近期论文
查看导师新发文章
(温馨提示:请注意重名现象,建议点开原文通过作者单位确认)
主要SCI收录论文(*为通信作者)
Liu S., Zhu X.D, Tang H.Y, Cong C.X, Luo S., Luo Y., Zheng Y.X, Chen L.Y, Zhang Z.P, Zhang R.J.*,(2024)under review.
Zhou H., Zhu X.D, Liu W.M., Liu S., Ding Y.F., Zhang Q.C., Zhang Z.P., Zhang R.J.*,(2024)under review.
Liu W.M, Zhu X.D., Xu P. R., Huang T.T., Zheng Y.X., Chen X., Zhang R.J.*,(2024)under review.
Zhu X.D, Liu W.M, Sheng CX, Cong CX, Chen X, Tang HY, Li SJ, Chu JH, Zhang R.J.*,ACS Appl. Mater. Interfaces,(2024)accepted.
Xu W. Q., Yao Q., Wu P. Y., Zhang R. J., Zhu W., Li P. F. and Bao L. M., Displays, 82(2024)102669.
Wang C., Wang L.,Wang N.Q, Wei X.L,Feng T,Wu M.F*,Yao Q*, Zhang R.J*,Computers in Biology and Medicine,168(2024)107803.
Feng YZ,Chen R,He JB,...,Zhu X,Liu W, MaW, ShenW, Hu C,Sun X,Li D.B*, Zhang R.J*,Li P*,Li S.J*,Nat. Commun,14(2023)6739.
Ma C., Chen G, He J.B, Fang S.B, Wang C, Cai Q.Y, Duan W.B, Liu D.Q, Zhang R.J*, Optics Express, 31(2023)41458.
He J.B., Chen C, Liu WM, Zhu XD, Zheng YX, Chen LY, Zhang R. J*, J. Phys. D: Appl. Phys., 56(2023)395102.
Xu W.Q., Wu P.Y, Yao Q, Zhang R. J., Li P.F., Bao L.M, Wang C., Chen S.F, et al., Optics Express, 31(2023)10420.
Zhu X.D,He J.B,Liu WM,Zheng YX,Sheng CX,Luo Y,Li S.J*, Zhang R.J*,Chu JH,ACS Appl. Mater. Interfaces,15(2023)2468.
Liu W.M,He J.B,Zhu X.D,Huang T.T,Chen X,Zheng Y.X,Chen L.Y, Zhang R.J.*,Thin Solid Films,766(2023)139655.
Li C., Tu H.T, Zheng Y.X, Wang S.Y, Zhang R.J., Zhao H.B,Yang Y.,Chen L.Y,Thin Solid Films,764(2023)139593.
Wang C., Zhang R. J., Wei X.L, Wang L., Wu P. Y., Yao Q., Biomedical Optics Express, 14,2(2023)866-882.
Wang C., Zhang R. J., Wei X.L, Wang L., Xu W. Q.. Yao Q.*, Photodiagnosis and Photodynamic Therapy, 41(2023)103217.
Wang C., Zhang R. J., Jiang Y.F., Li J. Y., et al., Photodiagnosis and Photodynamic Therapy, 37(2022)102711.
Wang C., Ma C., He J., Liu W., Zhu X., Fang S., Zhang R. J.*, Mater Sci Semicond Process,142(2022)106454.
Fang S.B., Ma C., Liu W.M, He J.B, Wang C., Chen G., Liu D.Q, Zhang R. J.*, Appl. Phys. A,128(2022)1097.
He R., Chen C, Shen R.Y, Hu E.T, Zhang R.J., Chen L.Y and Guo J.P., J. Optical Society America B,39(2022)925.
He J. B,Zhu X., Liu W., Hu E., Wang J., Zhang R. J.*, Nano Research, (2022)DOI:10.1007/s12274-022-4232-7.
Wu Y, He J. B,Chen Y, Kong M. R,Zhang Y,Hu X,Lian J.W,Zhang H*,Zhang R.J*, Nanoscale,14(2022)5462-5471.
Wu Y., Hou B.W., Chen Y., Cao J....., Zhang R.J.*, and Zhang H.*, npj Computational Materials, 7(2021)145.
Wu Y., Hou B.W., Ma C.C, ..., Zhang R.J.*, and Zhang H.*, Materials Horizons,8,4(2021)1253-1263.
