个人简介
简介(Summary)
2019年于华南理工大学获得工学博士学位，师从宁洪龙研究员。2019年7月由华南师范大学“青年英才”计划引进为特聘副研究员。从事薄膜晶体管显示、存储、突触等相关领域的应用研究，主要集中在溶液法器件材料与结构、纳米材料应用、界面反应与物理分析、载流子输运与电荷陷阱调控等方面。在印刷显示材料开发和系统集成等方面取得了一系列研究成果。近三年在ACSami、JPCC、JCIS、Softmatter、AMT等期刊发表研究论文30多篇，其中第一作者发表10篇；申请专利50余件，已授权专利15件。
学习和工作经历(StudyandWorkExperience)
2019.07-至今华南师范大学特聘副研究员
2014.09-2019.06华南理工大学/材料物理与化学博士(硕博连续)
2010.09-2014.06华南理工大学/高分子材料与工程学士
-Patents（专利）
1.一种适用于堆栈式结构的打印基板的电流体打印方法及系统[P].广东：ZL201710909585-2,2019-08-20.（授权）
2.一种印刷电极的紫外光固化后处理方法[P].广东：ZL201611008357-X,2019-08-20.（授权）
3.一种直接喷墨打印短沟道电极的方法[P].广东：ZL201711269969-9,2019-06-18.（授权）
4.一种连接不同线宽喷墨打印线的多段拼接技术[P].广东：ZL201711269822-X,2019-06-18.（授权）
5.一种通过电容反馈调节和控制电流体打印的方法及装置[P].广东：ZL201710767245-0,2019-06-18.（授权）
6.一种调控喷墨打印相邻液滴干燥形貌的方法[P].广东：ZL201710640887-4,2019-06-18.（授权）
7.一种全面屏手机[P].广东：ZL201821297020-X,2019-04-09.（授权）
8.一种喷墨打印薄膜与基板界面观测与调控的方法[P].广东：ZL201710512228-2,2019-04-09.（授权）
9.一种薄膜晶体管印刷电极的制备方法[P].广东：ZL201610665741-0,2019-01-29.（授权）
10.一种点状图形喷墨打印系统[P].广东：ZL201721671518-3,2018-09-07.（授权）
11.一种均匀墨水打印线喷墨打印装置[P].广东：ZL201720948500-7,2018-07-13.（授权）
12.一种薄膜晶体管[P].广东：ZL201721502998-0,2018-06-19.（授权）
13.一种基于小尺寸薄膜材料红外光谱测试的夹具[P].广东：ZL201721502872-3,2018-06-19.（授权）
14.一种用于喷墨打印针形载墨喷嘴的保护装置[P].广东：ZL201720752403-0,2018-04-27.（授权）
15.一种显示用电子器件铜合金电极[P].广东：ZL201720864085-7,2018-04-10.（授权）
16.一种可低温印刷氧化物绝缘薄膜的制备方法[P].广东：CN201910187207-7,2019-06-18.
17.一种电子材料墨水可印刷性的评估方法[P].广东：CN201910187208-1,2019-03-13.
18.一种可低温印刷氧化物绝缘薄膜的制备方法[P].广东：CN201910187207-7,2019-03-13.
19.一种溶液法低温制备WO3电致变色薄膜的方法[P].广东：CN201810980744-2,2018-08-27.
20.一种基于多成核控制剂的银纳米线及其制备方法和应用[P].广东：CN201810958602-6,2018-08-22.
21.一种全面屏手机及实现全面屏显示的方法[P].广东：CN201810913832-0,2018-08-13.
22.一种检测溶液法绝缘层TFT质量的方法[P].广东：CN201810834600-6,2018-07-26.
23.一种多层印刷改善溶液法氧化锆绝缘层性能的方法[P].广东：CN201810834034-9,2018-07-26.
24.一种改善金属有机物分解型银墨水结合强度的方法[P].广东：CN201810546966-3,2018-05-31.
