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Dive into the research topics where Ni Zhenhua is active.

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Featured researches published by Ni Zhenhua.


Chinese Physics Letters | 2015

Raman Study of Polydimethylsiloxane Substrate Effect on Hydrogenation of Graphene

Gao Chuanwei; Wang Yingying; Jiang Jie; Nan Hai-Yan; Ni Zhenhua

Raman spectroscopy is used to monitor hydrogenation of graphene on polydimethylsiloxane (PDMS) as well as on SiO2/Si substrates. It is found that hydrogenation of graphene on SiO2/Si is much more feasible than that on PDMS. For graphene on PDMS substrates, hydrogenation of graphene is favored on very flexible substrates. The substrate (SiO2/Si and PDMS) and flexibility (PDMS with different flexibility) dependent hydrogenation behavior can be understood by different interactions between graphene and substrate. The interaction between graphene and SiO2/Si is relative weak (van der Waals force) and the interaction between graphene and PDMS is relative strong, where substrate induced prestrain in the graphene layer is observed. For graphene embedded on the PDMS substrate, the more flexible the substrate is, the weaker the interaction between PDMS and graphene. The understanding of the effect of PDMSs flexibility on hydrogenation of graphene will be helpful for graphene based flexible electronics.


Archive | 2013

Graphene molecular sensor based on localized surface plasmon resonance

Ni Zhenhua; Nan Haiyan; Liang Zheng; Ding Rong; Yi Lilin


Archive | 2013

Graphene-enhancing zinc oxide ultraviolet laser microcavity and preparation method thereof

Xu Chunxiang; Li Jitao; Nan Haiyan; Zhu Gangyi; Tian Zhengshan; Ni Zhenhua


Archive | 2013

Adjustable light-mounted microwave generator based on graphene

Liang Zheng; Ding Rong; Yi Lilin; Ni Zhenhua


Archive | 2013

Improved Mach-Zehnder electro-optic modulator on basis of graphene

Liang Zheng; Ding Rong; Yi Lilin; Ni Zhenhua


Archive | 2013

Improved Mach-Zehnder electro-optical modulator based on graphene

Liang Zheng; Ding Rong; Yi Lilin; Ni Zhenhua


Archive | 2013

Graphene-based hybrid mode-locking laser

Song Xiaochen; Yi Lilin; Zhang Yan; Zheng Ran; Ni Zhenhua; Ding Rong; Liang Zheng; Hu Weisheng


Archive | 2013

Graphene gas sensor based on surface plasma resonance

Liang Zheng; Ding Rong; Yi Lilin; Ni Zhenhua; Liang Hejun


Archive | 2013

Graphite-based hybrid mode-locking technology

Yi Lilin; Zhang Yan; Zheng Ran; Ni Zhenhua; Ding Rong; Liang Zheng; Song Xiaochen; Hu Weisheng


Archive | 2013

Graphene and attenuated total reflection based gas molecule detection system and detection method using system

Liang Zheng; Ding Rong; Yi Lilin; Ni Zhenhua

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Hu Weisheng

Shanghai Jiao Tong University

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Gao Chuanwei

Harbin Institute of Technology

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Wang Yingying

Harbin Institute of Technology

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Zhang Jiahua

Chinese Academy of Sciences

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Wang Xiao-jun

Georgia Southern University

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