English
An innovative technique for generating a three dimensional holographic display using strontium barium niobate (SBN) is discussed. The resultant image is a hologram that can be viewed in real time over a wide perspective or field of view (FOV). The holographic image is free from system-induced aberrations and has a uniform, high quality over the entire FOV. The enhanced image quality results from using a phase conjugate read beam generated from a second photorefractive crystal acting as a double pumped phase conjugate mirror (DPPCM). Multiple three dimensional images have been stored in the crystal via wavelength multiplexing.
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DTIC Archive · Heid, Christy A · ARMY RESEARCH LAB ADELPHI MD · *HOLOGRAPHY · DISPLAY SYSTEMS · HOLOGRAMS · MIRRORS · NIOBATES · PHASE CONJUGATION · PHOTOREFRACTIVE MATERIALS