个人简历

教师简介
马光同，博士，研究员，博士生导师，德国洪堡学者，国家优秀青年科学基金获得者，西南交通大学“扬华学者”计划入选者，现任西南交通大学牵引动力国家重点实验室副主任。
2001年9月至2009年12月在西南交通大学学习，获电气工程学士和博士学位。2010年3月至今在牵引动力国家重点实验室工作，任讲师（2010）、副研究员（2011）和研究员（2016）。2011年3月获德国洪堡奖学金，2011年至2013年任德国达姆施塔特工业大学洪堡学者（期间获得时任德国总统接见）。
主要从事超导磁悬浮、直线电机和永磁牵引电机等新型轨道交通相关的基础理论、实验方法与应用技术研究。在IEEETransactionsonIndustrialElectronics,SuperconductorScienceandTechnology,JournalofAppliedPhysics,IEEETransactionsonAppliedSuperconductivity等期刊上发表论文120余篇（其中SCI检索86篇），出版专著章节2章，作为第一发明人受理授权发明专利10余件。主持国家优秀青年科学基金、四川省杰出青年科学基金等课题10余项。
教学经历
目前指导博士生8名，硕士生14名。已毕业硕士生11名，指导出站博士后1名。
正在承研的国家和省部级课题如下：
[1]国家自然科学基金优秀青年科学基金项目，非接触电磁耦合（51722706），2018-2020年，主持，130万
[2]国家自然科学基金面上项目，基于三维电磁-热-力多物理场强耦合模型的超导磁悬浮振动特性研究（51475389），2015-2018年，83万
[3]四川省杰出青年基金（2016JQ0003）,2016-2018年，50万
同时承研一些磁悬浮和电机方向的企业委托开发课题（略）。
近年承担的主要科研项目
1.国家自然科学基金项目，非接触电磁耦合（国家级）
2.国家自然科学基金项目，基于三维电磁-热-力多物理场强耦合模型的超导磁悬浮振动特性研究（国家级）
科研团队
博士后：
2016年：叶常青
博士研究生：
2016级：周鹏博
2017级：赵正伟杨文姣
2018级：闫兆盈龚天勇
硕士研究生：
2010级：许媛媛（东京海洋大学超导电机博士，广东海洋大学副教授）
2012级：刘欢（国家知识产权局专利局）
2013级：张涵（东方电气成都研发中心）李兴田（湘潭电机）
2014级：杨晨（中车株洲电机公司）
2015级：刘坤（中国航天科工集团第三研究院）王志涛（国家电网公司）
2016级：王超钱航宇刘康
2017级：李刚罗桢蔡尧
2018级：王一宇王瑞晨邓钰科张伟海宋旭亮聂兴超
招生专业
招生类型学院专业代码专业名称专业类型专业方向
博士电气0808Z2电磁悬浮与超导工程学术型01.电磁悬浮理论与技术
博士电气0808Z2电磁悬浮与超导工程学术型02.超导工程应用技术
博士电气080800电气工程学术型19.电机调速与控制
博士电气080800电气工程学术型20.新型电机与驱动技术
博士电气080800电气工程学术型22.电工新材料及其应用
博士电气080800电气工程学术型25.新型磁技术及其应用
博士电气080800电气工程学术型26.超导电工电子技术及新应用
博士电气085800能源动力专业型01.电机与电器
博士电气085800能源动力专业型05.电工新技术新材料
博士电气085800能源动力专业型07.电磁悬浮与超导工程
博士牵引080204车辆工程学术型02.车辆系统动力学
博士牵引086100交通运输专业型01.交通载运装备及服役安全
博士牵引085272先进制造专业型01.交通载运装备及服役安全
博士牵引082304载运工具运用工程学术型02.列车系统动力学
博士牵引082304载运工具运用工程学术型05.磁悬浮理论及应用
硕士电气0808Z2电磁悬浮与超导工程学术型01.磁悬浮系统及控制
硕士电气0808Z2电磁悬浮与超导工程学术型02.超导材料、超导技术及应用
硕士电气0808Z2电磁悬浮与超导工程学术型03.常导和超导磁悬浮列车系统
硕士电气0808Z2电磁悬浮与超导工程学术型04.新型磁浮技术
硕士电气080800电气工程学术型01.电机与电器
硕士电气080800电气工程学术型05.电工理论与新技术
硕士电气080800电气工程学术型06.轨道交通电气化与自动化
硕士电气085800能源动力专业型01.电气工程
硕士牵引080204车辆工程学术型02.车辆系统动力学
硕士牵引086100交通运输专业型02.列车系统动力学
硕士牵引086100交通运输专业型05.新型轨道列车技术
硕士牵引082304载运工具运用工程学术型02.列车系统动力学
硕士牵引082304载运工具运用工程学术型05.新型轨道列车技术
招生要求
欢迎性格积极向上，数学物理基础较好，电气、机械和物理相关学科背景，有志于从事电气工程和机械载运工程领域的前沿基础应用科学研究的同学们报考，招生信息如下:
[1]博士研究生：
牵引动力国家重点实验室（载运工具运用工程）
电气工程学院（电机与电器、电工理论与新技术）
[2]硕士研究生：
牵引动力国家重点实验室（学硕、专硕各学科）
电气工程学院（学硕、专硕各学科）

研究领域

从事磁悬浮和电机领域的基础科学问题与应用开发技术研究，涉及机械、电气、物理、数学、计算机等多学科方向，目前重点开展的研究方向如下：
[1]磁悬浮理论及应用（超导磁悬浮列车、电动磁悬浮列车、磁悬浮轴承等）
[2]新型直线电机理论与技术（超高速列车驱动技术、电磁发射等应用）
[3]磁体优化理论与设计方法（磁悬浮、电机和强磁场装置的磁体系统）
[4]非接触供电理论与技术（超导磁体新型供电方法与运行损耗补偿技术）

近期论文

1.PengboZhou,GuangtongMa,,andLo颿Qu関al,TransitionFrequencyofTransportACLossesinHighTemperatureSuperconductingCoatedConductors,JournalofAppliedPhysics,2019
2.杨文姣,马光同,,LoicQueval,李刚,叶常青,邓钰科,基于三维多物理场强耦合模型的超导磁悬浮振动特性,科学通报,2019
3.马光同,,杨文姣,王志涛,叶常青,李婧,超导磁浮交通研究进展,华南理工大学学报（自然科学版）,2019
4.KangLiu,XingtianLi,YaoCai,TianyongGong,ZhengweiZhao,JingLi,Guang,TongMa,,ExperimentalandNumericalStudiesofaLinearSynchronousMotorwiththeSecondaryMadeofCoatedSuperconductor,CESTransactionsonElectricalMachinesandSystems,2019
