Polymeric materials find applications in almost all types of fuel cells (FCs). For example,
microstructural optimization of materials by poly (methyl methacrylate) microspheres in solid …

Nafion® 211 is the membrane of reference for many fuel cell users, but the literature on its
properties is sparse. Unlike previous embodiments of Nafion® membranes, which are …

Recent advances in oxygen reduction reaction catalysis for proton exchange membrane fuel
cells (PEMFCs) include i) the use of electrochemical dealloying to produce high surface …

The use of ordered catalyst layers, based on micro-/nanostructured arrays such as the
ordered Nafion array, has demonstrated great potential in reducing catalyst loading and …

Recently, the third-generation-ordered membrane electrode assembly (MEA) is widely
researched, because it can simultaneously provide abundant and continuous ordered …

Nafion-silicon oxide (SiO2)-phosphotungstic acid (PWA) composite membrane has been
synthesized to improve Nafion based proton exchange membrane fuel cell (PEMFC) …

In order to probe the effects of polymer microstructure on the properties of proton conducting
polymer membranes, three series of fluorous− ionic graft copolymers, partially sulfonated …

Emulsion polymerization and post sulfonation methods are used to prepare polystyrene
nanoparticles with a uniform size and particle size distribution, and sulfonated poly …

The incorporation of inorganic compounds into the polymeric Nafion matrix represents a
possible solution to improve the mechanical characteristics of the polymeric membranes …

This work deals with the synthesis of SiO2@ TiO2 supported palygorskite fibers and their
use as a filler for proton exchange membrane fuel cells in order to improve their …