Platinum-based nanomaterials are the most commonly adopted electrocatalysts for both
anode and cathode reactions in polymer electrolyte membrane fuel cells (PEMFCs) fed with …

Developing a reliable strategy for the modulation of the texture, composition, and electronic
structure of electrocatalyst surfaces is crucial for electrocatalytic performance, yet still …

Reviewed herein are recent advances in the synthesis and performance of Pt–Ru
electrocatalysts, including core–shell-like, for anodes in direct methanol fuel cells (DMFC) …

The CO electrooxidation is long considered invincible in the proton exchange membrane
fuel cell (PEMFC), where even a trace level of CO in H2 seriously poisons the anode …

Both the CO poisoning problem on the anode and the slow oxygen reduction reaction
kinetics on the cathode lead to significantly decreased output power and energy utilization …

A randomly mixed monodispersed nanosized Pt–Ru catalyst, an ultimate catalyst for CO
oxidation reaction, was prepared by the rapid quenching method. The mechanism of CO …

Abstract Carbon-supported (Vulcan XC-72) Pd, Rh, and Pd x Rh y (20 wt%, x: y= 1: 1, 3: 1, 1:
3) electrocatalysts are prepared according a modified pulse-microwave assisted polyol …

Two relatively simple synthetic procedures were developed for the synthesis of Pt–H x MoO
3 composites. The obtained materials may be of interest as CO-tolerant catalysts for …

Abstract Evaluation of performance of a proton exchange membrane fuel cell, which is
affected by carbon monoxide that pollutes the hydrogen stream, was presented. This …

A high methanol electro-oxidation (MOR) and carbon monoxide (CO) tolerance satisfied the
electrochemical requirements of direct methanol fuel cells (DMFCs). The study investigated …