王为 副研究员/博士生导师/硕士生导师
九三学社社员
四川省海外高层次引进人才/四川省学术和技术带头人后备人选
四川大学国家双创示范基地超导与新能源中心主任
四川大学校级电工电子基础实验中心副主任
研究方向：超导无线传能（磁通泵）、超导电机、超导磁体
地址：四川大学望江校区基础教学楼b204
邮箱：2112208437@qq.com
【教育背景】
2010-2014 university of cambridge英国剑桥大学，electric engineering电气工程, ph.d.博士 (cambridge overseas trust全奖)，导师：prof.tim coombs
2007-2010 西南交通大学，机械工程，硕士，导师：王家素 教授
2003-2007 西南交通大学，土木工程，学士，茅以升班
【工作经历】
2015-至今 四川大学电气工程学院
【主持项目】
主持国家级项目3项，其中国家自然科学基金2项，四川省重点研发项目1项。
2019-2022 国家自然科学基金面上项目（5******3），在研
2017-2019 国家自然科学基金青年项目（5******7），已结题（获“结题优秀”）
2021-2023 四川省科技厅重点研发项目（2021y*s***8），在研
【会议报告及获奖】
2021.10 邀请报告，第十六届全国超导学术研讨会，合肥
2021.07 口头报告，全国电工理论与新技术学术年会，哈尔滨，获“优秀论文”奖
2021.07 邀请报告，第九届中国磁悬浮技术学术会议，成都，获“优秀报告”奖
2021.06 邀请报告，第二届超导与磁技术国际学术研讨会，峨眉山市
2020.10 keynote报告，ieee应用超导和电磁装备国际会议(asemd)，天津，获“best lecture”奖
2018 先进个人，四川大学
2016 先进个人，四川省电机工程学会
【学术任职】
《superconductivity》，associate editor
合肥国际应用超导中心技术委员会，委员
2018 美国应用超导会议（asc2018），技术编辑t.e.
2020 ieee应用超导和电磁装备国际会议，分会主席
四川省制冷学会，常务理事
以下sci期刊审稿人：
journal of applied physics、superconductor science & technology、journal of physics d: applied physics、ieee transactions on applied superconductivity、review of scientific instruments、physica c、journal of superconductivity and novel magnetism
【发表论文】
以第一或通讯作者发表sci论文28篇。
[29] yong lei, chenling xiong, run long, zhenxuan yang, fuling tang, chenghuai wu, chao yang, peng liu, li zhou, shikang huang, wei wang*（通讯作者）, “magnetic conduction structure design and charging test of linear-motor type flux pump for through-dewar excitation of high temperature supercon-ducting motor”, ieee trans.appl.supercond., 33, 5202205 (2023)
[28] yong lei, run long, hong li, chenling xiong, chao yang, chenghuai wu, zhenxuan yang, fuling tang, wei wang*（通讯作者）, “through-wall excitation of a conduction cooling hts magnets by a linear-motor type flux pump”, ieee trans.appl.supercond., 33, 4601204 (2023)
[27] （特邀综述）wei wang*, jiafu wei, chao yang, chenghuai wu, hong li, “review of high temperature superconducting flux pumps”, superconductivity, 100022 (2022)
[26] wei wang*, chao yang, hang xu, hanxin ye, zhenxuan yang, hong li, jiafu wei, yingwei zhu, chenghuai wu, run long, and chenling xiong, “a kilo-amp linear-motor type flux pump”, ieee trans.appl.supercond., 32, 5*****5 (2022)
[25] hang xu, wei wang*（通讯作者）, chao yang, hong li, chenghuai wu, jiafu wei, run long, zhenxuan yang, and chenling xiong, “control the output of an hts dynamo with a dcbackground field”, ieee trans.appl.supercond., 32, 5*****5 (2022)
[24] jiafu wei, wei wang*（通讯作者）, li zhou, chenyan zhang, xueqing wang, zhenxuan yang, chenling xiong, chao yang, run long, chenghuai wu, zhixing yang, hong li, hang xu, yingwei zhu,yong lei, “improving the central magnetic field of an hts magnet using multiple flux pumps”, ieee trans.appl.supercond., 32, 4*****5 (2022)
[23] zhenxuan yang, wei wang*（通讯作者）, chao yang, yong lei, chenling xiong, run long, hong li, jiafu wei, chenghuai wu , hang xu, zhou li, “the performance test of an updated linear-motor flux pump with single-sided dc winding”, ieee trans.appl.supercond., 32, 5*****5 (2022)
[22] hanxin ye, wei wang*（通讯作者）, yuntian zhang, hong li, jiafu wei, hang xu, qun zhou, xueshan liu, and yong lei, “a linear-motor type hts flux pump with pumped current exceeding 640 a”, ieee trans.appl.supercond., 31, 3*****5 (2021)
[21] hong li, wei wang*（通讯作者）, xiaojun niu, jun zheng, yunfei gao, hanxin ye, yuntian zhang, jiafu wei, hang xu, boyang shen, qun zhou, xueshan liu, yong lei, “charging optimization of a ybco racetrack coil with a linear-motor type flux pump for an hts synchronous motor”, ieee trans.appl.supercond., 31, 4*****5 (2021)
[20] jiafu wei, wei wang*（通讯作者）, zhixing yang, hanxin ye, yuntian zhang, hong li, hang xu, boyang shen, yujia zhai, qun zhou, xueshan liu, yingwei zhu, peng wang, and yong lei, “build charging database of linear-motor type flux pump and analyze the influence of dc-bias field using fixed step size search algorithm”, ieee trans.appl.supercond., 31, 0500305 (2021)
[19] yuntian zhang, wei wang*（通讯作者）, hanxin ye, xueqing wang, yunfei gao, qun zhou, xueshan liu, yong lei , “compact linear-motor type flux pumps with different wavelengths for high-temperature superconducting magnets”, ieee trans.appl.supercond., 30, 5*****5 (2020)
