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H
Hang Wong
H指数:53
被引数:8,801
个人简介
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教育背景
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工作经历
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荣誉奖项
- IEEE Fellow（2024）｜IEEE AP-S
- Best Paper Award（2023）｜The 18th Chinese National Symposium on Radio Propagation
- Top 2% Most-Cited Scientist（2023）｜The Stanford Top 2% of the World’s Most Cited Scientist
- The President’s Award（2022）｜City University of Hong Kong
- Top 2% Most-Cited Scientist（2022）｜The Stanford Top 2% of the World’s Most Cited Scientist
- Top 2% Most-Cited Scientist（2021）｜The Stanford Top 2% of the World’s Most Cited Scientist
- Best Paper Award（2020）｜2020 Cross-Strait Radio Science and Wireless Technology Conference
- Outstanding Reviewer Award（2019）｜IEEE Transactions on Antennas and Propagation
- Outstanding Product Design Award（2019）｜China Hi-Tech Fair
- Outstanding Product Design Award（2018）｜China Hi-Tech Fair
- Best Paper Award（2017）｜Les Journées Nationales Microondes - JNM2017
- Discovery and Innovation Gala Award（2017）｜CSE, City University of Hong Kong
- 2016 Young Scientist Award（2016）｜Shenzhen Science and Technology Bureau
- 2016 Best Associate Editor（2016）｜IEEE Antennas and Wireless Propagation Letters
- Young Scientist Award（2015）｜IEEE TENCON conference
- Outstanding Product Design Award（2014）｜China Hi-Tech Fair
- State Technological Invention Award 國家科學技術發明獎 (second-class honour)（2011）｜The Ministry of Science and Technology of the P.R. China
- Young Scientist Award（2011）｜International Symposium on Antennas and Propagation
- Best Paper Award（2008）｜International Symposium on Antennas and Propagation
- Microwave Student Prize（2006）｜Asia Pacific Microwave Conference
- Best Paper Award（2002）｜IEEE Hong Kong Section
- Outstanding Thesis Awards（2002）｜City University of Hong Kong
超宽带多模2-D偶极子天线用于大规模物联网
双通道复用圆极化折叠透射阵列用于产生贝塞尔轨道角动量涡旋波束
基于紧约束谷表面态的透明拓扑超二工器
Advanced Science
IF14.1
双指令波束双频段透镜天线，结合平行板伦伯透镜和梯度折射率透镜
基于像素的具有6位可重构性的FAS，在发射机和接收机两端部署以实现干扰抑制
一种具有泄漏波和驻波的介电天线，用于集成传感与通信
基于正交双功能磁偶极子的高增益圆极化天线
客座编辑：关于6G及未来太赫兹天线的专题合集：创新设计、制造与先进应用
微透镜与金属镜在太赫兹高空间-光谱分辨率、大视场超光谱成像中的等效性
相变材料驱动的可调谐超表面，用于6G感知网络中的自适应太赫兹传感与通信
基于逆散射的近场驱动6G网络中传感、识别和后向散射通信的集成
IEEE Network
IF6.3
宽带毫米波全金属双模轨道角动量收发反射阵列天线
基于梯度折射率超材料的紧凑型宽带毫米波折皱透镜天线设计（具有高孔径效率）
MATERIALS & DESIGN
IF7.9
