Durability of direct methanol fuel cell (DMFC) is one of the key issues for its commercial
applications. This work proposes accelerated stress test (AST) protocols including high …

Performance degradation is a critical issue of Direct Methanol Fuel Cell technology. The
experimental investigations found in the literature show that degradation has both …

Performance degradation is one of the key issues hindering direct methanol fuel cell
commercialization, caused by different mechanisms interplaying locally and resulting in both …

Degradation and mass transport phenomena management are two of the main issues
hindering direct methanol fuel cell commercialization. Water and methanol crossover …

The performance of PtRu on three differently modified few-walled carbon nanotube
(FWCNT) supports for ethanol electro-oxidation is evaluated in alkaline media both with …

An adaptive control strategy is developed for active degradation compensation of fuel cells,
so as to improve output performance stability during long-time operation. Two groups of long …

This work illustrates the application to direct methanol fuel cell technology of an innovative
reference electrode setup with a through-plate configuration, which enables localised …

Performance decay of direct methanol fuel cells hinders technology competitiveness. The
cathode electrochemical surface area loss is known to be a major reason for performance …

Degradation is one of the most critical issues that hinder the commercialization of fuel cells.
The experimental investigations of direct methanol fuel cell degradation are complicated by …

An adaptive control strategy for fuel cell stabilization is proposed to alleviate the coupling
effects of power output variation and performance degradation in the whole service life. An …