5.XiangLi,JingLi,,PengboZhou,KunLiu,LeHan,XuliangSongandGuangtongMa,DecayofTrappedMagneticFieldinStacksofYBCOCoatedConductorssubjectedtoTravellingMagneticWaves,IEEETransactionsonAppliedSuperconductivity,2019
6.ChaoWang,PengboZhou,HangyuQian,XingchaoNie,JingLi,TianyongGong,andGuangtongMa,,ExperimentalStudiesofCurrentDecayinaFluxPumpedHTSMagnetSubjecttoTravellingMagneticFields,IEEETransactionsonAppliedSuperconductivity,2019
7.PengboZhou,ChaoWang,HangyuQian,Lo颿Qu関al,ZhenLuo,YukeDeng,JingLi,YongjianLi,GuangtongMa,,Frequency-dependentTransportACLossesofCoatedSuperconductorsuptoTensofKilohertz,IEEETransactionsonAppliedSuperconductivity,2019
8.ZhengweiZhao,KangLiu,ChaoWang,WeihaiZhang,JingLi,LeHan,XuliangSong,andGuangtongMa,,TheEstablishmentofanAnalyticalModelforCorelessHTSLinearSynchronousMotorwithaGeneralizedRace-trackCoilastheSecondary,IEEETransactionsonAppliedSuperconductivity,2019
9.TianyongGong,GuangtongMa,,YaoCai,HangyuQian,JingLi,YukeDeng,andZhengweiZhao,CalculationandOptimizationofPropulsionForceofaReal-ScaleREBCOMagnetforEDSTrain,IEEETransactionsonAppliedSuperconductivity,2019
10.HangyuQian,PengboZhou,ChaoWang,YukeDeng,andGuangtongMa,,WirelessPowerSupplyforHTSMagnets:CircuitTopologyDesignandCryogenicTesting,IEEETransactionsonAppliedSuperconductivity,2019
11.ZhaoyingYan,WenjiaoYang,ChangqingYe,RuichenWang,Lo颿Qu関al,GangLi,KunLiu,andGuangtongMa,,NumericalPredictionofLevitationPropertiesofHTSBulkinHighMagneticFields,IEEETransactionsonAppliedSuperconductivity,2019
12.Peng,BoZhou,燣o颿Qu関al,燼nd燝uang,Tong燤a,Magnetic燾oupling爀nhancement爑sing燼爁luxtransformer,Journal爋f燩hysics燚:Applied燩hysics,2019
13.KangLiu,ZhengweiZhao,TianyongGong,YaoCai,ChaoWang,PengboZhou,WeiXu,Guang,TongMa,,ThereducedfluctuationintheelectromagneticforcesofacorelessHTSlinearsynchronousmotor,PhysicaC,2019
14.王志涛,蔡尧,龚天勇,刘康,李婧,马光同,,基于场–路–运动耦合模型的超导电动悬浮列车特性研究,中国电机工程学报,2019
15.Guang,TongMa,,ZhitaoWang,KunLiu,HangyuQian,andChaoWang,PotentialsofanIntegratedLevitation,GuidanceandPropulsionSystembyaSuperconductingTransverseFluxLinearMotor,IEEETransactionsonIndustrialElectronics,2018
16.Lo颿Qu関al,KunLiu,WenjiaoYang,V韈torMRZerme駉andGuangtongMa,,SuperconductingmagneticbearingssimulationusinganH-formulationfiniteelementmodel,SuperconductorScienceandTechnology,2018
17.KunLiu,GuangtongMa,,ChangqingYe,WenjiaoYang,GangLi,ZhenLuo,andYaoCai,ExperimentalStudiesontheDynamicResponsesofCoatedSuperconductorStackLevitatedAboveaPermanentMagnetGuideway,IEEETransactionsonAppliedSuperconductivity,2018
18.TianyongGong,GuangtongMa,,HangyuQian,KunLiu,KangLiu,ChaoWang,ZhengweiZhao,andWeihuaZhang,ElectromagneticInvestigationofaHighTemperatureSuperconductingLinearSynchronousMotorforHigh-SpeedRailway,IEEETransactionsonAppliedSuperconductivity,2018
19.XinChen,ShijunZheng,JingLi,GuangtongMaandFeiYen,,ALinearInductionMotorwithaCoatedConductorSuperconductingSecondary,PhysicaC,2018
20.ZhangHan,MaGuangtong,,LiXingtian,PengJinfang,XuZhibiao,GongTianyong,andZhuMinhao,Asimpleandeffectiveprocesstojoincoatedsuperconductorsatalowresistance,RareMetalMaterialsandEngineering,2018
