催化作用
化学
分解
介孔材料
氨
氢氧化物
无机化学
钌
化学工程
有机化学
工程类
作者
Tadahiro Fujitani,Isao Nakamura,Yasuyuki Hashiguchi,Susumu Kanazawa,Atsushi Takahashi
标识
DOI:10.1246/bcsj.20200103
摘要
Ammonia decomposition on Ru/MgO was strongly affected by the pore structure of the MgO support. We found that highly active Ru/MgO catalysts were successfully prepared by using Ru hydroxide and hydromagnesite as catalyst precursors. The mesopores of MgO of about 3–5 nm and highly dispersed Ru species improved the catalytic performance. Ammonia decomposition on Ru/MgO was strongly affected by the pore structure of the MgO support. We found that highly active Ru/MgO catalysts were successfully prepared by using Ru hydroxide and hydromagnesite as catalyst precursors. The mesopores of MgO of about 3–5 nm and highly dispersed Ru species improved the catalytic performance.
科研通智能强力驱动
Strongly Powered by AbleSci AI