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Artificial dielectric devices for variable polarization compensation at millimeter and submillimeter wavelengths

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Figure

Fig. 1.Variable artificial dielectric retarder (VADR) device in cross section.The device is made from two V-grooved substrates with refractive index n,groove depth d, groove period � (grating vector k), and separation s.
Fig. 3.Block diagram of experimental setup at 100 GHz, showing transmithorn excited in the W band by a frequency synthesizer, and the receive hornconnected to a vector network analyzer
Fig. 4.Complex transmission coefficients of the VADR variable polarizationcompensator for incident TE and TM linearly polarized radiation at 100 GHz.(a) TE magnitude
Fig. 6.VADR retardance �(s) measured at the upper (110 GHz) and lower(70 GHz) ends of the W band range.
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