21.KunLiu,WenjiaoYang,GuangtongMa,,Lo颿Qu関al,TianyongGong,ChangqingYe,XiangLi,andZhenLuo,ExperimentandsimulationofsuperconductingmagneticlevitationwithREBCOcoatedconductorstacks,SuperconductorScienceandTechnology,2018
22.C,QYe,TYGong,GTMa,WJYang,andZYYang,NumericalStudiesontheDynamicResponsesofLevitatedHigh-temperatureSuperconductorwithaStronglyCoupledThermo-electromagneticModel,JournalofPhysics:ConferenceSeries,2018
23.杨晨,马光同,,王志涛,周鹏博,李兴田,麦瑞坤,阵列式无线能量传输系统的准静态电磁特性研究,电源学报,2018
24.闫兆盈,刘坤,杨文姣,叶常青,王瑞晨,马光同,高温超导体在强磁外场下的磁悬浮性能仿真研究,应用于高速轮轨交通的高温超导同步直线电机研究,低温物理学报,2018
25.李刚,刘坤,杨文姣,叶常青,闫兆盈,王超,马光同,,YBCO堆叠高温超导磁体的磁悬浮振动传递特性实验研究,低温物理学报,2018
26.王一宇,王志涛,,王瑞晨,周林春,刘坤,杨晨,马光同,自稳定横向磁通磁悬浮直线电机特性研究,微电机,2018
27.刘康,赵正伟,王志涛,龚天勇,王超,刘坤,马光同,,应用于高速轮轨交通的高温超导同步直线电机研究,低温物理学报,2018
28.Chang,QingYe,GuangtongMa,,Zi,GangDeng,KunLiu,andJia,SuWang,DesignOptimizationofaHeavy-LoadHigh-TemperatureSuperconductingMaglevSystemwithMultiseededYBaCuOBulks,IEEETransactionsonAppliedSuperconductivity,2017
29.Hang,Yu燪ian,燩eng,Bo燴hou,燝uang,Tong燤a,,Magnetic燙oupling燛nhancement爁or燙ontactless燩ower燭ransfer爓ith燬uperconductors,營EEE燤agnetics燣etters,2017
30.Chang,QingYe,Guang,TongMa,,KunLiu,andJia,SuWang,Observationofthefield,currentandforcedistributionsinanoptimizedsuperconductinglevitationwithtranslationalsymmetry,JournalofLowTemperaturePhysics,2017
31.王志涛,杨晨,马光同,,李兴田,周鹏博,龚天勇,张涵,轴对称结构非接触供电动态特性研究,电工电能新技术,2017
32.Xing,TianLi,Guang,TongMa,,HanZhang,Chang,QingYe,ChenYang,Wei,HuaZhang,Zhi,TaoWang,Tian,YongGong,Yuan,YuanXu,Peng,BoZhou,andKunLiu,NumericalModelingandTransientAnalysisofaLinearInductionMotorwithClose-endedCoatedSuperconductorCoilsasSecondary,IEEETransactionsonAppliedSuperconductivity,2017
33.Guang,TongMa,,TianyongGong,HanZhang,ZhitaoWang,XingtianLi,ChenYang,KunLiu,andWeihuaZhang,ExperimentandSimulationofREBCOConductorCoilsforaHTSLinearSynchronousMotor,IEEETransactionsonAppliedSuperconductivity,2017
34.TianyongGong,YongPeng,ChangqingYe,andGuangTongMa,,TowardsfasterFEMsimulationofthermo-electromagneticpropertiesofHTSbulkintravellingmagneticfieldsusinganovelapproach,ChineseJournalofLowTemperaturePhysics,2017
35.Peng,BoZhou,Guang,TongMa,,ChenYang,Lo颿Qu関al,Gui,MingMei,KunLiu,Hang,YuQian,andKangLiu,MagneticFieldTransferofSuperconductor-FerromagnetHeterostructuresupto10kHz,IEEETransactionsonAppliedSuperconductivity,2017
36.王超,马光同,,王志涛,龚天勇,周鹏博,钱航宇,高温超导磁体非接触补偿供电可行性研究,低温物理学报,2017
37.杨文姣,刘坤,马光同,,基于磁场强度的高温超导磁悬浮轴承数值仿真方法,低温物理学报,2017
38.TianyongGong,GuangTongMa,,ChaoWang,andZhitaoWang,NumericalSimulationoftheThermo-ElectromagneticPropertiesofSuperconductingMagnetinTravellingMagneticField,20thInternationalConferenceonElectricalMachinesandSystems(ICEMS),2017
39.ZhitaoWang,andGuangTongMa,,3-Ddynamicsimulationofanintegratedlevitation,guidanceandpropulsionsystembyasuperconductingtransversefluxlinearmotor,20thInternationalConferenceonElectricalMachinesandSystems(ICEMS),2017
40.Chang,QingYe,Guang,TongMa,,andJia,SuWang,CalculationandOptimizationofHigh-TemperatureSuperconductingLevitationbyaVectorPotentialMethod,IEEETransactionsonAppliedSuperconductivity,2016
