个人简历

个人简历：
2019.09-至今齐鲁工业大学轻工科学与工程学院讲师
2014.09-2019.06中国科学院大学-中科院化学研究所硕博连读
2010.09-2014.07济宁学院化学与化工学院学士

研究领域

研究方向：
研究方向涉及物理化学、有机光电材料、高分子化学、材料化学；研究兴趣为多尺度计算模拟，新能源器件的形貌模拟与机理研究，分子自组装过程和聚集结构，分子微观电子过程和性质。

近期论文

发表文章：
1、Guo,Yuan;Han,Guangchao;Duan,Ruihong;Geng,Hua;Yi,Yuanping*.Boostingtheelectronmobilitiesofdimericperylenediimidesbysimultaneouslyenhancingintermolecularandintramolecularelectronicinteractions.J.Mater.Chem.A,2018,6(29):14224-14230(IF=10.73)JCR一区
2、Guo,Yuan;Han,Guangchao,TuZeyi,Yi,Yuanping*.Electronicandopticalpropertiesofp-bridgedperylenediimidederivatives:theroleofpbridges.J.Mater.Chem.A,2019,7(20):12532-12537(IF=10.73)JCR一区
3、Guo,Yuan;Han,Guangchao,Yi,Yuanping*.Impactofalkylchainbranchingpositionsonmolecularpackingandelectrontransportofdimericperylenediimidederivatives.J.EnergyChem.2019,35:138-143(IF=5.162)JCR一区
4、TaoLiu,YuanGuo,YuanpingYi,LijunHuo,XiaonanXue,XiaoboSun,HuitingFu,WentaoXiong,DongMeng,ZhaohuiWang,FengLiu*,ThomasP.Russell,YanmingSun*,TernaryOrganicSolarCellsBasedonTwoCompatibleNon-FullereneAcceptorswithPowerConversionEfficiency>10%,Adv.Mater.2016,28(45),10008-10015.(IF=25.809)
5、Yuan,Dafei;Guo,Yuan;Zeng,Yan;Fan,Qingrui;Wang,Jianjun;Yi,Yuanping;Zhu,Xiaozhang*Air-Stablen-TypeThermoelectricMaterialsEnabledbyOrganicDiradicaloids.Angew.Chem.Int.Ed.2019,58,4958(IF=12.257)
6、YuruiXue,YuanGuo,YuanpingYi,YongjunLi,HuibiaoLiu,DanLi,WenshengYang*,YuliangLi*,Self-catalyzedgrowthofCu@graphdiynecore–shellnanowiresarrayforhighefficienthydrogenevolutioncathode,NanoEnergy2016,30,858-866.(IF=15.548)
7、GuangchaoHan,YuanGuo,XiaoxianSong,YueWang,YuanpingYi*,Terminalπ-πStackingDeterminesThree-DimensionalMolecularPackingandIsotropicChargeTransportinanA-π-AElectronAcceptorforNon-FullereneOrganicSolarCells,J.Mater.Chem.C2017,5(20),4852-4857(IF=6.641)
8、GuangchaoHan,YuanGuo,RuihongDuan,XingxingShen,YuanpingYi*,Importanceofside-chainanchoringatomsonelectrondonor/fullereneinterfacesforhigh-performanceorganicsolarcells,J.Mater.Chem.A2017,5(19),9316-9321.(IF=10.733)
9、Han,Guangchao;Guo,Yuan;Ma,Xiaoyi;Yi,Yuanping*AtomisticInsightintoDonor/AcceptorInterfacesinHigh-efficiencyNonfullereneOrganicSolarCells.SolarRRL,2018,2(11):1800190（新刊）