钌
化学
催化作用
键裂
氧化裂解
劈理(地质)
价(化学)
有机化学
药物化学
断裂(地质)
工程类
岩土工程
作者
Yuguang Wang,Hengliang Liu,Donglin Cai,Jinqiu Zhou,Mengjing Wu,Huifang Zheng,Xie De-ming
摘要
High‐performance and recyclable high valence oxides of ruthenium catalyst had been released safely from commercially available ruthenium carbon catalyst in situ. They could selectively oxidize C=C bonds to corresponding aldehydes or ketones in 78%–99% yields and C ≡ C bonds to α‐diketones in 93%–99% yields. The cheap availability, recyclability, safety, and low toxicity of ruthenium carbon might endow the catalyst with great potential in industrial scale unsaturated bond oxidation cleavage applications.
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