41.Chang,QingYe,Guang,TongMa,,KunLiu,andJia,SuWang,IntelligentoptimizationofanHTSmaglevsystemwithtranslationalsymmetry,IEEETransactionsonAppliedSuperconductivity,2016
42.李兴田,张涵,龚天勇,杨晨,王志涛,周鹏博,刘坤,马光同,,以二代高温超导磁体为动子的同步直线电机静动态特性仿真研究,低温物理学报,2016
43.张涵,马光同,,李兴田,龚天勇,高温超导涂层带材接头工艺研究进展,低温与超导,2016
44.P,,B,Zhou,G,,T,Ma,,H,Liu,X,,T,Li,H,Zhang,C,Yang,andC,,Q,Ye,Transportationofstaticmagneticfieldsbyapracticallyrealizablemagnetichose,IEEEMagneticsLetters,2016
45.Peng,BoZhou,Guang,TongMa,,Zhi,TaoWang,andChenYang,TransportationofQuasistaticMagneticFieldsbySuperconductor-FerromagnetHeterostructures,IEEEMagneticsLetters,2016
46.Peng,BoZhou,Guang,TongMa,,Zhi,TaoWang,Tian,YongGong,Chang,QingYe,andHanZhang,Cloakingthestaticmagneticfieldsbyalternatesuperconductor–ferromagnetheterostructure,IEEETransactionsonAppliedSuperconductivity,2016
47.Xing,TianLi,Guang,TongMa,,ChenYangandZhitaoWang,CoatedSuperconductorAsaConstituenttoRealizeWirelessPowerTransfer:TheoreticalAnalysisandExperimentalVerification,ChineseJournalofLowTemperaturePhysics,2016
48.KunLiu,ChangQingYe,GuangTongMa,,HanZhang,XingTianLi,ChenYang,PengBoZhou,ZhiTaoWang,TianYongGong,JiaSuWang,StructuralEffectofthePermanentMagnetGuidewayontheDynamicBehaviorofaLevitatedHighTemperatureSuperconductor,Proceedingsof2015IEEEInternationalConferenceonAppliedSuperconductivityandElectromagneticDevices,2016
49.Peng,BoZhou,Guang,TongMa,,HuanLiu,ChenYang,Zhi,TaoWang,andTian,YongGong,Experimentalandnumericalstudiesofthemagneticfieldtransferofamagneticcylindercoatedwithsuperconductor,JournalofSuperconductivityandNovelMagnetism,2016
50.Guang,TongMa,,Chang,QingYe,KunLiu,Gui,MingMei,HanZhang,andXing,TianLi,GeometricalEffectsontheLevitationCapabilityofMultiseededY-Ba-Cu-OBlock,IEEETransactionsonAppliedSuperconductivity,2016
51.龚天勇,张涵,马光同,,李兴田,叶常青,王志涛,周鹏博,刘坤,杨晨,三相行波磁场中涂层超导线圈的电-磁-力特性研究,低温物理学报,2016
52.HuanLiu,Peng,BoZhou,Xing,TianLi,HanZhang,ChenYang,HongChen,RuiWang,ZhenWang,NanLi,LiangZhang,Guang,TongMa,,,Cloakingpropertiesofasuperconductor-ferromagneticmetamaterialsubjectedtoDCmagneticfields,ChineseJournalofLowTemperaturePhysics,2015
53.Q,X,Lin,,D,H,Jiang,Z,G,Deng,G,T,Ma,J,Zheng,W,J,Wang,D,I,Shin,X,Gu,andN,Lin,andM,L,Shao,OperationandImprovementofLiquidNitrogenPumpswithRadialHigh-TemperatureSuperconductorBearings,JournalofLowTemperaturePhysics,2015
54.H,Liu,X,T,Li,P,B,Zhou,H,Zhang,C,Yang,G,T,Ma,,R,Wang,H,Chen,Z,Wang,N,Li,andL,Zhang,Transmittalpropertiesofasuperconductor-ferromagneticmetamaterialsubjectedtomagneticfieldsgeneratedbythepermanentmagnets,InternationalJournalofModernPhysicsB,2015
55.WeiLiu,DongKang,X,F,Yang,FeiWang,G,H,Peng,JunZheng,G,T,Ma,andJ,S,Wang,Levitationorsuspension:Whichoneisbetterfortheheavy-loadHTSmaglevtransportation,InternationalJournalofModernPhysicsB,2015
56.刘伟,王志涛,郑婷,马光同,彭国宏,杨小峰,王飞,小型高速超导磁浮轴承优化设计,低温与超导,2015
57.Guang,TongMa,Hystereticaclossinacoatedsuperconductorsubjectedtoanoscillatingmagneticfields:ferromagneticeffectandfrequencydependence,SuperconductorScienceandTechnology,2014
