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您的检索式：作者名="Boyuan Zheng"
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| 1 | Development of an experi-mental rig with hydrostatic bearing for testing the EHDtraction force of high-speed lubricants 显示文摘 | YANG Boyuan ZHENG Peiyun | 1998 | TribotestJournal1998，24，9： | 1 |
| 2 | A Super-robust Armoured Superhydrophobic Surface with Excellent Anti-icing Ability显示文摘It has been proved that the construction of interconnected armour on superhydrophobic surface could significantly enhance the mechanical robustness.Here,a new kind of armour with frame/protrusion hybrid structure was achieved by nanosecond laser technology.Then,this armoured superhydrophobic surface demonstrated excellent durability,which could withstand linear abrasion(~3 N press)800 cycles,water jet test(1.0 MPa pressure)40 times and 100℃treatment 18 days.Particularly,the armoured superhydrophobic sample shows outstanding anti-icing ability,which can speed up the supercooled water dropping(no adhesion within 2 h),increase the freezing delay time by~3 times and maintain low adhesion force(less than 35 kPa)after 30 icing/de-icing cycles.Further finite element analysis and theoretical modeling proved that the developed frame/protuberance hybrid structure could effectively enhance the durability.The relatively low surface accuracy in this study can significantly reduce processing cost,which provides a bright future for the practical application of armour superhydrophobic materials. | Peng Wang Hui Zhao Boyuan Zheng Ximei Guan Bin Sun Yongli Liao Ying Yue Wei Duan Haimin Ding | 2023 | Journal of Bionic Engineering2023，20，5： | 1 |
| 3 | Development of an experimental rig with hydrostatic bearings for testing the EHD traction force of high-speed lubricants 显示文摘 | Yang Boyuan Zheng Peibin | 1998 | Tribotest Journal1998，，9： | 1 |
| 4 | Electrochemical Identification of Yulania spp. by Fingerprinting of Leaves Using Glassy Carbon Electrode显示文摘In this communication,we used electrochemical sensor for recording the electrochemical profiles of eleven species of Yulania spp.from leaf extract.Two solvents and two buffer conditions were used for electrochemical fingerprints collection.Their electrochemical fingerprints can be converted to different patterns and consequently for species recognition.The results indicate the pattern recognition is much convenient than that of the recognition of species directly using voltammetric signal.The current information in electrochemical fingerprinting represents the type and amount of electrochemically active molecules,which linked to the genetic differences among the plants.Therefore,the electrochemical fingerprints were applied for further phylogenetic study.The phylogenetic tree deduced from voltametric curves is divided into three main groups.The first clade contains Y.denudate,Liriodendron chinense,Y.cylindrica,Y.biondii,Y.sprengeri.The second clade contains Y.zenii,Y.liliiflora,Y.kobus,and Y.amoena.The third clade contains Y.×soulangeana,Manglietia fordiana and Y.sinostellata.In addition,Y.salicifolia is not in these main clades.The results demonstrate that electrochemical fingerprinting can be used as a com-plementary tool in the study of phylogenetics. | Zhiguo Lu Yuhong Zheng Pengchong Zhang Boyuan Fan Aimin Yu Li Fu | 2022 | Phyton-International Journal of Experimental Botany2022，91，11： | 0 |
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