Uptake of gaseous hydrogen by a chromium–molybdenum steel: Metals Technology: Vol 2, No 1

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Abstract

The rate of uptake of gaseous hydrogen by a chromium-molybdenum steel has been investigated between 50° and 400°C. The rate-controlling mechanisms have been deducedfrom consideration of the activation energy of the process and the implications regarding the storage of hydrogen in steel cylinders are discussed

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Uptake of gaseous hydrogen by a chromium–molybdenum steel

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Uptake of gaseous hydrogen by a chromium–molybdenum steel

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