58.LIUHuan,JIANGDong,hui,MAGuang,tong,,DENGZi,gang,Magneticforcesofasuperconductingarraycomposedofthreemulti-seededY-Ba-Cu-Oblockswithdifferentgapsinbetween,ChineseJournalofLowTemperaturePhysics,2014
59.刘伟,王素玉,叶长青,马光同,郑珺,李琳琳,杨小峰,王家素,预载过程对YBCO块材磁体弛豫特性的影响,低温物理学报,2014
60.Guang,TongMa,,HuanLiu,Xing,TianLi,HanZhang,andYuan,YuanXu,Numericalsimulationsofthemutualeffectamongthesuperconductingconstituentsinalevitationsystemwithtranslationalsymmetry,JournalofAppliedPhysics,2014
61.Y,Y,Xu,D,H,Jiang,G,T,Ma,,Z,G,Deng,J,Zheng,andW,H,Zhang,DynamicResponseCharacteristicsofaHigh-TemperatureSuperconductingMaglevvehicleunderlaterallyunbalancedloadconditions,JournalofSuperconductivityandNovelMagnetism,2014
62.G,,T,Ma,“ConsiderationsontheFinite-ElementSimulationofHigh-TemperatureSuperconductorsforMagneticLevitationPurposes,IEEETransactionsonAppliedSuperconductivity,2013
63.郑石钧,晏飞翔,李婧,林群煦,陈鑫,郑珺,马光同,不同气隙高度下高温超导直线电机样机的性能,稀有金属材料与工程,2013
64.H,RauhandG,T,Ma,Hystereticaclossofasuperconductorstripsubjecttoanoscillatingtransversemagneticfield:Geometricalandelectromagneticeffects,JournalofAppliedPhysics,2013
65.D,H,Jiang,G,T,Ma,,Y,Y,Xu,J,Zheng,Z,G,Deng,S,Y,Wang,andJ,S,Wang,CharacteristicsofDynamicResponseofBalancedandUnbalancedHigh-TcSuperconductingMaglevSystem,IEEETransactionsonAppliedSuperconductivity,2013
66.FeiYen,,XinChen,Ren,BoWang,Ji,MinZhu,JingLi,andGuang,TongMa,InducedCurrentsinClose-EndedType-IISuperconductingCoils,IEEETransactionsonAppliedSuperconductivity,2013
67.G,T,MaandH,Rauh,Thermo-ElectromagneticPropertiesofaMagneticallyShieldedSuperconductorStrip:TheoreticalFoundationsandNumericalSimulations,SuperconductorScienceandTechnology,2013
68.G,T,Ma,,Q,X,Lin,D,H,Jiang,C,Y,Yuan,andZ,G,Deng,Numericalstudiesofaxialandradialmagneticforcesbetweenhightemperaturesuperconductorsandamagneticrotor,JournalofLowTemperaturePhysics,2013
69.马光同,预处理Jacobian-freeNewton-Krylov法在求解超导电磁场问题中的应用,中国电机工程学报,2013
70.许媛媛,马光同,,邓自刚,晏飞翔,蒋冬辉,张卫华,低温和高温超导电动/发电机发展概述,低温物理学报,2013
71.W,Liu,J,S,Wang,G,T,Ma,J,Zheng,J,F,Ren,L,L,Li,X,F,Yang,C,Q,Ye,S,Y,Wang,RemagnetizationeffectsduetolateraldisplacementaboveaPMGonbulkHTSmagnet,Cryogenics,2012
72.D,H,Jiang,,J,S,Wang,,G,T,Ma,Y,Y,Xu,Q,X,Lin,J,ZhengandS,Y,Wang,LevitationForceforEvaluationoftheHighTemperatureSuperconductingMaglevVehicleunderDerailment,IEEETransactionsonAppliedSuperconductivity,2012
73.Q,X,Lin,,D,H,Jiang,G,T,Ma,J,S,Wang,Z,G,Deng,J,Zheng,S,Y,Wang,andC,Y,Yuan,ResearchofRadialHighTemperatureSuperconductingMagneticBearingsforCryogenicLiquidPumps,IEEETransactionsonAppliedSuperconductivity,2012
74.S,J,Zheng,F,Yen,,J,Li,Q,X,Lin,X,Chen,J,Zheng,G,T,Ma,J,S,Wang,andS,Y,Wang,PerformanceofaSmall-ScaleHighTemperatureSuperconductingLinearSynchronousMotorPrototype,IEEETransactionsonAppliedSuperconductivity,2012
75.W,Liu,,J,S,Wang,G,T,Ma,J,Zheng,X,G,Tuo,L,L,Li,C,Q,Ye,X,L,Liao,andS,Y,Wang,Influenceoflateraldisplacementonthelevitationperformanceofamagnetizedbulkhigh-Tcsuperconductormagnet,PhysicaC,2012
