[261] S. Xiao ,  L. C. Ong ,  Bing-Zhong Wang ,  Y. Guo ,  and  J. Wang ,  High selective dual-band stepped-impedance bandpass filter,

[262] Z.-J. Yu ,  Bing-Zhong Wang ,  and  W. Shao ,  Space-domain finite-difference and time-domain moment method for electromagnetic simulation,

[263] Bing-Zhong Wang ,  H. Lin ,  G. Wang ,  and  P. Ding ,  A compact unconditional stable FDTD method,

[264] Q. Xue ,  Bing-Zhong Wang ,  C. Ruan ,  and  S. Qu ,  Planar bow-tie antenna embedded in circular aperture within conductive frame,

[265] Bing-Zhong Wang ,  C. Ruan ,  and  S. Qu ,  Bandwidth enhancement of wide-slot antenna fed by CPW and microstrip line,

[266] P.-P. Ding ,  W. Shao ,  Z.-J. Yu ,  and  Bing-Zhong Wang ,  Analyses of bounces on power distribution networks using unconditionally stable finite-difference time-domain method ,

[267] W. Shao ,  Bing-Zhong Wang ,  and  S. Xiao ,  Bandwidth-enhancing ultra low profile compact patch antenna,

[268] T. P. Wong ,  Bing-Zhong Wang ,  K. F. Man ,  and  S. Sun ,  An optimized wideband quarter-wave patch antenna design,

[269] Bing-Zhong Wang ,  M. Fujise ,  Z. Shao ,  and  S. Xiao ,  Pattern reconfigurable leaky-wave antenna design by FDTD method and Floquet's theorem

[270] J. Hong ,  Bing-Zhong Wang ,  and  Y. Zhang ,  Lumped-element microstrip-to-slotline transition,

[271] Y. Wang ,  W. Shao ,  and  Bing-Zhong Wang ,  2D FDTD method for exact attenuation constant extraction of lossy transmission lines,

[272] S.Xiao ,  Bing-Zhong Wang ,  and  C. Yu ,  Optimum design for a compact diversity wire antenna with two-highly isolated ports,

[273] R. Mittra ,  W. Yu ,  Y. Wang ,  and  Bing-Zhong Wang ,  A hybrid 2D ADI-FDTD subgridding scheme for modeling on-chip interconnects,

[274] J. Hong ,  D. Zhao ,  and  Bing-Zhong Wang ,  Modeling stripline discontinuities by neural network with knowledge-based neurons,

[275] Bing-Zhong Wang ,  Enhanced thin-slot formalism for the FDTD analysis of thin-slot penetration,

[276] Bing-Zhong Wang ,  Small-hole formalism for the FDTD simulation of small hole coupling,