闫长春，教授课程：

1.微纳结构光学

研究生培养基础要求：

有一定的光学或电磁场理论基础，对微纳结构的理论和制作及其相关科研工作有浓厚兴趣。

个人教育简历：

1996年获江苏师范大学理学学士学位；

2000和2009年分别获得苏州大学和东南大学光学理学硕士和光学工程工学博士学位；

2009至2011年在（新加坡）南洋理工大学电气电子工程学院从事博士后研究工作

个人工作简历：

2018.6–今江苏师范大学物理与电子工程学院，院长

2013.5–2018.5江苏师范大学科技处，副处长

2011.5-2013.3江苏师范大学物理与电子工程学院、副院长

1996.8–2011.5江苏师范大学物理与电子工程学院、教师 近期主要主持的项目：

1.国家自然科学基金项目：“基于掠角沉积技术的大面积中红外手性超材料的制备及其偏振态调控特性研究（61771227）”。项目经费：65万。

2.国家自然科学基金项目：“基于人工等离激元结构的高阶Fano共振特性研究（61401182）”。项目经费：24万。

3.江苏省自然科学基金项目：“由不同金属结构单元构成的特异材料对电磁波的调控（BK2011203）”。项目经费：10万。 获奖情况：

1.《地方高校“多方协同”培养拔尖创新型人才的实践与探索》，2015年获江苏省研究生培养模式改革成果一等奖

2.《表面等离基元纳米材料及生物应用》，2018年获江苏省高等学校科学技术研究成果奖三等奖

1.光学工程/光学：微纳光学

1.Hong-KaiDai,Cheng-BeiXie,Hui-ChaoLiang,Lin-YongQian,Cai-QinHan,*Chang-ChunYan,*andYi-PingZhao,GrowthandopticalpropertiesofAg-Ticompositenanorodsbasedonobliqueangleco-depositiontechnique,Opt.Express,26(9),12022-12037(2018).

2.Hong-fengWang,Jun-XianShi,Lin-YongQian,Chang-ChunYan*,Cai-QinHan*,andYi-PingZhao,Large-areabroadbandopticalabsorberfabricatedbyshadowingspherelithography,Opt.Express,26(6),7507-7515(2018).

3.JunxianShi,JingshanQi,LinyongQian,CaiqinHan,andChangchunYan*,Goos–Hänchenshiftsinreflectivephase-gradientproducedMetasurfaces，Chin.Opt.Lett.,16(6),061602(2018).

4.DongdongLi,JingjingZhang,ChangchunYan*,ZhengjiXu,andDaoHuaZhang,Subwavelengthdielectricnanorodchainsforenergytransferinthevisiblerange,Opt.Lett.,42:4223(2017).

5.Rong-YuanZou,Jun-XianShi,Hong-KaiDai,Hong-FengWang,Lin-YongQian,Xing-HaiWang,Cai-QinHan,andChang-ChunYan*,Switchablereflection/transmissionutilizingpolarizationonaplasmonicstructureconsistingofself-assemblypolystyrenesphereswithsilverpatches,Opt.Express,25(8):9502-9510(2017).

6.YingHan,Jian-AnHuang,Xiao-YingLiu,Xue-JinZhang,Jun-XianShi,andChang-ChunYan*,Polarization-independentbroadbandplasmonicabsorberbasedonasilicon-nanowirearraydecoratedbygoldnanoparticlesattheopticalregime,Opt.Express,24(9):9178-9186(2016).

7.ChenDong,BaoLi,Han-XiaoLi,HuiLiu,Meng-QiChen,Dong-DongLi,Chang-ChunYan*,Dao-HuaZhang,Polarization-insensitivemagneticquadrupole-shapedandelectricquadrupole-shapedFanoresonancesbasedonaplasmoniccompositestructure,Chin.Phys.Lett.,7(33):074201(2016).

8.Jie-BingTian,Chang-ChunYan,*ChengWang,YingHan,Rong-YuanZou,Dong-DongLi,Zheng-JiXu,andDao-HuaZhang,ActivelytunableFanoresonancesbasedoncolossalmagneto-resistantmetamaterials,Opt.Lett.,40(7):1286-1289(2015).

