Abstract
A 2-D mathematical description of a metal hydride hydrogen storage vessel was developed. This 2-D model was calibrated against experimental discharge data obtained from a commercially viable system containing Lm1.06Ni4.96Al0.04 metal hydride. The model was capable of predicting the performance of the vessel for both the discharge and charge processes over a wide range of conditions. This model should thus be very useful for the design and development of the next generation of metal hydride hydrogen storage systems.
Published Version
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