1.2023/012026/12：国家自然科学基金面上项目（编号62271382）：基于准光腔的微波光电导少数载流子复合寿命测量研究；主持
2.2019/01－2021/12：国家自然科学基金中科院大科学装置联合基金（编号U1832190）：柱状阵列结构的二次电子发射和表面电阻特性研究；主持
3.2016/01－2018/12：国家自然科学基金青年基金（编号61501364）：金属微结构阵列表面的二次电子能谱特性研究；主持
4.2022/082024/07：绿色建筑材料国家重点实验室开放课题（编号2022GBM06）：面向5G场景的镀膜玻璃方阻检测研究；主持
5.2021/07－2023/06：硅材料国家重点实验室开放课题（编号SKL202110）：用于方阻无损检测的微波近场扫描显微技术研究；主持
6.2018/01－2019/12：毫米波国家重点实验室开放课题（编号K201814）：基于毫米波衬底集成波导（SIW）的纳米导电薄膜方块电阻表征；主持

[1]叶鸣，杨放，谢拥军.基于3D打印的“微波技术与天线”实践设计.电气电子教学学报.2022..
[2]叶鸣，王丹，贺永宁.金属柱状阵列结构二次电子发射系数数值模拟研究.空间电子技术.2022,19(4):7984.
[3]MingYe,FangYang,XiaolongZhaoandYongjunXie.LiftoffEffectinMicrowaveSurfaceResistanceMeasurementUsingRingDielectricResonator.IEEETransactionsonInstrumentationandMeasurement.2022,71:8004902.
[4]MingYe,LifeiJiang,FengXiang,FangYangandYongningHe.LiftoffandTiltEffectinMicrowaveSurfaceResistanceMeasurementUsingTE011ModeCylindricalCavity.IEEETransactionsonInstrumentationandMeasurement.2022,71:8002308.
[5]MingYe,FangYang,YongjunXie,andJieXu.EnhancingLaboratoryExperienceUsing3DPrintingTechnologyinMicrowaveandAntennaEducation.IEEEMicrowaveMagazine,April,2022:8188.
[6]XiaolongZhao,MingYe,ZhiCao,DanyangHuang,TingtingFan,andYongningHe.CancellationmethodtoimprovesignaltonoiseratioofanelectrodelessmicrowavebiasedZnOsinglecrystalxraydetector.Rev.Sci.Instrum.93,015006(2022).
[7]RajaUsmanTariq,MingYe*,XiaoLongZhao,SongChangZhang,ZhiCao,andYongNingHe.MicrowaveSensorforDetectionofIceAccretiononBaseStationAntennaRadome.IEEESensorsJournal,2021,21(17):1873318741.
[8]RajaUsmanTariq,MingYe*,LixiangChen,ZhiCao,YongningHe.Novelcosteffectivepassiveintermodulationmeasurementtechniqueusingasinglepoweramplifier.Measurement,176(2021)109118.
[9]RajaUsmanTariq,MingYe*,KeyueZhang,ZhiCao,SongchangZhang,XiaolongZhao,YongningHe.Widebandhighdynamicrangevariablepassiveintermodulationgeneratorusingfabricoverfoamgasket.AEUInternationalJournalofElectronicsandCommunications.126(2020)153400.
[10]MingYe,LuWang,YongningHe,andMojganDaneshmand.Insitutestofthicknessandsheetresistanceofconductivenanomaterialusingmicrowavecavity,IEEEMicrowaveandWirelessComponentsLetters,vol.27,no.10,2017:942944.
[11]MingYe,RajaUsmanTariq,XiaolongZhao,WeidaLi,YongningHe.Contactlessmeasurementofsheetresistanceofnanomaterialusingwaveguidereflectionmethod.Materials,2020.13,5240
[12]MingYe,XiaolongZhao,WeidaLi,YuZhou,JiayiChen,YongningHe.Conductivityevaluationusinga180GHzquasiopticalresonatorforconductivenanofilmdepositedonconductingsubstrate.Materials,2020,13,5260
[13]MingYe,PengFeng,DanWang,BaiPengSong,YongNingHe,WanZhaoCui.Secondaryelectronyieldsuppressionusingmillimeterscalepillararrayandexplanationoftheabnormalyieldenergycurve.ChinesePhysicsB,2019,28(7):077901.
[14]MingYe,PengFeng,YunLi,DanWang,YongningHeandCuiWanzhao.Thetotalsecondaryelectronyieldofaconductiverandomroughsurface.JournalofAppliedPhysics,125,043301(2019)
[15]MingYe,YunLi,YongningHe,andMojganDaneshmand.Studyofmultipactorsuppressionofmicrowavecomponentsusingperforatedwaveguidetechnologyforspaceapplications.PhysicsofPlasmas24,052109(2017)
[16]MingYe,DanWang,andYongningHe.Mechanismoftotalelectronemissionyieldreductionusingamicroporoussurface.JournalofAppliedPhysics121,124901(2017)
[17]MingYe,DanWang,YunLi,YongningHe,WanzhaoCui,andMojganDaneshmand.Positivebiasandvacuumchamberwalleffectontotalelectronyieldmeasurement:Areconsiderationofthesamplecurrentmethod.JournalofAppliedPhysics.121,074902(2017)
[18]YeMing,HeYongning,HuShaoguang,WangRui,HuTiancun,YangJing,CuiWanzhao.Suppressionofsecondaryelectronyieldbymicroporousarraystructure.JournalofAppliedPhysics,113,074904(2013).
[19]YeMing,HeYongning,HuShaoguang,YangJing,WangRui,HuTiancun,PengWenbo,CuiWanzhao.InvestigationintoanomaloustotalsecondaryelectronyieldformicroporousAgsurfaceunderobliqueincidenceconditions.JournalofAppliedPhysics,114,104905(2013).
[20]张勇，叶鸣*，胡少光，茅张松，陈理想，王瑞，王丹，贺永宁.一种基于调零理论检测低气压放电效应的方法.空间电子技术，2019,3:109114.
[21]冯鹏,叶鸣*,李韵,王丹,贺永宁.模拟分析随机粗糙金属表面的二次电子发射特性[J].空间电子技术,2018(1):1721.
[22]王露，叶鸣*，赵小龙，贺永宁.基于微波透射法的金属薄膜方块电阻测量理论及其应用.物理学报，2017,.66(20):208801.
[23]NosherwanShoaib著.叶鸣,贺永宁,王宝龙译.矢量网络分析仪测量与不确定度评估.国防工业出版社,2019年10月