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[IEEE 2010 5th IEEE International Conference on Nano/Micro Engineered and Molecular Systems (NEMS 2010) - Xiamen (2010.01.20-2010.01.23)] 2010 IEEE 5th International Conference on Nano/Micro Engineered and Molecular Systems - Gate structure optimization of carbon nanotube transistor based infrared detector

Type: Journal Paper

Author : Hongzhi Chen,; Ning Xi,; Lai, King W C; Fung, Carmen Kar Man; Ruiguo Yang,

Year: 2010

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Improving the detectability of CNT based infrared sensors using multi-gate field effect transistor

Type: Conference Paper

Author : Hongzhi Chen; Ning Xi; King W. C. Lai; Carmen K. M. Fung; Ruiguo Yang

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Compressive Feedback-Based Motion Control for Nanomanipulation—Theory and Applications

Type: Journal Paper

Author : Bo Song; Jianguo Zhao; Ning Xi; Hongzhi Chen; King Wai Chiu Lai; Ruiguo Yang; Liangliang Chen

Publisher: IEEE

Year: 2014

A Novel 50W/in<sup>3</sup> and 96.2% efficient 48V/3.5kW single-phase rectifier

Type: Conference Paper

Author : Jian, Li; Jianhua, Zhu; Ruiguo, Yang; Bo, Xiang; Guanghua, Xu; Qingan, Duan

Publisher: IEEE

Year: 2014

Compensating asymmetric hysteresis for nanorobot motion control

Type: Journal Paper

Author : Zhiyong Sun; Bo Song; Ning Xi; Ruiguo Yang; Lina Hao; Liangliang Chen

Year: 2015

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Investigation and characterization of graphene for optical sensing

Type: Conference Paper

Author : King Wai Chiu Lai; Ning Xi; Carmen Kar Man Fung; Hongzhi Chen; Liangliang Chen; Ruiguo Yang; Bo Song

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Improving the detectability of CNT based infrared sensors using multi-gate field effect transistor

Compressive Feedback-Based Motion Control for Nanomanipulation—Theory and Applications

A Novel 50W/in<sup>3</sup> and 96.2% efficient 48V/3.5kW single-phase rectifier

Compensating asymmetric hysteresis for nanorobot motion control

Investigation and characterization of graphene for optical sensing

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Improving the detectability of CNT based infrared sensors using multi-gate field effect transistor

Compressive Feedback-Based Motion Control for Nanomanipulation&#x2014;Theory and Applications

A Novel 50W/in<sup>3</sup> and 96.2% efficient 48V/3.5kW single-phase rectifier

Compensating asymmetric hysteresis for nanorobot motion control

Investigation and characterization of graphene for optical sensing

Compressive Feedback-Based Motion Control for Nanomanipulation—Theory and Applications