76.W,Liu,,J,S,Wang,C,Q,Ye,G,T,Ma,J,Zheng,andS,Y,Wang,“LevitationperformanceofamagnetizedbulkYBCOwithdifferentdemagnetizationprocesses,IEEETransactionsonAppliedSuperconductivity,2012
77.D,H,Jiang,,J,S,Wang,Q,X,Lin,G,T,Ma,andS,Y,Wang,ANovelHighTemperatureSuperconductingMaglevVehiclewithaPropulsionEngine,JournalofSuperconductivityandNovelMagnetism,2012
78.F,Yen,,S,J,Zheng,X,Chen,J,Li,Q,X,Lin,Y,Y,Xu,J,Zheng,G,T,Ma,J,S,Wang,andS,Y,Wang,SuperconductingExcitationSystemofaSmallScaleLinearSynchronousMotor,IEEETransactionsonAppliedSuperconductivity,2012
79.D,H,Jiang,,G,T,Ma,Q,X,Lin,Y,Y,Xu,S,Y,WangandJ,S,Wang,Levitation-ForceInvestigationofhigh-temperaturesuperconductingMaglevsystemunderdifferentvariationsoftheverticaldisplacement,JournalofSuperconductivityandNovelMagnetism,2012
80.Q,X,Lin,,D,H,Jiang,J,S,Wang,,G,T,Ma,F,Yen,Z,G,Deng,J,Zheng,andS,Y,,Wang,Ameasurementtestingsetupofthecharacteristicpropertiesforhightemperaturesuperconductingbearingsystems,PhysicsProcedia,2012
81.J,Zheng,,X,L,Liao,H,L,Jing,Q,X,Lin,G,T,Ma,F,Yen,S,Y,Wang,andJ,S,Wang,AnisotropyEffectonLevitationPerformanceofBulkHigh-TcSuperconductorsAboveaPermanentMagnetGuideway,PhysicsProcedia,2012
82.G,T,Ma,,D,H,Jiang,Y,Y,Xu,J,S,WangandS,Y,Wang,3-DFinite-ElementSimulationoftheVerticalForceEvolvementofaBulkHigh-TcSuperconductorSubjectedtoDurativeVerticalFluctuation,2012SixthInternationalConferenceonElectromagneticFieldProblemsandApplications(ICEF),2012
83.F,Yen,,J,Li,S,J,Zheng,D,H,Jiang,L,Liu,W,Liu,G,T,Ma,J,S,Wang,andS,Y,Wang,Designofa400Nand12mmmechanicalairgaphightemperaturesuperconductinglinearsynchronousmotor,RareMetalMaterialsandEngineering,2011
84.M,X,Liu,,Y,Y,Lu,S,Y,Wang,andG,T,Ma,NumericalEvaluationofLevitationForceOscillationofHTSBulkExposedtoACMagneticFieldoverNdFeBGuideway,JournalofSuperconductivityandNovelMagnetism,2011
85.M,X,Liu,,Y,Y,Lu,S,Y,Wang,andG,T,Ma,InfluenceofACExternalMagneticFieldontheLevitationForceRelaxationofHTSBulkAboveNdFeBGuideway,JournalofSuperconductivityandNovelMagnetism,2011
86.W,Liu,J,S,Wang,,X,L,Liao,C,Q,Ye,G,T,Ma,J,Zheng,andS,Y,Wang,InfluenceoftheTrappedFieldontheLevitationPerformanceof爐he燤agnetizedBulkHigh-TcSuperconductor,JournalofSuperconductivityandNovelMagnetism,2011
87.G,T,Ma,,J,S,Wang,andS,Y,Wang,Numericalstudyofthespeed-relatedbehaviorofthemagneticforceintheHTSmaglevsystembasedona3-Dmodel,JournalofSuperconductivityandNovelMagnetism,2011
88.L,Liu,,J,S,Wang,,S,Y,Wang,J,Li,J,Zheng,G,T,Ma,andFeiYen,“LevitationForceTransitionofHigh-TcSuperconductingBulksWithinaMaglevVehicleSystemUnderDifferentDynamicOperation,IEEETransactionsonAppliedSuperconductivity,2011
89.Q,X,Lin,G,T,Ma,D,H,Jiang,J,S,Wang,,andS,Y,Wang,Studyofmagneticfieldinhomogeneityduetodifferentpositionaldeviationsofapermanentmagnetguideway,JournalofSuperconductivityandNovelMagnetism,,2011
90.J,S,Wang,,S,Y,Wang,J,Zheng,F,Yen,G,T,Ma,L,Liu,J,Li,andW,Liu,RecentDevelopmentsoftheHighTemperatureSuperconductingMaglevatASCLab,IEEETransactionsonAppliedSuperconductivity,2011
