article Open AccessTop 1% cited

Coupling N2 and CO2 in H2O to synthesize urea under ambient conditions

Nature Chemistry · 2020 · Vol. 12(8) · pp. 717–724

Chen Chen✉(Hunan University)Xiaorong Zhu(Nanjing Normal University)Xiaojian Wen(Xiamen University)Yangyang Zhou(Hunan University)Ling Zhou(Hunan University)Hao Li(Hunan University)Tao Li(Hunan University)Qiling Li(Hunan University)Shiqian Du(Hunan University)Tingting Liu(Hunan University)Dafeng Yan(Hunan University)Chao Xie(Hunan University)Yuqin Zou(Hunan University)Yanyong Wang(Hunan University)Ru Chen(Hunan University)Jia Huo(Hunan University)Yafei Li(Nanjing Normal University)Jun Cheng(Xiamen University)Hui Su(University of Science and Technology of China)Xu Zhao(University of Science and Technology of China)Weiren Cheng(University of Science and Technology of China)Qinghua Liu(University of Science and Technology of China)Hongzhen Lin(Chinese Academy of Sciences)Jun Luo(Tianjin University of Technology)Jun Chen(University of Wollongong)Mingdong Dong(Aarhus University)Kai Cheng(Chinese Academy of Sciences)Conggang Li(Chinese Academy of Sciences)Shuangyin Wang(Hunan University)

Ammonia Synthesis and Nitrogen Reduction Hydrogen Storage and Materials CO2 Reduction Techniques and CatalystsChemistryUreaElectrocatalystFourier transform infrared spectroscopyNitrogenPopulationInorganic chemistryElectrochemistryCoupling (piping)Electrode

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