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您的检索式：作者名="Wang Xuzhe"
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| 1 | Target-triggered deprotonation of 6-hydroxyindole-based BODIPY: specially switch on NIR fluorescence upon selectively binding to Zn2~显示文摘 | CAO Jian ZHAO Chunchang WANG Xuzhe | 2012 | Chemical Communications2012，48，79： | 1 |
| 2 | Facile synthesis of Au nanoparticles supported on polyphosphazene functionalized carbon nanotubes for catalytic reduction of 4 nitrophenol显示文摘 | Wang Xuzhe Fu Jianwei Wang Minghuan | 2014 | Journal of Materials Science2014，49，50： | 1 |
| 3 | Synchronous measurements of prefrontal activity and pulse rate variability during online video game playing with functional near-infrared spectroscopy显示文摘Interactions between the central nervous system(CNS)and autonomic nervous system(ANS)play a crucial role in modulating perception,cognition,and emotion production.Previous studies on CNS–ANS interactions,or heart–brain coupling,have often used heart rate variability(HRV)metrics derived from electrocardiography(ECG)recordings as empirical measurements of sympathetic and parasympathetic activities.Functional near-infrared spectroscopy(fNIRS)is a functional brain imaging modality that is increasingly used in brain and cognition studies.The fNIRS signals contain frequency bands representing both neural activity oscillations and heartbeat rhythms.Therefore,fNIRS data acquired in neuroimaging studies can potentially provide a single-modality approach to measure task-induced responses in the brain and ANS synchronously,allowing analysis of CNS–ANS interactions.In this proof-of-concept study,fNIRS was used to record hemodynamic changes from the foreheads of 20 university students as they each played a round of multiplayer online battle arena(MOBA)game.From the fNIRS recordings,neural and heartbeat frequency bands were extracted to assess prefrontal activities and shortterm pulse rate variability(PRV),an approximation for short-term HRV,respectively.Under the experimental conditions used,fNIRS-derived PRV metrics showed good correlations with ECG-derived HRV golden standards,in terms of absolute measurements and video game playing(VGP)-related changes.It was also observed that,similar to previous studies on physical activity and exercise,the PRV metrics closely related to parasympathetic activities recovered slower than the PRV indicators of sympathetic activities after VGP.It is concluded that it is feasible to use fNIRS to monitor concurrent brain and ANS activations during online VGP,facilitating the understanding of VGP-related heart–brain coupling. | Xuzhe Zhang Kehong Long Ningxin Wang Jin Zhang Hao Lei | 2023 | Journal of Innovative Optical Health Sciences2023，16，6： | 1 |
| 4 | Building of multifunctional and hierarchical H_(x)MoO_(3)/PNIPAM hydrogel for high-efficiency solar vapor generation显示文摘Solar distillation is a sustainable and promising technique to generate fresh water.However,the solar vapor generation is a high energy consumption process,resulting in a low water yield under natural sunlight.Hence,developing of advanced evaporators that can simultaneously reduce the energy requirement of water vaporization and accelerate solar water evaporation remains a great challenge.In this study,we report the fabrication of a multifunctional hydrogel of H_(x)Mo O_(3)/PNIPAM with PNIPAM as hydratable skeleton and H_(x)Mo O_(3) as the light-absorbing unit for solar water evaporation.The experimental results demonstrate that the as-prepared hydrogel owns excellent photothermal activity.Accurately,the fabricated hydrogel-based solar evaporators achieved high water evaporation rate of 1.65 kg m^(-2)h^(-1)with the energy conversion efficiency of 85.87%under 1 k W m^(-2)irradiation.The enhanced photothermal activity of H_(x)Mo O_(3)/PNIPAM hydrogel can be attributed to the synergistic effects of the components composed in this hierarchical architecture that change the water state and further speed up water evaporation.The H_(x)Mo O_(3)/PNIPAM evaporators indicate its great potential for practical implementation of solar water evaporation. | Shuai Cao Jingyun Jiang Qingyong Tian Cang Guo Xuzhe Wang Kun Dai Qun Xu | 2022 | Green Energy & Environment2022，7，5： | 0 |
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