Novel mesoporous carbon ceramics composites as electrodes for direct methanol fuel cell

Gallo, Jean Marcel R.; Gatti, Giorgio; Graizzaro, Alessandro; Marchese, Leonardo; Pastore, Heloise O.

doi:10.1016/j.jpowsour.2011.05.008

Cited by 11 publications

(2 citation statements)

References 34 publications

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“…Moreover, the ECSA loss after an accelerated stress testing for Pt/ SiO 2 /C catalyst was 40 % vs. 60 % for Pt/C. The use of mixed silica-carbon composites as fuel cell catalyst support, combining the conductivity of carbon and corrosion resistance of silica, was also reported: [135][136][137] to obtain silica-carbon composites with high surface area, they were synthesized in a mesoporous form. Tang et al [135] synthesized mesoporous carbon and silica-carbon using a hydrogen-bonding-assisted self-assembly route.…”

Section: Carbon-silica (Cà Sio 2 ) Composite Materialsmentioning

confidence: 99%

“…The use of mixed silica‐carbon composites as fuel cell catalyst support, combining the conductivity of carbon and corrosion resistance of silica, was also reported: [135–137] to obtain silica‐carbon composites with high surface area, they were synthesized in a mesoporous form. Tang et al [135] .…”

Section: Sio2 and Sic Alone And In Carbon/metal Oxide/polymer Composi...mentioning

confidence: 99%

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The use of silicon in the membrane electrode assembly of fuel cells

Antolini

2024

ChemCatChem

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Silicon, silicon‐based and Si‐containing materials are widely used and play different roles in fuel cells. These materials have been used overall in polymer electrolyte membrane fuel cells, but also in solid oxide fuel cells and phosphoric acid fuel cells. The most used Si compounds in fuel cells are SiO2 and SiC. In this work an overview of the use of Si‐based and Si‐containing materials in the membrane electrode assembly of fuel cells is presented.

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