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绿色能源领域：
32.TanQinxue,FanKangqi*,TaoKai,ZhaoLiya,CaiMeiling.Atwo-degree-of-freedomstring-drivenrotorforefficientenergyharvestingfromultra-lowfrequencyexcitations.Energy,2020,196:117107.（IF5.537;JCR一区;TopJournal）
31.FanKangqi,QuHengheng,CaiMeiling.Atwistingvibrationbasedenergyharvesterforultra-lowfrequencyexcitations.InternationalJournalofAppliedElectromagneticsandMechanics.Accepted.
30.FanKangqi,QuHengheng,WuYipeng,WenTao,WangFei.Designanddevelopmentofarotationalenergyharvesterforultralowfrequencyvibrationsandirregularhumanmotions.RenewableEnergy.Accepted（IF5.439;JCR一区;TopJournal）
29.XingeGuo,YulongZhang,KangqiFan,ChengkuoLee,FeiWang.Acomprehensivestudyofnon-linearairdampingand“pull-in”effectsontheelectrostaticenergyharvesters.EnergyConversionandManagement,2020,203:112264.（IF7.181;JCR一区;TopJournal）
28.FanKangqi,ZhangYiwei,EShiju,TangLihua,QuHengheng.Astring-druvenrotorforefficientenergyharvestingfromultra-lowfrequencyexcitations.AppliedPhysicsLetters,2019,115:203903.(IF3.521;JCR一区;TopJournal)
27.ZhengqiuXie,BaoruiHuang,KangqiFan,ShengxiZhou,WenbinHuang.AmagneticallycouplednonlinearT-shapedpiezoelectricenergyharvesterwithinternalresonance.SmartMaterialsandStructures,2019,28:11LT01.（IF3.543;JCR一区）
26.FanKangqi,CaiMeiling,WangFei,etal.Astring-suspendedanddrivenrotorforefficientultra-lowfrequencymechanicalenerguharvesting.EnergyConversionandManagement,2019,198:111820.（IF7.181;JCR一区;TopJournal）
25.FanKangqi,LiangGeng,ZhangYiwei,TanQinxue.Hybridizinglinearandnonlinearcouplingsforconstructuringtwo-degree-of-freedomelectromagneticenergyharvesters.InternationalJournalofEnergyResearch.2019,8:1-16.(IF3.343;JCR一区;TopJournal)
24.FanKangqi,HaoJiayu,TanQinxue,CaiMeiling.Amonostablehybridenergyharvesterforcapturingenergyfromlow-frequencyexcitations.JournalofIntelligentMaterialSystemsandStructures.2019:1-17.(IF2.582;JCR一区)
23.FanKangqi,CaiMeiling,LiuHaiyan,ZhangYiwei.Capturingenergyfromultra-lowfrequencyvibrationsandhumanmotionthroughamonostableelectromagneticenergyharvester.Energy,2019,169:356-368.（IF5.537;JCR一区;TopJournal）
22.FanKangqi,TanQinxue,LiuHaiyan,ZhangYiwei,CaiMeiling.Improvedenergyharvestingfromlow-frequencysmallexcitationsthroughamonostablepiezoelectricenergyharvester.MechanicalSystemsandSignalProcessing,2019,117:594-608.（IF5.005;JCR一区;TopJournal）
21.FanKangqi,ZhangYiwei,LiuHaiyan,CaiMeiling,TanQinxue.Anonlineartwo-degree-of-freedomelectromagneticenergyharvesterforultra-lowfrequencyvibrationsandhumanbodymotions.RenewableEnergy,2019,138:292-302.（IF5.439;JCR一区;TopJournal）
20.FanKangqi,TanQinxue,LiuHaiyan,CaiMeiling,QuHengheng.Harvestingenergyfromtwistingvibrationofarotorsuspendedbyapieceofstring.SmartMaterialsandStructures(Letter),2019,28:07LT01.（IF3.543;JCR一区）
19.FanKangqi,LiuShaohua,LiuHaiyan,ZhuYingmin,WangWeidong,ZhangDaxing.Scavengingenergyfromultra-lowfrequencymechanicalexcitationsthroughabi-directionalhybridenergyharvester.AppliedEnergy,2018,216:8-20.（IF8.426;JCR一区;TopJournal，高被引论文）
18.FanKangqi,TanQinxue,LiuHaiyan,ZhuYingmin,WangWeidong,ZhangDaxing.Hybridpiezoelectric-electromagneticenergyharvesterforscavengingenergyfromlow-frequencyexcitations.SmartMaterialsandStructures,2018,27:085001.（IF3.543;JCR一区）
17.FanKangqi,TanQinxue,ZhangYiwei,LiuShaohua,CaiMeiling,ZhuYingmin.Amonostablepiezoelectricenergyharvesterforbroadbandlow-levelexcitations.AppliedPhysicsLetters,2018,112:123901.（IF3.521;JCR一区;TopJournal，高被引论文）
16.FanKangqi,LiuZhaohui,LiuHaiyan,WangLiansong,ZhuYingmin,YuBo.Scavengingenergyfromhumanwalkingthroughashoe-mountedpiezoelectricharvester.AppliedPhysicsLetters,2017,110:143902.（IF3.521;JCR一区;TopJournal）
15.FanKangqi,LiuZhaohui,WangLiansong,YuBo.Shoe-mountedpiezoelectricenergyharvesterforcollectingenergyfromhumanwalking.OpticsandPrecisionEngineering,2017,25(5):1272-1280.
