Mitigating nitrogen oxide (NO x) emissions is critical to tackle global warming and improve
air quality. Conventional NO x abatement technologies for emission control suffer from a low …

Performing carbon monoxide reduction in membrane electrode assembly configuration
(MEA) is critical to achieving a high reaction rate while reducing cell resistance. Most studies …

Sluggish kinetics and catalyst instability in oxygen reduction reaction are the central issues
in fuel cell and metal-air battery technologies. For that, highly active, stable, and low-cost …

Direct methanol fuel cells (DMFCs) are promising for use in portable devices because of
advantages such as high fuel energy density, low working temperature and low emission of …

Energy security and clean energy are of increasing importance given the current scenario.
Hence fuel cells and metal-air batteries are gaining significant attention in recent times …

To overcome the shortcomings of high cost and rare sources of precious metal based
catalysts, the catalytic characteristics of reduced graphene oxide (rGO) supported (N, F)-co …

The electrodeposition of platinum-based catalysts (PtPd, PtRu, and PtSn) using the pulse
current deposition technique was carried out on titanium substrate to prepare electrodes of …

Abstract Pt/TiO 2 nanofibers (Pt/T-NFs) composite catalysts are prepared through the
combination of an electrospinning technique with a reductive impregnation method …

This study examines the electrochemical reforming of methanol for hydrogen production
using novel DSA type anodes (modified with TiO 2) with low metal loadings. Mass …

Abstract Pt–TiO 2/C and Pt–CeO 2/C electrocatalysts were synthesized by solid state
reaction of TiO 2/C and CeO 2/C powders using intermittent microwave heating, followed by …