We present the theory for multiple-energy x-ray holography (MEXH), using a multipole expansion for the scattered field. We find that light polarization plays a crucial role in the reconstruction of the image, and we suggest how to use it in order to eliminate aberration effects. The method we propose is alternative to the scattered-wave-included Fourier transform method, but has the advantage that no theoretical calculations are required to redefine the hologram.
Multiple-energy x-ray holography: Polarization effect / Bortolani, Virginio; Celli, V; Marvin, Am. - In: PHYSICAL REVIEW. B, CONDENSED MATTER AND MATERIALS PHYSICS. - ISSN 1098-0121. - STAMPA. - 67:(2003), pp. 024102-7 pagine. [10.1103/PhysRevB.67.024102]
Multiple-energy x-ray holography: Polarization effect
BORTOLANI, Virginio;
2003
Abstract
We present the theory for multiple-energy x-ray holography (MEXH), using a multipole expansion for the scattered field. We find that light polarization plays a crucial role in the reconstruction of the image, and we suggest how to use it in order to eliminate aberration effects. The method we propose is alternative to the scattered-wave-included Fourier transform method, but has the advantage that no theoretical calculations are required to redefine the hologram.Pubblicazioni consigliate
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