15 May 2012 Efficient and rigorous propagation of harmonic fields through plane interfaces
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Abstract
The propagation of harmonic fields between non-parallel planes is a challenging task in optical modeling. Many well-known methods are restricted to parallel planes. However, in various situations a tilt of the field is demanded, for instance in case of folded setups with mirrors and tolerancing with tilted components. We propose a rigorous method to calculate vectorial harmonic fields on tilted planes. The theory applies a non-equidistant sampling in the k-space of the field before rotation in order to obtain an equidistant sampling of the rotated field. That drastically simplifies the interpolation challenge of the tilt operation. The method also benefits from an analytical processing of linear phase factors in combination with parabasal field decomposition. That allows a numerically efficient rotation of any type of harmonic fields. We apply this technique to the rigorous propagation of general harmonic fields through plane interfaces. This propagation can be based on a plane wave decomposition of the field. If the field is known on the interface a fast algorithm results from the decomposition. However in general, the field is not known on the interface. Then a rotation operator must be applied first. All simulations were done with the optics software VirtualLab™.
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Site Zhang, Site Zhang, Daniel Asoubar, Daniel Asoubar, Frank Wyrowski, Frank Wyrowski, Michael Kuhn, Michael Kuhn, } "Efficient and rigorous propagation of harmonic fields through plane interfaces", Proc. SPIE 8429, Optical Modelling and Design II, 84290J (15 May 2012); doi: 10.1117/12.927071; https://doi.org/10.1117/12.927071
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