25.一种改善金属有机物分解型银墨水结合强度的方法[P].广东：CN201810371177-0,2018-04-24.
26.一种基于低温氧化锆绝缘层的薄膜晶体管及其制备方法[P].广东：CN201810314156-5,2018-04-10.
27.一种提高溶液法氧化物绝缘层TFT偏压稳定性的方法[P].广东：CN201810078353-1,2018-01-26.
28.一种全磁控溅射制备全透明顶栅结构薄膜晶体管的方法[P].广东：CN201810062341-X,2018-01-23.
29.一种溶液法制备氧化锆绝缘层薄膜及叠层结构的方法[P].广东：CN201810060622-1,2018-01-22.
30.一种通过调节墨滴间距减少MOD型银墨水薄膜缺陷的方法[P].广东：CN201711323607-3,2017-12-13.
31.一种点状图形喷墨打印系统及喷墨打印方法[P].广东：CN201711269019-6,2017-12-05.
32.一种修复大面积高均匀性喷墨打印薄膜表面起伏过大的方法[P].广东：CN201711267822-6,2017-12-05.
33.一种通过压电波形调控TFT阵列源漏电极薄膜质量的方法[P].广东：CN201711249282-9,2017-12-01.
34.一种混合溶剂的喷墨打印墨水及其制备方法[P].广东：CN201711175627-0,2017-11-22.
35.一种喷墨打印墨水及由其制备金属氧化物薄膜的方法[P].广东：CN201711175602-0,2017-11-22.
36.一种UV预处理衬底改善打印氧化物薄膜形貌的方法[P].广东：CN201711112966-4,2017-11-13.
37.一种基于小尺寸薄膜材料红外光谱测试的夹具及测试方法[P].广东：CN201711112949-0,2017-11-13.
38.一种薄膜晶体管及其制备方法和应用[P].广东：CN201711112822-9,2017-11-13.
39.一种UV预处理改善溶液型银墨水喷墨打印成膜质量的方法[P].广东：CN201710907951-0,2017-09-29.
40.一种旋涂法制备氧化铝-氧化锆叠层电介质的方法[P].广东：CN201710897401-5,2017-09-28.
41.一种快速凝胶化氧化锆喷墨打印墨水及其制备方法和应用[P].广东：CN201710785335-2,2017-09-04.
42.一种氧化锆喷墨打印墨水及其制备方法和应用[P].广东：CN201710785310-2,2017-09-04.
43.一种堆栈式薄膜晶体管电极的喷墨打印制备方法[P].广东：CN201710765899-X,2017-08-30.
44.一种氧化物薄膜晶体管纯铜复合结构源漏电极[P].广东：CN201721070207-1,2017-08-25.
45.一种大面积高均匀性薄膜喷墨打印系统[P].广东：CN201720943457-5,2017-07-31.
46.一种大面积高均匀性薄膜喷墨打印方法及打印系统[P].广东：CN201710642526-3,2017-07-31.
47.一种均匀墨水打印线喷墨打印方法及装置[P].广东：CN201710640886-X,2017-07-31.
48.一种高性能源漏电极印刷型薄膜晶体管及其制备方法-发明[P].广东：CN201710582078-2,2017-07-17.
49.一种显示用电子器件铜合金电极及其制备方法[P].广东：CN201710582067-4,2017-07-17.
50.一种UV固化预处理银导电薄膜的制备方法[P].广东：CN201710546148-9,2017-07-06.
51.一种紫外光调控喷墨打印金属线边缘杂散颗粒的方法[P].广东：CN201710512247-5,2017-06-29.
52.印刷透明碳纳米管光电薄膜及其在光电器件中的应用[P].广东：CN201610076038-6,2016-02-03.
近期论文
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1.RuiqiangTao,ZhiqiangFang,HonglongNing,JianqiuChen,CaiguiYang,YicongZhou,RihuiYao,LeiWang,YongshengSong,JunbiaoPeng,Gel-SwitchableDropletFrontforLarge-ScaleUniformityofInkjetPrintedSilverPatterns[J].AdvancedMaterialsTechnologies.2019,4(2):p.1800243.
