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Electrochemical Hydrogen Storage into LaNi_5 Using a Fullerene-Based Proton Conductor

机译:使用基于富勒烯的质子导体将电化学氢存储到LaNi_5中

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摘要

Hydrogen was electrochemically compressed using the membrane electrode assembly (MEA) film of hydrogensulfated fullerenol (C_(60)(OSO_3H)_n(OH)_n). The material works as proton conductor without further humidification at ambient temperature. Hydrogen was compressed up to 1 MPa using one MEA. The amount of compressed hydrogen and the potential to compress hydrogen follow the Faraday's law and Nernst equation. We confirmed the storage of the electrochemically compressed hydrogen in an AB_5-type alloy.
机译:使用硫酸化富勒烯醇(C_(60)(OSO_3H)_n(OH)_n)的膜电极组件(MEA)膜对氢气进行电化学压缩。该材料用作质子导体,在环境温度下无需进一步加湿。使用一种MEA将氢气压缩至1 MPa。压缩氢的量和压缩氢的潜力遵循法拉第定律和能斯特方程。我们确认了电化学压缩氢在AB_5型合金中的存储。

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