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您的检索式：作者名="Zuoming Jin"
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| 1 | Correlation between heart rate variability and pupillary reflex in healthy adult subjects under the influence of alcohol显示文摘This study explored the association between pupil area variation, heart rate variability, and fatigue, caused by alcohol consumption. Sixteen healthy young male volunteers were enrolled in this study for a series of structured physical examinations. Individual drinking volume was strictly assessed in accordance with the normalized experimental design. The motions of the subjects' pupils, as well as electrocardiograms were recorded by a computerized recording system, both before and after drinking alcohol. After alcohol intake, the pupil diameter, and both low frequency and standard deviation of all heartbeat interval indices of heart rate variability showed significant variations compared with the baseline. In addition, time- and frequency-domain indices of heart rate variability were negatively associated with pupil area. Thus the current study suggests that fatigue status may be determined by significant changes in pupil area and heart rate variability. | Jin Ma Rumeng Ma Xiwen Liu Zhihong Wen Xiaojing Li Tao Wang Wenqiang Han Wendong Hu Zuoming Zhang | 2011 | Neural Regeneration Research2011，6，21： | 0 |
| 2 | Defect passivation and electrical conductivity enhancement in perovskite solar cells using functionalized graphene quantum dots显示文摘Organic–inorganic halide perovskites have been intensively investigated as potential photovoltaic materials due to their exceptional optoelectronic properties and their successful applications in perovskite solar cells(PSCs).However,a large number of defect states still exist in the PSCs so far and are detrimental to their power conversion efficiencies(PCEs)and stability.Here,an effective strategy of incorporating single-crystalline graphene quantum dots(GQDs)into the perovskite films is proposed to passivate the defect states.Intriguingly,the GQD-modified perovskite films exhibit purer phase structure,higher quality of morphology,and higher electrical conductivity when compared with the control perovskite films.All of the advantages caused by the incorporation of the GQDs lead to fast carrier separation and transport,long carrier lifetime,and low nonradiative recombination in the PSCs based on the GQD-modified perovskite films.As a result,this kind of PSC displays an increase in all photovoltaic parameters,and its PCE shows an enhancement of more than 20%when compared with the control PSC.Moreover,this novel PSC is demonstrated to have long-term stability and resistibility against heat and moisture.Our findings provide an insight into how to passivate the defect states and enhance the electrical conductivities in the perovskites and pave the way for their further exploration to achieve higher photovoltaic performances. | Yichuan Rui Zuoming Jin Xinyi Fan Weitao Li Bin Li Tianpeng Li Yuanqiang Wang Liang Wang Jia Liang | 2022 | Materials Futures2022，1，4： | 0 |
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