9.ChengWang,ChangchunYan*,JiebingTian,YingHan,RongyuanZou,DongdongLi,andDaohuaZhang,Activelytunablemetamaterialresonatorsbasedoncolossalmagnetoresistanceintheinfraredregime,Chin.Opt.Lett.,13(5):051601(2015).

10.Jun-XianShi,Wen-ChaoZhang,WanXu,QingZhu,XiaJiang,Dong-DongLi,Chang-ChunYan*,Dao-HuaZhang,APolarization-InsensitiveBroadband，MetamaterialAbsorberattheOpticalRegime,Chin.Phys.Lett.,32(9):094204(2015).

11.AnYang,Chang-ChunYan*,Jie-BingTian,ChengWang,,YingHan,DaoHuaZhang,Dong-DongLi,Zheng-JiXu,AsensitivesensorwithadoubleU-shapedring-basedmetamaterial,Appl.Phys.A,117(2):537-540(2014).

12.AnYang,ChangchunYan*,JiebingTian,ChengWang,GuimingLi,andDaoHuaZhang,“Ananalogofdoubleelectromagneticallyinducedtransparencywithextremelyhighgroupindexes”,Chin.Opt.Lett.,11(5),051602,2013.

13.ChangchunYan*,DaoHuaZhang,ZhengjiXu,DongdongLi,andAnYang,“Amulti-layeredsplitringmetamaterialforamultiwavlengthandtunablelasingspaser”,J.Opt.,14(4),045101,2012.

14.ChangchunYan,DaoHuaZhang*,andDongdongLi,“Sphericalmetallicnanoparticlearraysforsuper-resolutionimaging”,J.Appl.Phys.,109(6),063105,2011.

15.ChangchunYan,DaoHuaZhang*,DongdongLi,HaijiaoBian,ZhengjiXu,andYuekeWang,“Metalnanorod-basedmetamaterialsforbeamsplittingandasubdiffraction-limiteddarkhollowlightcone”,J.Opt.,13(8),085102,2011.

16.ChangchunYan,DaoHuaZhang*,YuanZhang,DongdongLi,andM.A.Fiddy,“Metal-dielectriccompositesforbeamsplittingandfar-fielddeepsub-wavelengthresolutionforvisiblewavelengths”，Opt.Express,18(14),14794-14801,2010.

17.ChangchunYan,DaoHuaZhang*,DongdongLi,andYuanZhang,“Dualrefractionsinmetalnanorod-basedmetamaterials”,J.Opt.,12(6),065102,2010.

18.ChangchunYan,DongdongLi,andDaoHuaZhang*,“Wedge-shapedmetal–dielectriccompositemetamaterialsforlightcontrol”,Metamaterials,4(4),170-174,2010.

19.ChangchunYan,QiongWang,andYipingCui*,“Generatingmechanismoftheenergy-streamloopsfortheevanescentwavesinaleft-handedmaterialslab”,Optik,121(1),63-67,2010.

20.ChangchunYan,YipingCui*,QiongWang,andChangguiLv,“Evanescentwavesofanannularleft-handedmateriallens”,Chin.Opt.Lett.,7(2),134-137,2009.

21.ChangchunYan,YipingCui*,QiongWang,ShichuangZhuo,andJianxinLi,“Negativerefractionwithhightransmissionatvisibleandnear-infraredwavelengths”,Appl.Phys.Lett.,92(24),241108,2008.

22.ChangchunYan,QiongWang,ShichuangZhuo,andYipingCui*,“High-transmissionnegativerefractionofdiscreterodresonatorsconfinedinametalwaveguideatvisiblewavelengths”,Opt.Express,16(18),13818-13823,2008.

23.ChangchunYan,YipingCui*,QiongWang,andShichuangZhuo,“Negativerefractiveindicesofaconfineddiscretefishnetmetamaterialatvisiblewavelengths”,J.Opt.Soc.Am.B,25(11),1815-1819,2008.

24.ChangchunYan,YipingCui*,andQiongWang,“Negativerefractionofaone-dimensionalmultilayerperiodiccompositebasedonthethree-layerunitcell”,PhysicaB,403,3658-3662,2008.

25.ChangchunYan,YipingCui*,QiongWang,andShichuangZhuo,“NegativeRefractionofaSymmetricalπ-shapedMetamaterial”,Chin.Phys.Lett.,25(2),482-484,2008.