Proton exchange membrane fuel cells (PEMFCs) are an auspicious energy conversion
technology with the potential to address rising energy demands while reducing greenhouse …

To optimize the imbalance between the interfacial bonding and porosity properties of carbon
paper (CP) caused by phenol formaldehyde resin (PF) impregnation, and therefore improve …

Carbon paper as a macroporous substrate of gas diffusion layer in proton exchange
membrane fuel cells directly impacts the output performance of cells. In this study, we …

The performance of an open cathode fuel cell was investigated as a function of the type of
gas diffusion layer used in its membrane electrode assemble (MEA) preparation. In this …

The gas diffusion layer (GDL) is one of the most important parts of a proton exchange
membrane fuel cell, that plays a key role transporting the current to the collector plates …

Carbon papers (CPs) are used as an electrode backing in PEMFC. It assists the diffusion of
both the reactant gases and products toward and from the reaction site and aids the flow of …

Carbon fibers are a well-known engineering material because of their high conductivity and
favorable strength-to-weight ratio. In this chapter, the development of carbon paper in the …

Carbon fiber paper (CFP) has been widely investigated as a gas diffusion layer for high-
performance fuel cells, while the paper formation, one of the most important properties of …

In this study, wet-laying process, mostly used in pulp and paper industry, was employed for
the fabrication of composite gas diffusion layers (GDLs) for polymer electrolyte membrane …

为了提高短切碳纤维在水中的分散性及碳纤维与后期浸渍树脂的相容性, 对碳纤维进行了两亲
表面处理: 首先通过氧化处理使其获得亲水性官能团—OH 及—COOH, 在此基础上进一步接枝 …