以机械球磨法制备具有可逆吸放氢性能的NaAlH4-Tm2O3储氢材料体系.利用相同制备方法进一步研究两种不同孔道材料(大孔Al2O3与介孔SiO2)对NaAlH4-Tm2O3体系储氢性能的影响,测试样品的循环吸放氢性能,并对样品吸放氢前后的结构进行表征.结果表明:大孔Al2O3材料的添加并不能明显改善NaAlH4-Tm2O3体系的放氢速率和放氢量,而介孔SiO2的加入使NaAlH4-Tm2O3体系在150℃条件下5h内的首次放氢量(质量分数)达到4.61％,高于NaAlH4-Tm2O3体系的4.27％,增加了约8.0％.此外,添加介孔SiO2的NaAlH4-Tm2O3体系放氢速率也有所提高.
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