The use of a deformable photonic crystal for millimeter-wave beam steering
Shawn-Yu Lin, Zu-Po Yang, Mingfeng Chen, James A. Bur, A. Levitan et al.
A deformable photonic band gap (PBG) material is theoretically proposed as a transmissive element for beam steering at 77 GHz. The deformation may be achieved by integrating microsprings (as spacers) into a one-dimensional PBG structure. This PBG material can produce a specific phase shift dependen ... [Appl. Phys. Lett. 92, 031112 (2008)] published Fri Jan 25, 2008.
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A deformable photonic band gap (PBG) material is theoretically proposed as a transmissive element for beam steering at 77 GHz. The deformation may be achieved by integrating microsprings (as spacers) into a one-dimensional PBG structure. This PBG material can produce a specific phase shift dependen ... [Appl. Phys. Lett. 92, 031112 (2008)] published Fri Jan 25, 2008.
Read full Article »
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