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从中国科学院大连化学物理研究所获悉,该所研究员李兴伟带领团队,历经三年多努力,通过对底物和反应条件进行设计,在氧化条件以及非氧化-还原条件下利用三价铑催化剂,实现了一系列碳氢键活化的新方法,先后在《德国应用化学》发表五篇研究论文,受到国内外同行的广泛关注。三价铑催化剂具有独特的立体和配位性质,被广泛应用于碳氢键的活化研究,而碳氢键的活化主要由金属催化来实现。其成果主要应用于“药物合成”和“能源”两大重要领域。
Learned from Dalian Institute of Chemical Physics, Chinese Academy of Sciences, the researcher led by Li Xingwei led the team after more than three years of hard work to design the substrate and reaction conditions to utilize the rhodium catalyst in the oxidation and non-oxidation-reduction conditions A series of new methods of carbon-hydrogen bond activation have published five research papers successively in “German Applied Chemistry” and have drawn wide attention from domestic and foreign counterparts. Trivalent rhodium catalysts have unique stereospecific and coordination properties and are widely used in the activation of carbon-hydrogen bonds. The activation of carbon-hydrogen bonds is mainly catalyzed by metal. The results are mainly used in two major fields of “drug synthesis” and “energy”.