Although the mechanism of the voltage reversal process due to overall hydrogen deficiency
is clear, the termination mechanism of the water electrolysis plateau (WEP) is still very …

Reference electrode is the foundation of electrochemical study; thus, most electrode
materials are tested in a three-electrode mode to acquire potential-dependent kinetics …

Automotive fuel cells can suffer from cell voltage reversals because of hydrogen fuel
starvation at the anode, which can be exacerbated by subfreezing temperatures because of …

Global fuel starvation is an undesired event during fuel cell operation that results in serious
degradations at the anode catalyst layer caused by the concomitant reversal of the cell …

Proton exchange membrane fuel cells suffer from cell reversal due to hydrogen starvation,
which can be exacerbated by hydrogen channel blockage after extensive ice formation …

In this work, a platinum group metal-free (PGM-free) Fe-NC oxygen reduction reaction
(ORR) catalyst derived from metal organic framework precursors (Fe-MOF) is evaluated at …

Durability is a major lever for commercial success of proton exchange membrane fuel cells
(PEMFCs). The introduction of OER catalyst to the PEMFC anode has been established as a …

In fuel cell applications with long lifetime requirements, the management of stressing
operating conditions—such as hydrogen starvation events—plays a pivotal role. Among …

Polymer electrolyte membrane fuel cells (PEMFCs) are promising power sources for
transportation applications due to their low carbon dioxide emission, and high energy …