Abstract
A general study of third-order aberrations of aspheric holographic optical elements is described, including the effect of wavefront deviation from construction waves on the total aberration. Third-order aberration coefficients for a plane parallel glass plate referred to a general case in which the optical axes are not normal to the plate surfaces are calculated. This theoretical development is used to optimize the glass plate substrate aberration contribution in a holographic compound system used for optical image formation.
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