[1]. Tao Fu, Ziquan Zhou, Daofan Wang, Tianbo Yang, Haiou Li, and Yonghe
Chen. Electromagnetically induced transparency based on magnetic toroidal
mode of dielectric reverse-symmetric spiral metasurfaces. New Journal of
Physics. 24, 033024 2022
[2]. Tianbo Yang, Tao Fu*, Yinbing An. Radiation direction mutation in a
spherical plasma filled multilayered core–shell particle. Physics of Plasmas. 29,
012103 2022
[3]. Xiang Tao, Limei Qi*, Haifeng Hu*, Tao Fu* and Junaidahmed Uqaili.
Terahertz dual-band asymmetric transmission for a single cross-polarized
linear wave. 29(14), 21044, Optics Express, 2021
[4]. Tao Fu*, Daofan Wang, Ziqiang Yang, Zi-Lan Deng* and Wenxin Liu.
Steering Smith-Purcell radiation angle in a fixed frequency by the Fanoresonant metasurface. Optics Express. 29.17 26983 2021-08
[5]. Tao Fu, Tianbo Yang, Yinbing An, Qi Li*, Zilan Deng. An active tunable
Fano switch by plasma-filled superlattice array. Plasma Science and
Technology. 23. 7. 075502. 2021-04.
[6]. Tao Fu, Xingxing Liu, Gongli Xiao, Tangyou Sun and Haiou Li*. Deep subwavelength spoof magnetic localized surface plasmon waveguiding over
arbitrary bending angles. Optics Express. 28. 26. 38934. 2020-11. 3.669
[7]. Tao Fu, Xingxing Liu, Guo-Hua Wen, Tangyou Sun, Gongli Xiao and
Haiou Li*. Broadband asymmetric transmission for linearly and circularly
polarization based on sand-clock structured metamaterial. Chinese Physics
B. 30. 1. 014201. 2020-09.
[8]. Tao Fu, Fei Liu, Yinbing An, Qi Li, Gongli Xiao, Tangyou Sun, Haiou Li*.
Narrow-band asymmetric transmission based on the dark mode of Fano
resonance on symmetric trimeric metasurfaces. Optics Express. 28. 20.
30141. 2020-09. 3.669
[9]. Tao Fu, Fei Liu, Yinbing An, Qi Li, Haiou Li, Tangyou Sun, Gongli Xiao
and Naseer Muhammad. Separately tuning of double Fano resonances in
facile asymmetric slit metasurface. Applied Physics Express. 13. 052009.
2020-04.
[10]. Li Qi, Liu Fei, Xiao Gongli, Zhang Fabi, Fu Tao* Fano resonance in facile
symmetric trimeric Babinet metasurface. Journal of Shenzhen University
Science and Engineering. 36. 2. 147-151. 2019-03 [invited paper]
[11]. Tao Fu, Xi Gao, Gongli Xiao, Haiou Li, Zilan Deng. Superlattice bilayer
metasurfaces simultaneously supporting electric and magnetic Fano
resonances. Optical Materials Express. 9. 3. 944-952. 2019-02
[12]. Zi-Lan Deng,Xiangping Li,Tao Fu,Guoping Wang. Fano Resonance in
a Metasurface Composed of Graphene Ribbon Superlattice. IEEE Photonics
Journal. 9. 5. 4801107. 2017-08
[13]. Tao Fu,Zi-Qiang Yang,Zheng-Biao Ouyang. Design and Experimental
Demonstration of Cherenkov Radiation Source Based on Metallic Photonic
Crystal Slow Wave Structure. Journal of Infrared, Millimeter, and Terahertz
Waves. 37. . 1061-1068. 2016-06
[14]. Zi-Lan Deng, Tao Fu, Zhengbiao Ouyang and Guo Ping Wang. Trimeric
metasurfaces for independent control of bright and dark modes of Fano
resonances. Applied Physics Letters. 108. 8. 081109. 2016-02
[15]. Fu Tao, Ouyang Zheng-Biao. Simulation of Cherenkov radiation source
in a plasma-filled metallic photonic crystal. Acta Phys. Sin.. 65. 7. 074208.
2016-01
[16]. Natesan Yogesh, Tao Fu, Feng Lan, Zhengbiao Ouyang. Far infrared
Circular polarization and polarization filtering based on Fermats spiral chiral
metamaterial. IEEE Photonics Journal. 7. 3. 1943. 2015-04
[17]. Fu Tao, Yang Zi-Qiang, Ouyang Zheng-Biao. Dispersion properties of
plasma-filled metallic photonic crystal slow-wave structure. Acta Phys. Sin. 64.
17. 174205. 2015-04
[18]. T. Fu, Z. Yang, X. Tang, Z. Shi, and F. Lan. Defect mode properties of two dimensional plasma-filled defective metallic photonic crystal. Physics of
Plasma. 21. 1. 013106-1. 2014-01
[19]. T. Fu, Z. Yang, Z. Shi, F. Lan, D. Li and X. Gao. Dispersion properties of a
2D magnetized plasma metallic photonic crystal. Physics of Plasma. 20. 2.
023109-1. 2013-02
[20]. L. Qi, Z. Yang, and T. Fu. Defect modes in one-dimensional magnetized
plasma photonic crystals with a dielectric defect layer. Physics of Plasma. 19. 1.
012509. 2012-01