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Welcome to Our Group Rare Earth & Noble Metal Nanomaterial Chemistry

Rare earth & noble metal nanocrystals are important catalytic materials of clean energy chemistries. How to construct model catalytic nanostructures through controllable synthetic chemistry is the key to the understanding of the molecular catalytic mechanisms so as to obtain high performance (i.e., high activity, high selectivity, and high durability) catalytic materials. Our research interests are focusing on the rational design, controllable synthesis, ordered assembly, catalytic properties and structure-function relationships of rare earth & noble metal nanostructures applied in new energies.

News & Events

Sept. 23th, 2022 Congratulations that Xiao-Chen Sun won the National Scholarship of 2022.

Aug. 9th, 2022 The group visited Dahua Company in Ganzhou, Jiangxi.

June 10th, 2022 Congratulations that Hai-Jing Yin and Ya-Li Zheng get their Ph.D degrees!

July 13th, 2021 Congratulations that Kun Yuan and Jun-Hao Zhou get their Ph.D degrees!

Recent Publications

Weakening the Metal−Support Interactions of M/CeO2 (M = Co, Fe, Ni) Using a NH3‑Treated CeO2 Support for an Enhanced Water−Gas Shift ReactionXiao-Chen Sun, Kun Yuan, Wang-De Hua, Zi-Rui Gao, Qian Zhang, Chen-Yue Yuan, Hai-Chao Liu*, and Ya-Wen Zhang*

Visible-Light Driven CO2 Reduction to CO by Co3O4 Supported on Tungsten OxideYa-Li Zheng, Liang Zhou, Xiao-Chen Sun, Qian Zhang, Hai-Jing Yin, Ping Du, Xiang-Fei Yang, and Ya-Wen Zhang*

Au3+ Species-Induced Interfacial Activation Enhances Metal−Support Interactions for Boosting Electrocatalytic CO2 Reduction to COXiao-Chen Sun, Kun Yuan, Jun-Hao Zhou, Chen-Yue Yuan, Hai-Chao Liu, and Ya-Wen Zhang*

Boosting the water gas shift reaction on Pt/CeO2-based nanocatalysts by compositional modification: Support doping versus bimetallic alloyingKun Yuan‡, Xiao-Chen Sun‡, Hai-Jing Yin, Liang Zhou, Hai-Chao Liu, Chun-Hua Yan, and Ya-Wen Zhang*