nanotubes
(MWCNT) are used to detect organophosphate (OP) compounds, which are used as …

A general scheme for an electrochemically reversible one-electron electrode reaction
containing both preceding and following coupled chemical kinetics is analysed in the light of …

Electrocatalysis has become increasingly attractive in aiding transformation to green
chemical industries. Proper evaluation and in-depth understanding of electrocatalysts are …

The use of fossil fuels as energy source is unsustainable in the long term and net‐zero
carbon processes need to be implemented to maintain environmental balance. One could …

The anodic behavior of the alkaline Cu| Cu (II), glycine system was investigated by RDE
voltammetry combined with EQCM measurements. Well-defined current plateaus were …

Derivative-extremum analysis (DEA) of jE curves is a newly proposed method of half wave
potential (E 1/2) and activation feature extraction from steady-state voltammetry. Here, the …