Improving the Hydrogen Reaction Kinetics of Complex Hydrides

Jun Yang; Shinichi Hirano

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Improving the Hydrogen Reaction Kinetics of Complex Hydrides

机译：改善复杂氢化物的氢反应动力学

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Alanates, borohydrides, and amides are complex hydrides with high concentration hydrogen that have been actively investigated for materials-based hydrogen storage on-board polymer electrolyte membrane fuel cell (PEMFC) vehicle applications. The major challenge is to release hydrogen at fuel cell working temperature range at fast enough rate without simultaneous des-orption of fuel cell poisoning impurities. We review recent progress in hydrogen reaction mechanism and schemes for complex hydride hydrogen storage.

机译：丙酸酯，硼氢化物和酰胺是具有高浓度氢的复杂氢化物，已针对基于材料的氢存储车载聚合物电解质膜燃料电池（PEMFC）车辆应用进行了积极研究。主要的挑战是在燃料电池工作温度范围内以足够快的速率释放氢而不会同时吸收燃料电池中毒杂质。我们回顾了氢反应机理和复杂氢化物储氢方案的最新进展。

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《Advanced Materials》 |2009年第29期|3023-3028|共6页
作者
Jun Yang; Shinichi Hirano;
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Ford Motor Company Research and Advanced Engineering 2101 Village Road Dearborn, Ml 48124 (USA);

Ford Motor Company Research and Advanced Engineering 2101 Village Road Dearborn, Ml 48124 (USA);

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Improving the Hydrogen Reaction Kinetics of Complex Hydrides

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