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Many substances can react with hydrogen under certain conditions, and the products are generally called hydrides. The binary hydrides can be classified into ionic hydrides, covalent hydrides and stable complex hydrides (Berube et al., 2007). The metal hydrides (MH), which feature metallic bonding between hydrogen and host material, belong to the second category and are investigated here. Since the successful development of LaNi5 and TiFe as hydrogen storage materials in 1970s, studies on the metal hydrides have attracted many attentions. According to (Sandrock & Bowman, 2003), two properties among all have been found crucial in MH applications: 1. The easily reversed gas-solid chemical reaction, which is expressed as follows,

Simulation Studies on the Coupling Process of Heat/Mass Transfer in a Metal Hydride Reactor