概况: 🐓20010年就在今年1月份毕业了于北大二本院校时五金自动化测试仪器与自动化系,获工学院士学士学位,接着赴美利坚共和国亚利桑那二本院校时、美利坚共和国中弗罗里达二本院校时转行院士后论述。入榜201一年度“幼教部新二十一世纪出色人力”捐助预计,20110年度东华二本院校时“经典励志预计”A 类捐助预计。 科研走向: 软性设计和传感器;微纳设计和微纳机械设计;振动学。 学术兼职: 🎐东华高校中青年科协副的主席、东华高校校硕士学位专家会会专家会、机械厂项目针灸学精振动学协会专家、中奈米奈米工艺针灸学精微纳制造技术协会专家,中奈米奈米针灸学精微传感器和实行器协会专家。全球论文期刊《Nano letter》、《Nanoscale》、《Acs Nano》、《Carbon》、《Nanotechnology》、《Tribology Letter》、《Wear》、《Journal of Nanotechnology and nanoengineering》等全球学术性期刊杂志审稿。 科研成果: 科技创新新项目: ♔主管完毕了地方大必然美货币母新债卷投资青年党员货币母新债卷投资、地方大必然美货币母新债卷投资表面、地方大必然美货币母新债卷投资(联手货币母新债卷投资)、总装维持自查报告、教学部新二十一世纪优良人力一个国家助学金、教学部博士研究生点货币母新债卷投资、本科留学回大陆的人员货币母新债卷投资和清华师范大学师范大学磨蹭学地方重大科学实验室管理开发货币母新债卷投资等工程项目。在研地区那自然基金、期货、现货、微盘上边大型项目(2021-2024)、东华一本大学经典励志方案A类支助方案、航天部五院CAST重点项目(10万)、恒天和台积电等企业合作课题多项。诚邀海内外优秀学者加盟团队,欢迎优秀本科生和硕士生报考博士。 以首创小说家和通讯网创小说家发布高水准SCI收集小开题报告50篇,短期发布小开题报告一下: ,Yitian Peng*, 🥃Kun Zou, etc. Atomic scale friction characteristics of graphene under conductive AFM with applied voltages. ACS Applied Materials & Interfaces 2020(doi: DOI: 10.1021/acsami.0c06868)(IF.8.5项目环境工程设备1区). [3] *,Xingzhong Zeng,,ꦇ, Deformation induced atomic-scale frictional characteristics of atomically thin two-dimensional materials, Carbon 2020(163): 186-196.(IF7.5过程科技1区) [4] ,Yitian Peng*,🌜 Kun Zou, etc. Dual control on nanofriction of graphene. Journal of Materials Chemistry C 2019, 7 :6041 - 6051.(IF6.5建设项目枝术1区) [5] , , , , *, and ꦫ. Tribological properties of multi-walled carbon nanotube-Cr and graphene oxide-Cr composite coating. J. Tribol , (2019)141(5)1-17 . 𝔉[6]Xing’an Cao, Xuehui Gan, Yitian Peng*, etc. Anisotropic nanofriction on MoS2 with different thicknesses, Tribology International 2019(134):308-316. (影向系数3.4,工程项目能力1区) [7] Xiuhua Zhao, Wei Xu, Yitian Peng*,𒀰 etc. A flexible and highly pressure-sensitive PDMS sponge based on silver nanoparticles decorated reduced graphene oxide composite. Sensors & Actuators: A. Physical. , 1 2019:23-31. (会影响分子3.3,工程建设系统3区) [8] Zeng Xingzhong, Yitian Peng*, Haojie Lang, Dependence of the Friction Strengthening of Graphene on Velocity, Nanoscale, 2018, 10, 1855 - 1864(直接影响细胞因子7.7,建筑项目老区文献综述) [9],Yitian Peng*,, etc. Effect of relative humidity on the friction al properties of graphene at atomic-scale steps 𒐪 2018,Carbon 137 (2018) 519-526(导致指数6.5,建筑项目技术性1区) [10]Zeng Xingzhong, Yitian Peng*, Haojie Lang,Probing the difference in friction performance between graphene and MoS2 by manipulating the silver nanowires,Journal of material science, 2018, 2018, 42, 4887 - 4892(作用指数3.3,项目技術2区) 🍒[11]Zeng Xingzhong, Yitian Peng*, etc. Tuning the Nanotribological Behaviors of Single Silver Nanowire through Various Manipulations, Applied Surface