.png){kind=icon}
CHE, Chi Ming (Chi-Ming Che)
H指数:142
被引数:8.8万
个人简介
暂无内容
教育背景
1982.12
The University of Hong Kong Ph.D.
工作经历
暂无内容
荣誉奖项
- The Silver Bauhinia Star of the HKSAR（2021）｜HKSAR
- The Luigi Sacconi Medal（2020）
- The First Class Award of 2019 Shenzhen Science and Technology（2019）｜Shenzhen Science and Technology
- The Nankai Centenary Lecture at Nankai University（2019）｜Nankai University
- The Peiyang Lecture at Tianjin University（2018）｜Tianjin University
- The Ryoji Noyori ACES Award（2016）
- The Huang Yao-Zeng Organometallic Chemistry Award of the Chinese Chemical Society – Lifetime Achievement Award（2016）｜Chinese Chemical Society
- The Centenary Prize of the Royal Society of Chemistry（2013）｜Royal Society of Chemistry
- The Davison Lectureship at Massachusetts Institute of Technology（2013）｜Massachusetts Institute of Technology
- HKU Science Distinguished Alumni（2009）｜HKU Science
- Edward Clark Lee Lectureship at University of Chicago（2008）｜University of Chicago
- Fellow of the Academy of Science for the Developing World TWAS in Chemical Sciences（2007）｜Academy of Science for the Developing World TWAS
- Leader of the Year 2007 Prize, Hong Kong SAR（2007）｜Hong Kong SAR
- Seaborg Lectureship at the University of California at Berkeley（2007）｜University of California at Berkeley
- The First-Class Prize of the State Natural Science Award of China（2006）｜State Natural Science Award of China
- TWAS Prize in Chemistry from the Academy of Sciences for the Developing World（2006）｜Academy of Sciences for the Developing World
- IUF Invited Professorship, France（2002）
- Member of Chinese Academy of Sciences（1995）｜Chinese Academy of Sciences
金属(n+1)p-nd轨道杂化和高激发态金属-配体π相互作用实现了高效率、长使用寿命的d<sup>10</sup>卡宾-金属-酰胺TADF OLEDs (Adv. Sci. 50/2026)
Advanced Science
IF14.1
金属(n+1)p-nd轨道杂化与激发态金属-配体π相互作用使d10卡宾-金属-酰胺TADF OLED具有高效率与长工作寿命
Advanced Science
IF14.1
笼状催化剂：内源金属簇的串联组装和温度调控对称性破缺用于相控制二氧化碳电还原
为什么我们仍然在使用顺铂？
非交替π共轭氮硼杂苯的简便合成：通过硼消除环化反应
高性能柔性近红外有机发光二极管，带有异质合金半透明电极
Advanced Materials
IF26.8
封面内页：拓扑对偶性：构建高核金属簇，释放活性位点，实现高效耐用的CO2电还原
稳定的双核铂(II)发射体，带有取代的2-羟基吡啶桥联配体，用于红光和近红外OLEDs，EQE最高达32%，LT95在1000 cd m⁻²下最高达26 250小时
贝壳钳状双核Pd(II)配合物的三重态发射体
拓扑对偶性：构建高核性金属簇，释放活性位点以实现高效且耐用的CO2电还原
Nature Communications
IF15.7
稳定的钳状金(III)-TADF发射体，具有扩展的供体-受体分离，用于高效真空沉积OLED器件，其在1000 cd m⁻²亮度下的工作寿命(LT95)高达3831小时
ADVANCED SCIENCE
IF14.1
铱卟啉催化不对称卡宾插入伯N-邻位C-H键，TON超过1000000
NATURE COMMUNICATIONS
IF15.7
调控烷氧基自由基实现位点及立体选择性的C-H键氧化 预览
CHEM
IF19.6
π-扩展型Heli(aminoborane)s，具有高度亮度的圆二色发光和窄带发射
钳型Pt(II)-NHC抗体药物偶联物用于HER-2靶向化疗免疫疗法
采用具有电压依赖性单体和聚集物发光的铂络合物制备的高效、长寿命、可调色杂化WOLEDs
ADVANCED SCIENCE
IF14.1
