催化作用
雷尼镍业
材料科学
合金
纳米技术
多孔性
化学工程
多相催化
协同催化
冶金
对偶(语法数字)
氢
催化剂载体
作者
Shuangxin Dou,Zhehui Zhang,De Gao,Dongdong Zhang,Guorui Qiang,Zhuohua Sun
标识
DOI:10.1002/adma.202521850
摘要
Raney Ni, a porous Ni catalyst derived from alkali-leached Ni-Al alloy, has anchored itself in the field of catalysis for a century since its 1924 invention by Raney. Its dual merits-high activity and in situ hydrogen storage-enable applications in various fields. This review condenses its evolution: from alloy design to functional tailoring via doping/milling, emphasizing structure-activity correlations and sustainable chemistry impacts. Despite its long-standing utility, comprehensive reviews on Raney Ni's century-long evolution have been scarce. This review systematically summarizes its development-from discovery and preparation refinement to performance modification and application expansion-highlighting its enduring role in catalysis and providing insights for future sustainable material research.
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