A numerical scheme to compensate for the effect of continuous rotation of test antenna in fast near-field measurements

A correction procedure is developed for the case of the continuous rotation of Test antenna while performing fast near-field measurements. This general development is vital for the technique of Modulated Scattering which combines Fast electronic scanning through the use of a probe array in one dimension and the rotation of the test antenna for the other dimension. A numerical simulation was performed to check the validity of the correction procedure. The correction procedure is not based on any interpolation scheme.