Liu W. M., Zhu X. D., ...,Chen X., Zhang R. J.*., Phys. Status Solidi RRL,15(2021)DOI:10.1002/pssr.202100411.
Xing G.H., Zhang S. W.*, Mi X. T., Zhang R. J.*, Optics Express, 29,17(2021)26444-26455.
Tu H., Zheng Y.X., Shan Y., Chen Y., Zhang H.T., Zhang R. J., Wang S. Y., Li J., et al., Crystals, 11(2021)349.
Yin C.Y., Zhu M. P.*, Zeng T.T., Sun J., Zhang R. J., Zhao J L., et al., Optical Materials Express, 11(2021)875.
Zhu X. D., He J. B., Zhang R. J.*, Cong C. X, Zheng Y.X, Zhang H, et al., Nano Research,15,3(2021)2674-2681.
Zhu X. D., He J. B., Zhang R. J.*, Cong C.X., Zheng Y.X, Zhang H., Zhang S.W, et al,Nanoscale,12(2020)23732.
Zhu X. D., Li D.H., Zhang R.J.*, Zhang H, Cong C.X, Zhu M.P, et al, Applied Suface Science,519(2020)146262.
He J. B., Jiang W, Zhu X.D, Zhang R. J.*, Wang J.L, Zhu M.P. et al., Phys. Chem. Chem. Phys.,22(2020)26383.
Chen C., Wu Y., He. R., Zhang R. J.*, Chen L. Y. and Guo J. P., J. Optical Society America B, 37(2020)2906.
He R., Chen C., Zhang R. J., Chen L. Y. and Guo J. P., Optics Express, 28(2020) 32456.
Wu Y., Chen Y., Ma C.C., Lu Z.X., Zhang H.*, ... Zhang R.J.*, et al., Phys. Rev. Materials, 4(2020)064001.
Wu Y., Ma C.C., Chen Y., Mortazavi B., Lu Z. X., ... Zhang R. J.*, Materials Today Physics, 12(2020)100164.
Wu Y., Xu K., Ma C.C., Che Y., Lu Z.X., Zhang H.*, Fang Z.L., Zhang R.J.*, Nano Energy,63(2019)103870.
Zhou Y., Li X.S., Li S., Guo Z. H., Zeng P., He J. B., Wang D. C., Zhang R.J. et al., Optics Express, 27(2019)
Hu F., Dai X.Y., Zhou Z.Q., Kong X.Y., Sun S.L., Zhang R.J. , Wang S.Y., Lu M., Optics Exprss,27(2019)3161.
Zhang J. B., Zhang D.X., Zheng Y.X., Zhang R.J., Wang Z.Y. et al.,Applied Surface Science,465(2019)532-536.
Zeng T. T., Zhu M. P., Chai Y. J., Zhang R. J., Liu H. S., Yin C. Y., et al., Optical Engineering, 57(2018)086114.
Wang J. J., Wang Z. Y., Zhang R. J., Zheng Y. X., et al., Phys. Chem. Chem. Phys., 20(2018)18110-18116.
Zheng H., Zhang R. J.*, Li D.H, Chen X, Wang SY, Zheng YX. et al.,Nanoscale Research Letters,13(2018)149.
Fan X.L, Wang Y,Zhou W,Ren X.J,Hu Z.F,Liu QY, Zhang R.J. et al, IEEE Photonics Journal,10(2018)1500308.
Wang Z. Y., Zhang R. J.*, and Guo J. P.*, Optics Express, 26(2018)496,-504 DOI: 10.1364/OE.26.000496.
Shi Y. J., Zhang R. J.* , Chen X., Wang L., Chen L., et al., Phys. Chem. Chem. Phys., 20(2018)25467-25475.
Shi Y. J., Zhang R. J.*, Li D.H., Zhan Y. Q., and Lu H. L., et al. J. Phys. D: Appl. Phys., 51(2018)085301.
Shi Y. J., Zhang R. J.*, Zheng H., Li D. H., Wei W., Chen X. et al., Nanoscale Research Letters, 12(2017)243.
Xu Y.F., Zhang H., Shao H. Z., Ni G., Li J., Lu H.L., Zhang R. J., et al., Phys. Rev. B., 96(2017)245421.
Wang Z. Y, Cao X., Qiao C., Zhang R. J., Zheng Y.X., Chen L.Y., Wang S.Y., et al., Nanoscale, 9(2017)19310.
