Abstract
The angular selectivity of volume holograms stored in LiNbO 3 is characterized as a function of the writing angle and the refractive index modulation depth. Using this selectivity and changing the orientation between the crystal and the writing beams several image holograms are stored. An experimental study of the cross-talk between consecutive holograms as a function of the recording angular separation is also presented. A criterion for the optimum angular separation between consecutive holograms for highest storage capacity is obtained.
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