14.FanKangqi,WangLiansong,ZhuYingmin,LiuZhaohui,YuBo.Performanceofamulti-purposepiezoelectricenergyharvester.InternationalJournalofModernPhysicsB,2017,30:1741007
13.FanKangqi,YuBo,ZhuYingmin,LiuZhaohui,WangLiansong.Scavengingenergyfromthemotionofhumanlowerlimbsviaapiezoelectricenergyharvester.InternationalJournalofModernPhysicsB,2017,30:1741011.
12.FanKangqi,PedryczWitold.Evolutionofpublicopinionsinclosedsocietiesinfluencedbybroadcastmedia.PhysicaA,2017,472:53~66.（IF2.5;JCR三区）
11.FanKangqi,WitoldPedrycz.Opinionevolutioninfluencedbyinformedagents.PhysicaA,2016,462:431-441.（IF2.5;JCR三区）
10.FanKangqi,ChangJianwei,WitoldPedrycz,LiuZhaohui,ZhuYingmin.Anonlinearpiezoelectricenergyharvesterforvariousmechanicalmotions.AppliedPhysicsLetters,2015,106:223902.（IF3.521;JCR一区;TopJournal）
9.FanKangqi,ChangJianwei,ChaoFengbo.WitoldPedrycz.Designanddevelopmentofamultipurposepiezoelectricenergyharvester.EnergyConversionandManagement,2015,96:430-439.（IF7.181;JCR一区;TopJournal）
8.FanKangqi,WitoldPedrycz.Emergenceandspreadofextremistopinions.PhysicaA,2015,436:87-97.（IF2.5;JCR三区）
7.FanKangqi,XuChunhui,WangWeidong.Completechargingforpiezoelectricenergyharvestingsystem.TransactionsofTianjinUniversity,2014,20(6):407-414.
6.FanKangqi,XuChunhui.TransientChargingBehaviorofanEnergyHarvestingSystemUsingSSHIInterface.IntegratedFerroelectrics,2014,154(1):1-13.
5.FanKangqi,XuChunhui,WangWeidong,FangYang.Broadbandenergyharvestingviamagneticcouplingbetweentwomovablemagnets.ChinesePhysicsB,2014,23(8):084501.
4.FanKangqi,ChaoFengbo,ZhangJianguo,WangWeidong,CheXiaohuan.Designandexperimentalverificationofabi-directionalnonlinearpiezoelectricenergyharvester.EnergyConversionandManagement,2014,86:561-567.（IF7.181;JCR一区;TopJournal）
3.KangqiFan,ZhengfengMing,ChunhuiXu,FengboChao.Thedynamiccharacteristicsofharvestingenergyfrommechanicalvibrationviapiezoelectricconversion,ChinesePhysicsB,2013,22(10):104502.
2.KangqiFan,PengfeiZhang,ZhijianPei.Anassessmentmodelforcollectingandtransportingcellulosicbiomass,RenewableEnergy,2013,50(2):786-794.（IF5.439;JCR一区;TopJournal）
1.FanKangqi,ZhangPengfei,PeiZJ.Ultrasonicvibration-assistedpelletingofwheatstraw:apredictivemodelforpelletdensityusingresponsesurfacemethod.Biofuel,2012,3(3):259-267.
微机电系统研究领域：
11.FanKangqi,JiaJianyuan,Zhuyingmin,andZhangXiuyan.Adhesivecontact:fromatomisticmodeltocontinuummodel.ChinesePhysicsB,2011,20(4):043401.(SCI:000289941500041)
10.FanKangqi,WangWeidong,ZhuYingmin,andZhangXiuyan.Amultiscalemodelingapproachtoadhesivecontact.ScienceChina:Physics,Mechanics&Astronomy.2011,54(9):1680-1686.(SCI:000293797100018)
9.王卫东,樊康旗,贾建援.一阶速度滑移边界条件下Stokes第二问题的研究.纳米技术与精密工程,2012,10(1):68-72.(EI:20120614748659)
8.樊康旗,霍海东,王波.球体-平面粘附模型分析.西安交通大学学报,2011,45(11):106-111.(EI:20114814563466)
7.樊康旗,贾建援,朱应敏,刘小院.原子力显微镜在轻敲模式下的动力学模型.物理学报,2007,56(11):171-177.(SCI:000251093800031)
6.HuangXin-bo,FanKang-qi,SunQing-dongetal.Influenceofinterfacialdiffusiononmechanicalpropertyofvacuumfusionsinter(VFS)WC-Cocompositecoating.JournalofIronandSteelResearch,2006,13(2):69-72.(SCI:000237538800017)
5.樊康旗,贾建援,朱应敏,陈光焱.基于Hamaker假设的黏着接触弹性模型.西安交通大学学报,2007,41(5):606-610.(EI:072510662818)
4.樊康旗,贾建援.微机械黏着接触问题的建模和分析.西安交通大学学报,2006,40(11):1280-1284.(EI:070310372324)
3.樊康旗,贾建援,王卫东.AFM针尖“突跳”研究.中国机械工程,2007,18(3):339-343.(EI:0713105149312)
2.樊康旗,贾建援,朱应敏.轻敲模式下原子力显微镜的能量耗散机理研究.西安电子科技大学学报，2007,34(6):947-952.(EI:20080211012971)
1.贾建援,樊康旗,王洪喜,朱应敏.基于两态稳定性原子级存储方式的分子动力学模拟.西安电子科技大学学报,2005,3(25)：729-732.(EI:05489513263)
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