91.王金钗,蒋国强,许媛媛,王楠,马光同,,刘伟,蒋冬辉,林群煦,预载条件下Y-Ba-Cu-O块材的悬浮力弛豫特性,低温与超导,2011
92.M,X,Liu,,Y,Y,Lu,G,T,Ma,andS,Wang,OscillationCharacteristicsofLevitationForceofYBCOBulkExposedtoACMagneticFieldaboveNdFeBGuideway,JournalofSuperconductivityandNovelMagnetism,2011
93.M,X,Liu,,Y,Y,Lu,S,Y,Wang,andG,T,Ma,DecayCharacteristicsofLevitationForceofYBCOBulkExposedtoACMagneticFieldaboveNdFeBGuideway,JournalofLowTemperaturePhysics,2011
94.W,Liu,J,S,Wang,,X,L,Liao,S,J,Zheng,G,T,Ma,J,Zheng,andS,Y,Wang,Levitationperformanceofthemagnetizedbulkhigh-Tcsuperconductingmagnetwithdifferenttrappedfields,PhysicaC,2011
95.马光同,,王楠,许媛媛,蒋国强,王金钗,林群煦,蒋冬辉,刘伟,预载对高温超导磁悬浮系统中横向运动引起的悬浮力衰减行为的影响,低温物理学报,2011
96.Guang,TongMa,,Jiang,SuWangandSu,YuWang,3-Dfinite-elementmodellingofamaglevsystemusingbulkhigh-Tcsuperconductoranditsapplication,ApplicationsofHigh-TcSuperconductivity,2011
97.W,Liu,,J,S,Wang,,S,Y,Wang,Q,X,Lin,D,H,Jiang,G,T,Ma,andJ,Zheng,InfluenceofAuxiliaryPermanentMagnetontheHigh-TcSuperconductiveHybridMaglevSystem,IEEETransactionsonAppliedSuperconductivity,2010
98.L,Liu,,J,S,Wang,,Z,G,Deng,J,Li,J,Zheng,G,T,Ma,andS,Y,Wang,LevitationForceTransitionofHigh-TcSuperconductingBulksinVaryingExternalMagneticField,IEEETransactionsonAppliedSuperconductivity,2010
99.G,T,Ma,,J,S,Wang,andS,Y,Wang,3-DModelingofHigh-TcSuperconductorforMagneticLevitation/SuspensionApplication-PartI：IntroductiontotheMethod,IEEETransactionsonAppliedSuperconductivity,2010
100.廖兴林,郑珺,,刘璐,刘伟,林群煦,马光同,王家素,王素玉,不同重叠排列方式的双层高温超导块材在永磁轨道上方的悬浮特性,低温与超导,2010
101.G,T,Ma,,J,S,Wang,andS,Y,Wang,3-DModelingofhigh-TcSuperconductorforMagneticLevitation/SuspensionApplication-PartII：ValidationwithExperiment,IEEETransactionsonAppliedSuperconductivity,2010
102.W,Liu,,J,S,Wang,,Q,X,Lin,G,T,Ma,J,Zheng,andS,Y,Wang,AMethodtoIncreasetheLateralReversibleRegionofBulkYBCOaboveaPermanentMagnetGuideway,JournalofLowTemperaturePhysics,2010
103.F,Yen,,J,Li,S,J,Zheng,L,Liu,G,T,Ma,J,S,Wang,andS,Y,Wang,Asingle-sidedlinearsynchronousmotorwithahightemperaturesuperconductingcoilastheexcitationsystem,SuperconductorScienceandTechnology,2010
104.G,T,Ma,,J,S,Wang,,andS,Y,Wang,,NumericalinvestigationofthelateralmovementinfluenceonthelevitationforceofthebulkHTSbasedona3-Dmodel,IEEETransactionsonAppliedSuperconductivity,2010
105.Q,X,Lin,J,S,Wang,,Z,G,Deng,G,T,Ma,D,H,Jiang,S,Y,Wang,andF,Li,AHighTemperatureSuperconductingMagneticHelixTransmissionMechanism,IEEETransactionsonAppliedSuperconductivity,2010
106.Q,X,Lin,,G,T,Ma,Z,G,Deng,J,S,Wang,S,Y,Wang,Y,J,Qin,andW,Liu,Characteristicoftheguidanceforceinthehigh-Tcsuperconductinglevitationsystemwithpre-loadprocess,JournalofSuperconductivityandNovelMagnetism,2009
107.邓自刚,王家素,,郑珺,刘伟,林群煦,马光同,王为,王素玉,张娅,零场冷和场冷方式下高温超导块材最大悬浮力关系,低温物理学报,2009
108.G,T,Ma,J,S,Wang,,Q,X,Lin,M,X,Liu,Z,G,Deng,X,C,Li,H,F,Liu,J,Zheng,andS,Y,Wang,Lateralrestorablecharacteristicsofthehigh-Tcsuperconductingmaglevvehicleabovethepermanentmagnetguideway,PhysicaC,2009
109.邓自刚,林群煦,王家素,郑珺,蒋东辉,马光同,刘伟,王素玉,张娅,高温超导磁悬浮飞轮储能系统样机,低温物理学报,2009
