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August 1, 1965Journal of the Optical Society of America320 citations

Magnification and Third-Order Aberrations in Holography*

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RMReinhard W. Meier

Key Points

  • The research aims to derive formulas for magnification and analyze third-order aberrations in holography.
  • Derived formulas for angular, lateral, and longitudinal magnification based on various parameters.
  • Analyzed conditions under which aberration coefficients become negligible concerning reference beam angles.
  • Established specific conditions for aberration coefficients to vanish in reconstructed wavefronts.
  • Identified factors influencing magnification and aberrations in holographic imaging.

Abstract

Formulas for angular, lateral, and longitudinal magnification in reconstructed images by holography (imaging by reconstructed wavefronts) are derived and discussed as a function of object–hologram distance, radii of spherical reference and illuminating wavefronts, wavelength ratio of reconstructing to recording radiation, and scale-change factor of the hologram. Expressions for third-order aberrations in the reconstructed wavefronts of point objects are given and conditions are established under which one or more of the aberration coefficients vanish, taking into account an off-axis angle of both reference and illuminating beam.

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Cite This Study

Reinhard W. Meier (1965) studied this question.

synapsesocial.com/papers/69d7b34c3fae90fd6048ff0ahttps://doi.org/10.1364/josa.55.000987
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