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Review examines hydrogen embrittlement and ductility loss in stainless steels, highlighting challenges in designing reliable compressed hydrogen fuel cell storage systems.
Fuel cell vehicles running on hydrogen are seen as the long term solution to enable sustainable mobility. Compressed hydrogen gas storage systems are a promising route for storing hydrogen on board of vehicles, provided that a reliable and cheap material capable of withstanding hydrogen embrittlement is found. In this paper, the physicochemical behaviour of stainless steel in the presence of hydrogen with special focus on a ductility minimum near room temperature is reviewed.
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Borchers et al. (2008) studied this question.
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