Science, APPLIED SURFACE SCIENCE 2018, 440: 830-840 (损害分子3.3,施工高技术2区) 🐭[12]Zeng Xingzhong, Yitian Peng*, Haojie Lang Zeng, Cao, Xingan, Nanotribological Behavior of the Single Silver Nanowire on Graphite Nanotechnology, 2018, 29(8): 23-30(损害成分3.7,二区文献资料) [13]Zeng Xingzhong, Yitian Peng*, 🔯Haojie Lang Zeng, Cao, Xingan, Dynamic Sliding Enhancement on the Friction and Adhesion of Graphene, Graphene Oxide, and Fluorinated Graphene, ACS Applied Materials & Interfaces ,2018, 10(9):8214-8224(决定要素8.3,过程枝术1区) 💝[14]Xing’an Cao, Xuehui Gan, Yitian Peng*, etc. Achievement of ultra-low frictional interface combining the FDTS SAMs with molybdenum disulfide, Nanoscale, 2018, 1 : 378-385.(印象指数公式7.7,工程建设老区文章) [15]Liu, Lei; Huang, Zhengbin; Peng, Yitian,ꦓ Enhanced lubrication and photocatalytic degradation of liquid paraffin by coral-like MoS2, NEW JOURNAL OF CHEMISTRY 2017 15(41): 7674-7680. (影向系数3.3,项目三区文) [16]Yitian Peng*🔴, Zeng Xingzhong, etc. Nanotribological characterization of graphene on soft elastic substrate, Carbon 124 (2017) 541-546.直接影响指数6.1,1区文献) [17]Yitian Peng*꧙, Lulu Zheng, Kun Zou and Cong Li. Enhancing performances of resistivity-type hydrogen sensor based on Pd/SnO2/RGO nanocomposites, Nanotechnology, 2017(28):215501:1-8. (引响细胞因子3.54,工业工艺2区) [18]Haojie Lang, Yitian Peng*, etc. Effect of interlayer bonding strength and bending stiffness on 2-dimensional materials' frictional properties at atomic-scale steps Applied Surface Science, 411 (2017):261-270(危害成分3.3,公程技术设备2区) [19]Zeng Xingzhong, Yitian Peng*, etc. A Novel Approach to Decrease Friction of Graphene, Carbon,2017(118):233-240.(的影响成分6.6,2区论文怎么写) [20]Zeng Xingzhong, Yitian Peng*, Haojie Lang, Controllable nanotribological properties of graphene nanosheets, Scientific reports, 2017,2017, 7:41891.1-7.(影晌成分5.4,Nature子刊,结合2区) [21]Yitian Peng*﷽, Jianxin Ye, Lulu Zheng and Kun Zou. The hydrogen sensing properties of Pd-Pt/reduced graphene oxide-based sensor under different operating conditions, RSC Advance, 2016 6(28):24880-24888. (关系细胞3.7,工业技术应用2区) [22]Yitian Peng*, Zhuoqiong Wang and Kun Zou. Study of friction and wear properties of four different types of graphene nanosheets using the calibrated atomic force microscopy, Langmuir, 2015 31(28):7782-91. (直接影响因素4.1,项目工程方法2区) 获奖情况:2011年,个人奖;学校部自动科学有效一级奖(自然排名记牌器)。 主讲课程: 1、机械制造结构设计前提 ꦯ2、微纳机电工程机系统(Micro/Nano electrochemical system)双语教学,及全外文怎么说课程体系。 联系方式:
位置:深圳市松江区大家北路2999号11号院校楼4031室 201620 qq邮件:yitianpeng@sykj88888.com 办公装修办公电话:021-67792469 Add:room 5703꧑No.4 College Building, 2999 North Renmin Rd, Songjiang, Shanghai, P.R.C, 201620 E-mail:yitianpeng@sykj88888.com Tel:021-67792469 |