近几年发表论文(部分)：
1.Lixia Yang, Xuejian Feng, Lunjin Chen, Study of UPML Absorbing Boundary Condition for the Five-Step LOD-FDTD Method, Progress In Electromagnetics Research M, Vol. 47, 181-180,
2.Lixia Yang, Xuejian Feng, Wa Kong and Ting Zhu, Implementation of TF/SF boundary for unconditionally stable five-step LOD-FDTD method, WAVES IN RANDOM AND COMPLEX MEDIA, DOI: 10.1080/17455030..1167285
3.Shi Lijuan, Yang Lixia, Cai, Zhi-Chao;etal. An FDTD absorbing boundary condition for anisotropic media based on NPML, WAVES IN RANDOM AND COMPLEX MEDIA,,25(2):293-305(SCI: 000356796100011;EI: 2000837955)
4.Yang Lixia, Li lingling, Chen Lunjin, Electromagnetic characteristics of 1D grapheme photonic crystal by using SBC-FDTD method of oblique incidence in THz, Progress In Electromagnetics Research M, ,43, 135-145(EI: 3701260564)
5.Shi L J, Yang L X, Ding J N. FDTD model of non-magnetized plasma coatings on metals based on collocated surface impedance boundary conditions. Waves in Random and Complex Media. ; 24:203-217.(SCI: 000335119800007,EI: 1917702510)
6.Fang Yun-Tuan，Yang Li-xia, Kong Wa, Zhu Na, Tunable coupled states of a pair of Tamm plasmon polaritons and a microcavity mode, Journal of Optics, ,15(12):125703(SCI, EI )
7.Lijuan Shi，Lixia Yang，Hui Ma，Jianning Ding，Collocated SIBC-FDTD Method for Coated Conductors at Oblique Incidence，PIER M，，30:239 ~252(EI：344225)
8.Yang Li-Xia, Shen Dan-Hua,Shi Wei-Dong. Analyses of electromagnetic scattering characteristics for 3D time-varying plasma medium. Acta Phys. Sin, , 62(10): 104101] (SCI：WOS:000319869300018，IDS Number：157BC；EI：2616448541)
9.Lixia Yang, Ling Li, Wa Kong, Zhaowen Zhen，Metal nanoparticles influence on light absorbed power of thin-film solar cell with periodic structure，Optik,124()1921-1925(SCI：WOS:000321598000055，IDS Number：180LZ； EI：2216371226)
10.Zhen Jing, Fang Yun-tuan, Hu Jian-xia, Yang Li-xia, Tunable all-optical diode based on a coupled system of two nonsymmetrical cavities and a metal film, Journal of Nanoelectronics and Optoelectronics,v 9, n 3, p 406-413, June 1,
