An octave-bandwidth negligible-loss radiofrequency metamaterial von Lier, Erik, Werner, Douglas H., Scarborough, Clinton P., Wu, Qi, Bossard, Jeremy A.

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Compact Low-Profile Tunable Metasurface-Enabled Antenna With Near-Arbitrary Polarization von Scarborough, Clinton P., Werner, Douglas H., Wolfe, Douglas E.

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Design Synthesis of Metasurfaces for Broadband Hybrid-Mode Horn Antennas With Enhanced Radiation Pattern and Polarization Characteristics von Qi Wu, Scarborough, Clinton P., Werner, Douglas H., Lier, Erik, Xiande Wang

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Mitigating Field Enhancement in Metasurfaces and Metamaterials for High-Power Microwave Applications von Bossard, Jeremy A., Scarborough, Clinton P., Qi Wu, Campbell, Sawyer D., Werner, Douglas H., Werner, Pingjuan L., Griffiths, Scott, Ketner, Matthew

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Inhomogeneous Metasurfaces With Engineered Dispersion for Broadband Hybrid-Mode Horn Antennas von Qi Wu, Scarborough, Clinton P., Werner, Douglas H., Lier, Erik, Shaw, Robert K.

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A K u -Band Dual Polarization Hybrid-Mode Horn Antenna Enabled by Printed-Circuit-Board Metasurfaces von Wu, Qi, Scarborough, Clinton P, Martin, Bonnie G, Shaw, Robert K, Werner, Douglas H, Lier, Erik, Wang, Xiande

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A Ku-Band Dual Polarization Hybrid-Mode Horn Antenna Enabled by Printed-Circuit-Board Metasurfaces von Qi Wu, Scarborough, C. P., Martin, B. G., Shaw, R. K., Werner, D. H., Lier, E., Wang, X.

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Near-Arbitrary Polarization from Tunable Crossed End-Loaded Dipoles von Scarborough, Clinton P., Wolfe, Douglas E., Werner, Douglas H.

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Demonstration of an Octave-Bandwidth Negligible-Loss Metamaterial Horn Antenna for Satellite Applications von Scarborough, C. P., Qi Wu, Werner, D. H., Lier, E., Shaw, R. K., Martin, B. G.

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An octave-bandwidth negligible-loss radiofrequency metamaterial von Lier, Erik, Werner, Douglas H, Scarborough, Clinton P, Wu, Qi, Bossard, Jeremy A

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A Low Cost and Highly Efficient Metamaterial Reflector Antenna von Gregory, Micah D., Bossard, Jeremy A., Morgan, Zachary C. P. O., Cicero, Cooper S., Easum, John A., Binion, John D., Zhu, Danny Z., Scarborough, Clinton P., Werner, Pingjuan L., Werner, Douglas H., Griffiths, Scott, Ketner, Matthew, Pompeii, Joshua

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Functionalized Metamaterials Enable Frequency and Polarization Agility in a Miniaturized Lightweight Antenna Package von Scarborough, Clinton P., Werner, Douglas H., Wolfe, Douglas E.

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Metamaterial Antennae: Functionalized Metamaterials Enable Frequency and Polarization Agility in a Miniaturized Lightweight Antenna Package (Adv. Electron. Mater. 2/2016) von Scarborough, Clinton P., Werner, Douglas H., Wolfe, Douglas E.

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A $K_{u}$-Band Dual Polarization Hybrid-Mode Horn Antenna Enabled by Printed-Circuit-Board Metasurfaces von Wu, Qi, Scarborough, Clinton P., Martin, Bonnie G., Shaw, Robert K., Werner, Douglas H., Lier, Erik, Wang, Xiande

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A [Formula Omitted]-Band Dual Polarization Hybrid-Mode Horn Antenna Enabled by Printed-Circuit-Board Metasurfaces von Wu, Qi, Scarborough, Clinton P, Martin, Bonnie G, Shaw, Robert K, Werner, Douglas H, Lier, Erik, Wang, Xiande

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Erratum: An octave-bandwidth negligible-loss radiofrequency metamaterial von Lier, Erik, Werner, Douglas H., Scarborough, Clinton P., Wu, Qi, Bossard, Jeremy A.

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Broadband metamaterial-enabled hybrid-mode horn antennas von Qi Wu, Scarborough, Clinton P, Gregory, Micah D, Werner, Douglas H, Shaw, Robert K, Lier, Erik

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Lens antenna system von Turpin, Jeremiah P, DiFonzo, Daniel F, Finney, John, Scarborough, Clinton P

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Lens antenna system von Turpin, Jeremiah P, DiFonzo, Daniel F, Finney, John, Scarborough, Clinton P

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Lens antenna system von Turpin, Jeremiah P, DiFonzo, Daniel F, Finney, John, Scarborough, Clinton P

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