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H
Hongjie Dai
H指数:62
被引数:2.1万
个人简介
Professor Hongjie Dai has relocated to HKU as a Chair Professor in the Department of Chemistry with joint appointment in Materials Engineering and the School of Medicine. He is currently also the Jackson-Wood Professor of Chemistry, Emeritus at Stanford University. Professor Dai's group has been a leader in the area of nanoscience, nanotechnology and nanomedicine. His work is highly interdisciplinary, bridging chemistry, physics, materials and biomedical sciences. Over the years Professor Dai's lab pioneered carbon based nanosciences including (1) CVD synthesis of carbon nanotubes and the first graphene nanoribbons, (2) ballistic CNT based field-effect transistors, CNT nanoelectronic sensors, (3) CNT based drug delivery and photothermal therapy, (4) graphene nanosheets based nanomedicine. Professor Dai's group pioneered NIR-II/SWIR (Near-infrared-II/short wave infrared) biological imaging in 2009. In the renewable energy area, Professor Dai's group devised 'strongly coupled carbon-inorganic hybrid materials' by growing electrocatalyst and battery material on CNTs and graphene in solution phase, leading to advanced electrochemical properties for water splitting, O2 and H2 reduction and batteries. Professor Dai's group invented rechargeable Al battery, and Li/Cl2 and Na/Cl2 batteries.
教育背景
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工作经历
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荣誉奖项
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一种用于手术导航的超惰性近红外荧光轮烷染料
Nature Photonics
IF32.9
近红外I/II荧光碳点：调控合成与光学性质用于生物医学应用
用于可充电Na/Cl2电池的碳纳米管
Baghdasaryan, A.; Dai, H. 分子金纳米簇在先进NIR-II生物成像和治疗中的应用。Chem. Rev. 2025, 125, 5195–5227. [Google Scholar] [CrossRef]
Chemical Reviews
IF55.8
NATURE PHOTONICS
IF32.9
生物和医学的体内nir-ii荧光成像
NATURE PHOTONICS
IF32.9
可充电Li/Cl2电池-80 °C
ADVANCED MATERIALS
IF26.8
可充电Na/Cl2电池的脱落
短波红外发光探针用于体内追踪癌症疫苗和引起的免疫反应
具有石墨正极的高容量可充电Li/Cl2电池
一种不可燃高压4.7伏无阳极锂电池
ADVANCED MATERIALS
IF26.8
通过Ag plus掺入高容量水性锌离子电池的 α-MnO2阴极的结构工程
NATURE COMMUNICATIONS
IF15.7