2.RuiqiangTao,JianhuaZhang,ZhiqiangFang,HonglongNing,JianqiuChen,CaiguiYang,YicongZhou,RihuiYao,YongshengSong,JunbiaoPeng,Evaporationinducedhollowcracksandtheadhesionofsilvernanoparticlefilm[J].JournalofMaterialsScience.2019,54(10):p.7987-7996.
3.RuiqiangTao,ZhiqiangFang,JianhuaZhang,HonglongNing,JianqiuChen,CaiguiYang,YicongZhou,RihuiYao,WeixiLin,JunbiaoPeng,CriticalImpactofSolventEvaporationontheResolutionofInkjetPrintedNanoparticlesFilm[J].ACSAppliedMaterials&Interfaces.2018,10(27):p.22883-22888.
4.RuiqiangTao,ZhiqiangFang,JianhuaZhang,HonglongNing,JianqiuChen,CaiguiYang,YicongZhou,RihuiYao,YongshengSong,JunbiaoPeng,Capillaryforceinducedairfilmforself-alignedshortchannel:pushingthelimitsofinkjetprinting[J].SoftMatter.2018,14(46):p.9402-9410.
5.RuiqiangTao,HonglongNing,JianqiuChen,JianhuaZou,ZhiqiangFang,CaiguiYang,YicongZhou,JianhuaZhang,RihuiYao,JunbiaoPeng,InkjetPrintedElectrodesinThinFilmTransistors[J].IEEEJournaloftheElectronDevicesSociety.2018,6:p.774-790.
6.RuiqiangTao,JianhuaZhang,ZhiqiangFang,HonglongNing,JianqiuChen,CaiguiYang,YicongZhou,RihuiYao,YongshengSong,JunbiaoPeng,ZigzagHollowCracksofSilverNanoparticleFilmRegulatedbyItsDryingMicro-environment[J].NanoscaleResearchLetters.2018,13(1).
7.宁洪龙，陶瑞强，姚日晖，陈建秋，杨财桂，周艺聪，蔡炜，朱镇南，彭俊彪，宋永生,绿色柔性喷墨打印银纳米墨水研究综述[J].材料导报.2018,32(17):2959-2968
8.RuiqiangTao,HonglongNing,ZhiqiangFang,JianqiuChen,WeiCai,YicongZhou,ZhennanZhu,RihuiYao,JunbiaoPeng,HomogeneousSurfaceProfilesofInkjet-PrintedSilverNanoparticleFilmsbyRegulatingTheirDryingMicroenvironment[J].TheJournalofPhysicalChemistryC.2017,121(16):p.8992-8998.
9.HonglongNing,RuiqiangTao,ZhiqiangFang,WeiCai,JianqiuChen,YicongZhou,ZhennanZhu,ZekeZheng,RihuiYao,MiaoXu,LeiWang,LinfengLan,JunbiaoPeng,Directpatterningofsilverelectrodeswith2.4μmchannellengthbypiezoelectricinkjetprinting[J].JournalofColloidandInterfaceScience.2017,487:p.68-72.
10.陶瑞强，姚日晖，朱峰，胡诗犇，刘贤哲，曾勇，陈建秋，郑泽科，蔡炜，宁洪龙，徐苗，兰林锋，王磊，彭俊彪,薄膜晶体管中高性能HfO_2的低温制备研究[J].真空科学与技术学报.2016,36(08):862-865
11.JianqiuChen,ShibenHu,HonglongNing,ZhiqiangFang,RuiqiangTao,YicongZhou,WeiCai,XianzheLiu,RihuiYao,JunbiaoPeng,EvaluationofNd–Aldopedindium-zincoxidethin-filmtransistorsbyaμ-PCDmethod[J].SemiconductorScienceandTechnology.2019,34(5):p.55011.
