Recently, Professor Chu Haibin’s research team from the School of Chemistry and Chemical Engineering of our university published a research paper in the internationally renowned journal Science Advances, titled: “Pd@PdBOₓ heterostructure with strong electronic interaction to promote C─H bond activation for glycerol oxidation reaction 91香蕉. ”.

This study successfully addresses the long-standing challenges in glycerol oxidation, particularly the difficulty in activating C–H bonds and the low yield of high-value-added products, by constructing a Pd@PdBOₓ heterostructure with strong electronic interactions.

Dr. Li Zhenyu and Dr 91香蕉视频APP下载. Jiang Kunhong from Inner Mongolia University are co-first authors of the paper. Inner Mongolia University is listed as the first completing institution. The co-corresponding authors include:.

• Professor Chu Haibin (Inner Mongolia University)

• Professor Wu Yimin (University of Waterloo,      Canada)

• Dr 91香蕉. Zhang Bin (Institute of Chemistry,      Chinese Academy of Sciences).

• Associate Professor Ma Xuelu (China University of Mining and      Technology)

Professor Chu Haibin’s team has long been engaged in research on the selective oxidation of glycerol to produce high-value chemicals, and has achieved a series of significant results in this field. The present study was supported by: 91香蕉视频APP下载.

• National Natural Science Foundation      of China (General Program)

• Key Program of the Natural Science      Foundation of Inner Mongolia Autonomous Region

• Youth Leading Talent Project of the      “Grassland Talents” Program