110.Guang,TongMa,,Hui,FenLiu,Jia,SuWang,Su,YuWang,Xi,ChuanLi,3Dmodelingpermanentmagnetguidewayforhightemperaturesuperconductingmaglevvehicleapplication,JournalofSuperconductivityandNovelMagnetism,2009
111.Q,X,Lin,J,S,Wang,,Z,G,Deng,G,T,Ma,D,H,Jiang,S,Y,Wang,andF,Li,AHighTemperatureSuperconductingMagneticTransmissionDevice,IEEETransactionsonAppliedSuperconductivity,2009
112.Z,Deng,Q,Lin,J,Wang,,J,Zheng,G,Ma,Y,Zhang,andS,Wang,asicdesignandcharacteristicsstudyofadouble-axialsuperconductingmagneticbearingsystem,Cryogenics,2009
113.M,X,Liu,,S,Y,Wang,J,S,Wang,andG,T,Ma,EffectofACMagneticFieldontheLevitationForceofYBCOBulkaboveNdFeBGuideway,JournalofLowTemperaturePhysics,2009
114.W,Wang,J,S,Wang,,W,Liu,J,Zheng,Q,X,Lin,S,T,Pan,Z,G,Deng,G,T,Ma,andS,Y,Wang,CharacteristicStudyofHigh-TcSuperconductingMaglevunderSideLoading,PhysicaC,2009
115.Q,X,Lin,,G,T,Ma,J,S,Wang,Z,G,Deng,andY,Y,Lu,Mechanicalturnoutsforhigh-Tcsuperconductingmaglevvehicle,AmericanSocietyofCivilEngineers,2009
116.王家素,王素玉,郑珺,邓自刚,芦逸云,马光同,张娅,晏飞翔,高温超导磁悬浮研究进展,低温物理学报,2009
117.刘伟,王素玉,林群煦,杨沛,刘慧芬,马光同,郑珺,王家素,车载YBCO高温超导块材长期运行悬浮稳定性研究,低温物理学报,2009
118.M,X,Liu,,S,Y,Wang,J,S,Wang,andG,T,Ma,InfluenceoftheAirGapbetweenAdjacentPermanentMagnetsonthePerformanceofNdFeBGuidewayforHTSMaglevSystem,JournalofSuperconductivityandNovelMagnetism,2008
119.Z,Deng,J,Wang,,J,Zheng,H,Jing,Y,Lu,G,Ma,L,Liu,W,Liu,Y,Zhang,andS,Wang,High-efficiencyandlow-costpermanentmagnetguidewayconsiderationforhigh-TcsuperconductingMaglevvehiclepracticalapplication,SuperconductorScienceandTechnology,2008
120.G,T,Ma,Q,X,Lin,J,S,Wang,,S,Y,Wang,Z,G,Deng,Y,Y,Lu,M,X,Liu,andJ,Zheng,MethodtoreducelevitationforcedecayofthebulkHTSCabovetheNdFeBguidewayduetolateralmovement,SuperconductorScienceandTechnology,2008
121.马光同,王家素,,王素玉,郑珺,林群煦,高温超导块材与永磁体组成的混合磁悬浮,稀有金属材料与工程,2008
122.Z,Deng,Q,Lin,G,Ma,J,Zheng,Y,Zhang,S,WangandJ,Wang,,Adouble-superconductingaxialbearingsystemforanenergystorageflywheelmodel,JournalofPhysics:ConferenceSeries,2008
123.Z,Deng,J,Zheng,J,Li,G,Ma,Y,Lu,Y,Zhang,S,Wang,andJ,Wang,,SuperconductingbulkmagnetformaglevvehicleStablelevitationperformanceabovepermanentmagnetguideway,MaterialsScienceandEngineeringB,2008
124.G,T,Ma,,J,S,Wang,S,Y,Wang,M,X,Liu,H,Jing,Y,Y,Lu,andQ,X,Lin,“Anovelpropulsionmethodforhigh-Tcsuperconductingmaglevvehicle,PhysicaC,2008
125.马光同,王家素,,王素玉,高温超导磁悬浮车发射用驱动系统研究,微电机,2008
126.邓自刚,王家素,,王素玉,郑珺,马光同,林群煦,张娅,高温超导飞轮储能技术发展现状,电工技术学报,2008
127.H,Jing,,J,Wang,S,Wang,L,Wang,L,Liu,J,Zheng,Z,Deng,G,Ma,Y,Zhang,J,Li,Atwo-poleHalbachpermanentmagnetguidewayforhightemperaturesuperconductingMaglevvehicle,PhysicaC,2007
128.J,S,Wang,,S,Y,Wang,C,Y,Deng,J,Zheng,H,H,Song,Q,Y,He,Y,W,Zeng,Z,G,Deng,J,Li,G,T,Ma,H,Jing,Y,Y,Lu,L,C,Zhang,M,X,Liu,Y,G,Huang,J,H,Zhang,Y,J,Qing,Y,Zhang,J,Zhang,L,Liu,andL,L,Wang,Laboratory-scalehightemperaturesuperconductingMaglevlaunchsystem,IEEETransactionsonAppliedSuperconductivity,2007
现任中国电机工程学会电工理论与新技术专委会委员、中国电机工程学会超导与新材料应用技术专委会委员、四川省科技青年联合会理事等社会职务。国家自然科学基金、教育部长江学者奖励计划青年项目等的通讯评议专家。
（截至2019年11月）