12.张观广，倪浩智，张啸尘，黄致维，陶瑞强，姚日晖，宁洪龙，彭俊彪,旋涂法制备WO_3薄膜电致变色性能[J].发光学报.2019,40(02):183-188
13.JianqiuChen,XiuqiHuang,QunjieLi,ZhiqiangFang,HonglongNing,RuiqiangTao,HongfuLiang,YicongZhou,RihuiYao,JunbiaoPeng,All-Sputtering,High-Transparency,Good-StabilityCoplanarTop-GateThinFilmTransistors[J].AppliedSciences.2019,9(1):p.83.
14.宁洪龙，杨财桂，陈建秋，陶瑞强，周艺聪，蔡炜，朱镇南，魏靖林，姚日晖，彭俊彪,喷墨打印电极在薄膜晶体管中的应用[J].材料导报.2018,32(05):742-748
15.JianqiuChen,HonglongNing,ZhiqiangFang,RuiqiangTao,CaiguiYang,YicongZhou,RihuiYao,MiaoXu,LeiWang,JunbiaoPeng,Reducedcontactresistanceofa-IGZOthinfilmtransistorswithinkjet-printedsilverelectrodes[J].JournalofPhysicsD:AppliedPhysics.2018,51(16):p.165103.
16.GuanguangZhang,KuankuanLu,XiaochenZhang,WeijianYuan,HonglongNing,RuiqiangTao,XianzheLiu,RihuiYao,JunbiaoPeng,EnhancedTransmittanceModulationofSiO2-DopedCrystallineWO3FilmsPreparedfromaPolyethyleneOxide(PEO)Template[J].Coatings.2018,8(7):p.228.
17.ShibenHu,HonglongNing,KuankuanLu,ZhiqiangFang,RuiqiangTao,RihuiYao,JianhuaZou,MiaoXu,LeiWang,JunbiaoPeng,EffectofAl2O3PassivationLayerandCuElectrodesonHighMobilityofAmorphousIZOTFT[J].IEEEJournaloftheElectronDevicesSociety.2018,6:p.733-737.
18.GuanguangZhang,KuankuanLu,XiaochenZhang,WeijianYuan,MuyangShi,HonglongNing,RuiqiangTao,XianzheLiu,RihuiYao,JunbiaoPeng,EffectsofAnnealingTemperatureonOpticalBandGapofSol-gelTungstenTrioxideFilms[J].Micromachines.2018,9(8):p.377.
19.HonglongNing,YicongZhou,ZhiqiangFang,RihuiYao,RuiqiangTao,JianqiuChen,WeiCai,ZhennanZhu,CaiguiYang,JinglinWei,LeiWang,JunbiaoPeng,UV-CuredInkjet-PrintedSilverGateElectrodewithLowElectricalResistivity[J].NanoscaleResearchLetters.2017,12(1):p.1-7.
20.HonglongNing,JianqiuChen,ZhiqiangFang,RuiqiangTao,WeiCai,RihuiYao,ShibenHu,ZhennanZhu,YicongZhou,CaiguiYang,JunbiaoPeng,DirectInkjetPrintingofSilverSource/DrainElectrodesonanAmorphousInGaZnOLayerforThin-FilmTransistors[J].Materials.2017,10(1):p.51.
21.RihuiYao,ZekeZheng,YongZeng,XianzheLiu,HonglongNing,ShibenHu,RuiqiangTao,JianqiuChen,WeiCai,MiaoXu,LeiWang,LinfengLan,JunbiaoPeng,All-AluminumThinFilmTransistorFabricationatRoomTemperature[J].Materials.2017,10(3):p.222.
22.姚日晖，郑泽科，曾勇，胡诗犇，刘贤哲，陶瑞强，陈建秋，蔡炜，宁洪龙，徐苗，王磊，兰林锋，彭俊彪,基于柔性显示器件的氧化铝介电层室温制备[J].光学学报.2017,37(03):374-379
23.YongZeng,ZhiqiangFang,HonglongNing,FengZhu,XianzheLiu,RuiqiangTao,ShibenHu,RihuiYao,ZhengcaoLi,MiaoXu,LeiWang,LinfengLan,JunbiaoPeng,HighlyconductiveAZOthinfilmsobtainedbyrationallyoptimizingsubstratetemperatureandoxygenpartialpressure[J].MolecularCrystalsandLiquidCrystals.2017,644(1):p.190-196.
