1. 6 Paper Survey Ultrathin and Flexible Screen-Printed Metasurfaces
IEEE TRANSACTIONS ON ELECTROMAGNETIC COMPATIBILITY, VOL. 53, NO. 3, AUGUST 2011
Ultrathin and Flexible Screen-Printed Metasurfaces
for EMI Shielding Applications
Lin Biao Wang, Student Member, IEEE, Kye Yak See, Senior Member, IEEE, Jun Wu Zhang, Budiman Salam,and Albert Chee Wai Lu, Member, IEEE 6
Paper Survey
Advisor : Cheng-Hsin Chang
Advisee : Mao-Jing Li
Department of Mechanical Engineering
& Institute of Nanotechnology,
Southern Taiwan University of Science and Technology, Tainan, TAIWAN
Date ﹕2015/12/17

2. Fig. 1. Geometrical parameters of Jerusalem crosses and the
equivalent circuit model.

4. Fig. 2. 3-D EM simulation model to evaluate the SE of
the band-stop EMI shield.

5. Fig. 3. Simulated 𝑆 21 between the horn antennas
without and with the band stop EMI shield.

6. Fig. 4. Comparison of simulated 𝑆 21 for a free-standing band-stop Je-
rusalem cross element being excited with an incident wave at
different angles.

7. Fig. 5. Picture of fabricated ultrathin and flexible band-stop EMI shield.

8. Fig. 6. Experimental setup for measuring SE of band-stop EMI shield.

9. Fig. 7. Measured 𝑆 21 between the horn antennas with and without the
band stop shield.

10. Fig. 8. Comparison of simulated and measured SEs of the band-stop
EMI shield.

11. Thanks for your attention !!11