Abstract
Plane wave holograms, created using spectral hole-burning, have been stored in polymer films doped with dye molecules. Interference effects between pairs of holograms recorded at identical wavelengths but burnt at different electric fields have been investigated by measuring the holographic efficiency as a function of frequency and electric field strength. The efficiencies have been investigated for various values of phase difference between adjacent holograms. A comparison between data for reconstruction using either of the two recording beams has been made. It is shown, experimentally and theoretically, that the nature of the interference between Stark-split components of holograms depends on which beam is chosen for reconstruction.
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