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Amide-hydride composite materials, such as LiNH2–LiH and Mg(NH2)2–2LiHcomposites, are promising candidates for hydrogen storage due to the high hydrogen storage capacity and moderate hydrogen storage enthalpies and entropies. However, the hydrogen absorption/desorption kinetics of the amide-based system is too sluggish, and emission of ammonia (NH3) during dehydrogenation also fatally deteriorates...
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