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| Name of invention | Country | Tech sector | Faculties or Schools | Available for License | Patent Number | Patent Status | Filing Date | Inventor |
|---|---|---|---|---|---|---|---|---|
| 耐高温复合电介质薄膜及其制备方法和薄膜电容器和应用 | China | Material Tech; Manufacturing Tech | Department of Applied Physics | 202211311328.6 | 2022/10/25 |
HUANG, Hai Tao; LUO, Suibin |
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| 一种三维超声成像方法及装置 | China | Health Tech; Manufacturing Tech | Department of Electrical and Electronic Engineering; Department of Applied Physics | 201710659911.9 | 2017/08/04 |
CHEN, Yan; Wong, Chi-Man;Lyu, Yongxin;Chan, Cheuk Ho;Chan, Siu Fan; DAI, Jiyan |
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| 用于超声探头的压电块体和超声阵列探头及其制备方法 | China | Health Tech; Material Tech; Manufacturing Tech | Department of Applied Physics | 201710744624.8 | 2017/08/25 |
CHEN, Yan; Wong, Chi-Man;DAI, Jiyan |
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| 一种光开关及光交叉互连器件 | China | Material Tech; Material Tech; Manufacturing Tech | Department of Applied Physics | 201721204407.1 | 2017/09/20 |
ZHANG, Xuming; LI, Tenghao;CHEN, Qingming |
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| 一种基于液晶电光波导的光学交叉互连器件 | China | Material Tech; ICT; Manufacturing Tech | Department of Applied Physics | 201710855251.1 | 2017/09/20 |
ZHANG, Xuming; LI, Tenghao;CHEN, Qingming |
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| 一种基于介电电泳/电浸润效应的微流芯片 | China | Bio Tech / Pharmaceutical; Health Tech; Material Tech | Department of Applied Physics | 201910479720.3 | 2019/06/04 |
ZHANG, Xuming; TSOI, Chi Chung |
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| 深紫外微腔激光器及其制备方法 | China | Material Tech; Manufacturing Tech; Material Tech | Department of Applied Physics | 201910827798.X | 2019/09/03 |
WANG, Ting; YU, Siu Fung |
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| 深紫外微腔激光器 | China | Material Tech; Manufacturing Tech; Material Tech | Department of Applied Physics | 201911024539.X | 2019/10/25 |
WANG, Ting; YU, Siu Fung |
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| 上转换激发单元及其激光器 | China | Material Tech; Manufacturing Tech; Material Tech | Department of Applied Physics | 2020104079075 | 2020/05/14 |
WANG, Ting; YU, Siu Fung |
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| 一種天綫及手機 | China | Smart Hardware; Manufacturing Tech; Material Tech | Department of Applied Physics | 201420159248.8 | 2014/04/03 |
WANG, Yu; HE, Lianxing; YONG, Zehui |
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| 基于三维超声成像的二维阵列超声换能器及其制备方法 | China | Health Tech; Manufacturing Tech; Material Tech | Department of Applied Physics | 201410617359.3 | 2014/11/05 |
DAI, Jiyan; FANG, Huanjing; WONG, Chi Ming; CHEN, Yan |
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| 一種外腔激光器 (Co-owned with Huawei) | China | Material Tech; Manufacturing Tech; Material Tech | Department of Applied Physics | 201180004614.1 | 2012/05/29 |
GAO, Lei; CHEN, Bo; ZHANG, Guangyong; ZHANG, Xuming |
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| AN IMPROVED METHOD FOR PREPARING AQUEOUS MNO2 INK AND CAPACITIVE ENERGY STORAGE DEVICES COMPRISING MNO2 | United States of America | Energy Tech; Green Tech; Material Tech | Department of Applied Physics | 15/449,715 | 2017/03/03 |
QIAN , Jiasheng; YUAN Jikang;LAU, Shu Ping |
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| A SYNTHESIS METHOD FOR CATHODE MATERIAL IN LITHIUM-SULFUR BATTERY | United States of America | Energy Tech; Material Tech; Material Tech | Department of Applied Physics | 15/070,058 | 2016/03/15 |
FEI Linfeng; WANG, Yu |
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| HETEROGENEOUS MICROARRAY BASED HYBRID UPCONVERSION NANOPROBE/NANOPOROUS MEMBRANE SYSTEM | United States of America | Bio Tech / Pharmaceutical; Health Tech; Material Tech | Department of Applied Physics; Department of Biomedical Engineering | 15/442,850 | 2017/02/27 |
HAO, Jianhua; YANG, Mo; Tsang, Ming-Kiu Bobi ; YE, Weiwei |
