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This article reviews recent studies on proton exchange membrane (PEM) materials for polymer electrolyte fuel cells.
Recent advances in multistructured nanocatalysts and support materials for polymer electrolyte membrane fuel cells (PEMFCs) are reviewed.
These exceptional properties make CNTs potential reinforcement materials for polymer matrices to produce high-performance polymer nanocomposites and, in particular, conductive polymer composites (CPCs).
In this study, coir fibres were studied for use as reinforcement materials for polymer and cementitious composites.
The HOMO energy levels of the polymers determined from CV are lower than −5.1 eV, so these polymers are promising donor materials for polymer solar cells (PSCs).
Development of new materials for polymer electrolyte membranes has allowed increasing the operational temperature of PEM fuel cell stacks above 120 °C.
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Lignin was chemically modified with hydrogenolysis as a starting material for polymer and chemical synthesis or as an antioxidant.
The advent of natural fibre as reinforcement material for polymer composites has gained much attention in recent years.
Cellulose is the most abundant polymer available worldwide and its unique properties such as biocompatibility, mechanical strength, specific microfibrillar morphology, and chemical structure make it as a promising and potentially the most important substituted natural candidate material for polymer industry.
This study provides an overall review of the fabrication, characterization and application of the porous metal materials (PMMs) for polymer electrolyte membrane fuel cell (PEMFC) applications.
The results obtained in this work advance the understanding of polymer stability and will help improve the design of materials used for polymer solar cells resulting in longer lifetimes, which will push the technology closer to large-scale applications.
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