Waleed A,Tavakoli M,Gu L,Hussain S,Zhang D,Poddar S,Wang ZY, Zhang R.J.,Fan Z.Y,Nano Lett.,17(2017)4951
Waleed A, Tavakoli M,Gu L, Wang Z,..., Zhang RJ, Fan ZY,Nano Lett.,17(2017)523.[ESI Highly Cited Paper]
Huang R.Z., Chen C., Li C. M., Jiang C. H., Zhang R. J., Gao Y., Applied Surface Science, 419(2017)45-51.
Li D. H, Zhai C. H, Zhou W.C,..., Chen L, Chen X, Zhang R. J.*, Nanoscale Research Letters, 12(2017)563.
Li D. H., Zheng H., Wang Z. Y., Zhang R. J.*, Zhang H., et al., Phys. Chem. Chem. Phys.19(2017)12022-12031.
Li D. H., Song X. F., Xu J. P., Wang Z. Y., and Zhang R. J.*, et al.,Applied Surface Science, 421(2017)884-890.
Li D. H., Song X. F., Hu L. F., Wang Z. Y., Zhang R.J.*,Chen L.Y., et al., Chinese Physics B, 25(2016)047304.
Wang Z.Y., Yuan S.J, Li D. H., Jin F., Zhang R. J.*, Zhan Y.Q.*, et al., Optics Express, 24(2016)A1431-1443.
Xu Y.F., Peng B., Zhang H., Shao H. Z., Zhang R. J., and Zhu H. Y., Annalen der Physik, 529: 4(2016)1600152.
Zheng H.,Zhang R.J.*, Xu J. P., Wang S.X., Zhang T.N., Sun Y, et al., J. Phys. Chem. C,120(2016)22532-22538
Zhai C.H.,Zhang R.J.*,Chen X., Zheng Y.X., Wang S.Y., Liu J., et al, Nanoscale Research Letters,11(2016)407
Zhang M. Y., Wang Z. Y., Zhang T. N., Zhang Y., Zhang R. J.*, et al. J. Nanophotonics, 10,3(2016)033009.
Peng B., Zhang H., Shao H.Z., Xu Y.F., Ni G., Zhang R. J. and Zhu H.Y., Phys. Rev. B, 94(2016)245420.
Peng B., Zhang H., Shao H.Z, Xu Y.F, Zhang R. J., et al, ACS Appl. Mater. Interfaces,8(2016)20977-20985.
Peng B,Zhang H,Shao H.Z.Xu Y.F, Zhang R.J,et al,J. Mater. Chem. C,4,16(2016)3592.[ESI Highly Cited Paper]
Zhang J.B.,Zheng Y.X*,Wang Z.Y.,Wang S.Y., Zhang R.J., et al.,J. Phys. Chem. C,120,14(2016)7822-7828.
Wang Z. Y., Huang L., Yue G. Q., Shen B., Dong F., Zhang R.J., et al, J. Phys. Chem. B,120(2016)9223-9229.
Wang Z. Y., Dong F., Shen B., Zhang R.J., Zheng Y. X., Chen L. Y., Wang S. Y.*, et al., Carbon, 101(2016)77-85
Xu J. P., Zhang R. J.*, Zhang Y., Wang Z. Y., Chen L., et al., Phys. Chem. Chem. Phys. 18(2016)3316-3321.
Hu E.T., Cai Q. Y., Zhang R. J.*, Wei Y. F, Zhou W. C, Wang S Y, et al., Optics Letters,41:21(2016)4907-4910.
Hu E.T., Zhang R. J.*, Cai Q Y., et al., Appl. Phys. A: Materias Science & Processing, 120(2015) 875-879.
Hu E.T., Yue G. Q., Zhang R. J., Zheng Y.X., Chen L.Y., Wang S.Y.*,Renewable Energy, 77(2015)442-446.
Shen B, Wang Z.Y, Dong F, Guo Y.R, Zhang R.J, Zheng Y.X., et al.,J. Phys. Chem. B,119(2015)14945-14951.
Sun Y.S.N., Huang R.Z.*, Gao T. F., Zhang R.J., Wang Y. M., Applied Surface Science, 327(2015)344-349.
Yue G.Q.,Zhang Y.,Sun Y, Shen B., Dong F, Wang Z. Y.,Zhang R. J et. al., Scientific Reports,5(2015)8277.