[18] hanxin ye, wei wang*（通讯作者）, yuntian zhang, xueqing wang, yunfei gao, qun zhou, xueshan liu, yong lei, “measuring the output voltage of a linear-motor type flux pump with an insulated hts coil”, ieee trans.appl.supercond., 30, 3*****5 (2020)
[17] xueqing wang, wei wang*（通讯作者）, yunfei gao, yong lei, hanxin ye, yuntian zhang, qun zhou, yingwei zhu, xueshan liu, “an hts ni magnet charged by multiple flux pumps: construction and test of the prototype”, ieee trans.appl.supercond., 30,4*****5 (2020)
[16] yunfei gao, wei wang*（通讯作者）, xueqing wang, hanxin ye, yuntian zhang, yongjie zeng, zhen huang, qun zhou, xueshan liu, yingwei zhu, yong lei, “design, fabrication, and testing of a ybco racetrack coil for an hts synchronous motor with brushless exciter”, ieee trans.appl.supercond.,30, 4******5 (2020)
[15] xueqing wang, wei wang*（通讯作者）, yong lei, yunfei gao, shuqian huang, xueshan liu, qun zhou, “electromagnetic design of 1.5 t no-insulation rebco coil system charged by multi-flux pumps for dedicated mri”, ieee trans.appl.supercond., 29,4*****5(2019)
[14] yunfei gao, wei wang*（通讯作者）, xueqing wang, shuqian huang, yong lei, xueshan liu, qun zhou, “design and study of a 2g hts synchronous motor with brushless hts flux pump exciters”, ieee trans.appl.supercond., 29,5*****5( 2019)
[13] shuqian huang, wei wang*（通讯作者）, lei yong, peng wang, zhen huang, qun zhou, “measurement of the current in 2g hts coil with rogowski coil in cryogenic environment”, ieee trans.appl.supercond. 29, 9*****5(2019)
[12] wei wang*, yong lei, shuqian huang, peng wang, zhen huang, qun zhou, “charging 2g hts double pancake coils with a wireless superconducting dc power supply for persistent current operation”, ieee trans.appl.supercond., 28, 0*****4(2018)
[11] wei wang*, tim coombs, “macroscopic magnetic coupling effect: the physical origination of a high-temperature superconducting flux pump”, phy.rev.appl. 9, 0****2 (2018)
[10]wei wang*, tim coombs, “magnetization of ybco film with ac travelling magnetic waves of relatively short wavelengths”, appl.phys.lett. 110, 0****1(2017)
[9]wei wang, tim coombs*, “the magnetization profiles and ac magnetization losses in a single layer ybco thin film caused by travelling magnetic field waves”, supercond.sci.technol.28, 0****3, 2015
[8]wei wang, fred spaven, mehdi bagdadi, tim coombs*, “direct measurement of the vortex migration caused by travelling magnetic wave”, appl.phys.lett. 104, 032602, 2014
[7]wei wang, min zhang, zhen huang, yujia zhai, zhaoyang zhong, fred spaven, mehdi baghdadi, tim coombs*, “study of the penetration of a 2 inches diameter ybco thin film with the travelling magnetic wave”, ieee trans.appl.supercond., vol.24, no.3, pp:4*****4, 2014
[6]wei wang, tim coombs*, “vortex migration caused by travelling magnetic wave in a 2 inches diameter yba2cu3o7-δ thin film”, j.appl.phys.113, 213906, 2013
[5]wei wang, r.semerad, f.spaven, m.zhang, c.h.hsu, z.zhong, y.chen, z.huang, tim coombs*, “the investigation of sweeping speed on the magnetization of a 2 inches diameter yba2cu3o7-δ thin film with the circular-type magnetic flux pump”, ieee trans.appl.supercond., vol.23, no.3, pp:8*****4, 2013
[4]wei wang, min zhang, chaihao hsu, tim coombs*, “design consideration of a circular type magnetic flux pump device”, ieee trans.appl.supercond., vol.22, no.3, pp:5*****4, 2012
[3]wei wang, jiasu wang*, qunxu lin, wei liu, suyu wang, “study of high-tc superconducting bulk moving with different speeds in applied magnetic field”, ieee trans.appl.supercond., vol.20, no.4, pp:2214-2218, 2010
[2]wei wang, jiasu wang*, xinglin liao, suyu wang, “hybrid levitation while incorporating bulk ybco with dc coil”, ieee trans.appl.supercond., vol.20, no.3, pp:903-906, 2010
[1]wei wang, jiasu wang*, wei liu, jun zhen, qunxu lin, siting pan, zigang deng, guangtong ma, suyu wang, “characteristic study of high-tc superconducting maglev under side-loading”, physica c, 469, 188-191, 2009
【主讲课程】
《电磁场》（必修）、《创新思维与“创客”技能》（选修）