With the reaction temperature of 45℃, the conversion rate of NaBH_4 reaches 94.0% and the maximum hydrogen storage density of alkaline saturated NaBH_4 reaches 6.88 wt%.
在反应温度为45℃的条件下，NaBH_4的转化率为94.0％。 饱和碱性NaBH_4溶液体系在45℃时的最大贮氢密度为6.88wt％。
参考来源 - NaBH·2,447,543篇论文数据，部分数据来源于NoteExpress
Among the storage technologies of automotive fuel gases (hydrogen and nature gas), adsorption storage is a promising technology for the low density and fast desorption of adsorption storage materials.
在以氢和天然气为主的车用燃气的存储技术中，吸附存储材料以其密度小、吸脱气体速度快等优点使吸附存储成为一类极具发展潜力的存储技术。
Cluster; Hydrogen Storage; Density Functional Theory; Organic Solar Cell Material.
密度泛函；团簇；储氢；发光材料。
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