Abstract
A spatially modulated, conformal printed metasurface cloak on a grounded dielectric substrate is designed for large free-standing objects. The metasurface converts the incident wave on the lit side into surface waves and guides them along the surface before recovering the incident wave on the shadow side. The scalar reactance profile is realized as a length-modulated array of printed copper strips on a grounded dielectric substrate. The cloaking performance is verified by full-wave simulation of the physical design.
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