24.宁洪龙，朱镇南，陶瑞强，陈建秋，周艺聪，蔡炜，胡诗犇，姚日晖，徐苗，王磊，兰林锋，彭俊彪,压电波形对喷墨打印电极的调控规律[J].发光学报.2017,38(5):617-622.10.3788/fgxb20173805.0617.
25.CaiguiYang,ZhiqiangFang,HonglongNing,RuiqiangTao,JianqiuChen,YicongZhou,ZekeZheng,RihuiYao,LeiWang,JunbiaoPeng,YongshengSong,AmorphousInGaZnOThinFilmTransistorFabricatedwithPrintedSilverSaltInkSource/DrainElectrodes[J].AppliedSciences.2017,7(8):p.844.
26.SiyiMing,GangChen,JiahaoHe,YudiKuang,YuLiu,RuiqiangTao,HonglongNing,PenghuiZhu,YingyaoLiu,ZhiqiangFang,HighlyTransparentandSelf-ExtinguishingNanofibrillatedCellulose-MonolayerClayNanoplateletHybridFilms[J].Langmuir.2017,33(34):p.8455-8462.
27.ShibenHu,ZhiqiangFang,HonglongNing,RuiqiangTao,XianzheLiu,YongZeng,RihuiYao,FuxiangHuang,ZhengcaoLi,MiaoXu,LeiWang,LinfengLan,JunbiaoPeng,EffectofPostTreatmentForCu-CrSource/DrainElectrodesona-IGZOTFTs[J].Materials.2016,9(8):p.623.
28.宁洪龙，曾勇，姚日晖，刘贤哲，陶瑞强，郑泽科，方志强，胡诗犇，陈建秋，蔡炜，徐苗，兰林锋，王磊，彭俊彪，李正操,室温生长AZO/Al_2O_3叠层薄膜晶体管性能研究[J].发光学报.2016,37(11):1372-1377
29.XianzheLiu,WeiCai,JianqiuChen,ZhiqiangFang,HonglongNing,ShibenHu,RuiqiangTao,YongZeng,ZekeZheng,RihuiYao,MiaoXu,LeiWang,LinfengLan,JunbiaoPeng,AnovelnondestructivetestingmethodforamorphousSi–Sn–Ofilms[J].JournalofPhysicsD:AppliedPhysics.2016,49(50):p.505102.
30.XianzheLiu,HonglongNing,JianqiuChen,WeiCai,ShibenHu,RuiqiangTao,YongZeng,ZekeZheng,RihuiYao,MiaoXu,LeiWang,LinfengLan,JunbiaoPeng,High-performanceback-channel-etchedthin-filmtransistorswithamorphousSi-incorporatedSnO2activelayer[J].AppliedPhysicsLetters.2016,108(11):p.112106.
31.李志航，宁洪龙，李晓庆，陶瑞强，刘贤哲，蔡炜，陈建秋，王磊，姚日晖，彭俊彪,基于多成核机制的银纳米线制备研究[J].材料导报.2019,33(S1):303-306
32.宁洪龙，朱镇南，蔡炜，魏靖林，周尚雄，陶瑞强，陈建秋，刘贤哲，姚日晖，彭俊彪,喷墨打印中的界面润湿问题[J].材料导报.2019,33(19):3236-3241
33.KuankuanLu,RihuiYao,YipingWang,HonglongNing,DongGuo,XianzheLiu,RuiqiangTao,MiaoXu,LeiWang,JunbiaoPeng,EffectsofpraseodymiumdopingontheelectricalpropertiesandagingeffectofInZnOthin-filmtransistor[J].JournalofMaterialsScience.2019,54(24):p.14778-14786.
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