Wang Z. Y., Zhang R. J.*,Wang S.Y*, Lu M. et al.,Scientific Reports,5(2015)7810.[ESI Highly Cited Paper]
Wang Z. Y., Zhang R. J.*, Tang B., Sun Y. C., et al, J. Infrared and Millimeter Wavers, 34(2015)663-667.
Wang Z. Y., Zhang R. J.*, Lu H.L., Chen X., Sun Y., et al, Nanoscale Research Letters, 10(2015)46.
Xu J. P., Zhang R. J.*, Chen Z. H., Wang Z. Y., et al., Nanoscale Research Letters, 9(2014)118.
ZhangDX,ShenB,ZhengYX,WangSY,ZhangJB,YangSD,Zhang R J et al, Appl. Phys. Lett,104(2014)121907
Lin W., Zheng Y.X.*, Zhang R. J.*, et al.,Appl. Phys. A: Materials Science & Processing,114:2(2014)423-427.
Liu L., Huang R.Z., Sun Y.S.N., Du C.C., Zhang R.J., et al., Applied Surface Science, 290(2014)405-411.
Zhang F., Zhang R. J*., Zhang D. X., Wang Z. Y., Xu J. P.,et al., Appl. Phys. Express. 6(2013) 121101.
Zhang F., Zhang R. J*., Zheng Y.X., Xu Z.J., Zhang D. X., et al., Physica Status Solidi A, 210(2013)2374.
Zhang F., Zhang R. J*., Zheng Y.X., Xu Z.J., Zhang D. X., et al., Thin Solid Films, 548(2013) 275-279.
Xu Z.J., Zhang F., Zhang R. J*., et al., Appl. Phys. A–Materials Science & Processing, 113,3(2013) 557-562.
Zhang D.X, Zheng Y.X, Cai Q.Y, Lin W., Wu K.N, Mao P.H, Zhang R. J*. et al, Appl. Phys. A, 108(2012)975-979.
Yang W.J., Huang R.Z., Liu L, Wang L.F., Zhang R. J., et al., J. Nanoparticle Research 14(2012) 1256.
Yu X., Zhang R. J*. Xu Z.J., Zhang D. X., Zhao H.B., et al., J. Non-Crystalline Solids, 357 (2011) 3524–3527.
Cai Q. Y., Zheng Y. X., Zhang D. X., Lu W. J. and Zhang R. J., et al., Optics Express, 194(2011)12969-12977.
Cai Q. Y., Zheng Y. X., Mao P. H., Zhang R. J.. et al., J. Phys. D: Appl. Phys., 43(2010)445302.
Zhang R. J*. Chen Y. M., Lu W. J., Cai Q. Y., Zheng Y. X., Chen L. Y., Appl. Phys. Lett., 95(2009)161109.
Seo S. Y.,Zhang R. J., Loeffler W., Kalt H., Kim K. J., Zacharias M., J. Appl. Phys., 106(2009)123102.
Mao P. H., Zheng Y. X., Chen. Y. R., Cai Q. Y., Zhang R. J., et al., Optics Express,17,10(2009) 8641-8650.
Chen Y. M., Zhang R. J*, Zheng Y. X., Mao P. H., et al., J. Korean Physics Society, 53(2008)2299-2302.
Feng S. Z., Zhang R. J., Zheng Y. X., Li J., Mao P.H., et al., J. Korean Physics Society, 51(2007)1593-1597
Zhang R. J., Seo S. Y., Milenin P., Zacharias M., Goesele U., Appl. Phys. Lett. 88 (2006)153120.
Zhang R. J., Chen D. Y., Zheng Y. X., et al., J. Infrared and Millimeter Wavers, 22,1(2003)56-58.
Zhu, X.S., Zhao, H.B., Zhang R. J., et al., Applied Optics, 41(2002) 2592-2595.
Zhang R. J., Li H.Y., Zhu X. S., Zhou P., et al., J. Infrared and Millimeter Wavers, 20(2001)57
Xia, G. Q., Zhang R. J.., Chen Y. L., et al., Rev. of Scientific Instruments, 71 (2000)2677-2683.
Zhang R. J., Chen, L.Y., Wang S. Y., Qian D. L.,et al. J. Appl. Phys. 85, 8 (1999)5118-5120.
