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C
Chao Wang
H指数:83
被引数:3.1万
个人简介
Chao Wang is a professor of chemical and biomolecular engineering and the director of the Nano Energy Laboratory. He is also the director of the department’s master’s admissions. His research interests are primarily in carbon dioxide capture and conversion, electrochemical energy conversion and storage, and heterogeneous catalysis for green chemical engineering. Wang believes the foreground of sustainability should be built on efficient and environment-friendly schemes of energy conversion and storage as well as chemical transformations. His group targets such schemes by synthesis, characterization, and functionalization of new nanomaterials with finely tailored atomic structures for catalytic activity, selectivity and stability improvements, and design and engineer electro- and thermo-chemical processes and systems at high energy efficiencies and reduced carbon footprints. He received his bachelor’s from the University of Science and Technology of China in 2004 and doctorate from Brown University in 2009. He was a postdoctoral fellow at Argonne National Laboratory before joining Johns Hopkins in 2012 as an assistant professor.
教育背景
2004.12
University of Science and Technology of China bachelor’s
2009.12
Brown University doctorate
工作经历
2012.01 – 至今
Johns Hopkins
assistant professor
荣誉奖项
暂无内容
通过协同分子工程和交联拓扑结构实现全有机介电材料的高温能量存储
甲烷热解使高价值碳纤维的生产成为可能
Nature Sustainability
IF27.1
通过基于磺酸铵的钝化分子进行界面缺陷钝化和载流子动力学管理来增强钙钛矿光伏器件性能
时间依赖性生物炭气化率的更新机制：对灰分诱导效应的见解
鞣酸接枝的MoS2的光热性能的双金属协同增强
Optical Materials
IF4.2
混合离子-电子导电电极用于长期电生理监测和手语识别
聚苯胺-微胶囊化聚磷酸铵及其在涂层中的阻燃性能
多活性位点抗衰老剂，可触发微平整效应，用于高效稳定的钙钛矿太阳能电池
通过原位原子模型和实验动力学，对自支撑五硅沸石中原子级Ru簇氮气活化的机理洞察
Journal of Catalysis
IF6.5
Mn基和Co基完全海斯勒合金的研究进展
Solid State Sciences
IF3.3
通过引入改性六方氮化硼和纳米氧化铜协同增强环氧树脂涂层的抗结垢性能
通过一步热解深共熔溶剂构筑Co9S8/MoS2异质结构以增强锂离子存储
使用Fe3S4在Cd(II)/Cr(VI)二元体系中高效去除水溶液中Cd(II)时Cr(VI)的作用
自生长CP支撑的MoS2纳米花中Co-K共掺杂的电化学性质
将机制砂微粉回收再利用，制备具有高流动性的水泥尾矿浆料
用于多功能个人热管理的仿生结构和相变材料
FUEL
IF7.5
用于长期电生理监测和情绪识别的自粘表皮生物电极
电催化：从平面表面到纳米结构界面
CHEMICAL REVIEWS
IF55.8