中文期刊主要论文(SCI、EI收录)
孙晓洁, 高梦宇, 郑玉祥, 张荣君, 王松有等, 辐射冷却材料的研究进展及应用, 红外与毫米波学报,41:1(2022)230-247.
朱绪丹, 张荣君*, 郑玉祥, 王松有等, 椭圆偏振光谱测量技术及其在薄膜材料研究中的应用, 中国光学,12:6(2019)1195
郑华,樊华,王子仪,魏彦锋,张荣君*,碲镉汞红外探测器增透结构设计,实验室研究与探索 ,36:1(2017)46-48,53
江智宇, 王子仪, 王金金, 张荣君等, 银纳米颗粒及阵列光传输性质的理论研究,物理学报, 65:20(2016) 207802.
徐子杰, 张荣君*,张帆,俞翔 等,Y分支平面波导型光分路器的研制,实验室研究与探索, 32:7(2013) 5-7,27.
王子仪, 张荣君*,郑玉祥 等, AFM扫描参数对样品粗糙度测量的影响研究,实验室研究与探索, 32:2(2013)5-7.
王子仪, 张荣君*, 徐蔚等.基于全反射的LED-照明光纤耦合器的设计与研制,光学学报,32(2012)0922007[EI收录]
陈剑科, 陆卫杰, 王松有, 李晶, 张荣君 等,二维多光栅折叠光谱分析仪的研制, 分析仪器, No.2(2012)1-5.
张荣君, 郑玉祥, 陈良尧,光纤通信WDM系统用带通滤波片,实验室研究与探索, 30:3(2011)11-13.
张荣君, 陆卫杰, 蔡清元 等. 硅纳米晶体的椭圆偏振光谱研究, 光学学报,30(2010)1891-1894.[EI收录]
张荣君, 陈一鸣, 蔡清元 等. 硅纳米晶体与尺寸相关的介电函数谱, 激光与光电子学进展, 47:3(2010)03SC12.
张荣君, 姚明远, 郑玉祥, 陈良尧, 反射式RAP 型椭圆偏振光谱仪及其应用,实验室研究与探索,29:3(2010)30-34.
张荣君, 郑玉祥, 李晶 等, 单模光纤的色散和损耗特性测量系统,实验室研究与探索,28:10(2009)29-31,47.
陆卫杰, 张荣君*,陈一鸣 等. 可扩展光学薄膜mapping测量平台的设计与实现, 中国激光, 36(2009)1555. [EI收录]
张荣君, 陈一鸣, 郑玉祥, 陈良尧. 硅发光研究与进展,中国激光,36(2009)269-275. [EI收录]
张荣君,我国光通信元器件技术标准的研究与建设的思考,上海标准化, (2003)No.1, 39-41.
张荣君, 周鹏, 李莉, 王松有, 陈良尧. 新型红外反射式偏振器的设计与研制,半导体光电, 24(2003)399-401.[EI收录]
张荣君,光纤通信元器件技术标准研究的现状与建议, 网络电信, (2002)No.9, 58-61.
张荣君, 周鹏, 张颖君, 郑玉祥, 陈良尧,Fe(1-x)CoxSi2 薄膜的光学性质研究,光电子*激光.,12(2001)781-784.[EI收录]
陈岳立, 张荣君, 夏国强 等,双重傅里叶变换红外椭偏光谱系统的研制,光学学报,21(2001)729-733. [EI收录]
马万里, 陈良尧, 周仕明, 张荣君 等,消色差的1/4波长延迟器的几何光学设计,光子学报,No.2(2001)236.[EI收录]
编著情况
Zheng Y. X.*, Zhang R. J.* and Chen L. Y., Chap. 3: Ellipsometry and its applications in stoichiometry,in book: Stoichiometry and Materials Science - When Numbers Matter. Edited by Alessio Innocenti and Norlida Kamarulzaman、ISBN 978-953-51-0512-1、InTech — Open Access Company,April. 11, 2012.
张荣君,参与编写第六版《十万个为什么》(物理卷?光学),少年儿童出版社2013年8月出版。
张荣君,张帆,陈佳亦,沈璐,哇!灯光上网,《少年科学》,3(2014)4-7.
张荣君,合译英文学术专著《Photoemission studies of high temperature superconductor 》一书。独立翻译第八章,合译第五章,全书约40万字。上海科学技术文献出版社2002年7月出版。ISBN: 7-5439-1976-1/O.129。