High optical sensitivity is observed in 0.1 wt% Ce‐doped strontium barium niobate (SBN)
crystals in the absence of an external electric field. Only 5–10 mJ/cm2 of incident 0.488‐μm …

Holographic storage experiments using crystal Sr_0. 75Ba_0. 25Nb_2O_6 (SBN 75/25) as a
volume-phase holographic medium show that this material is the most sensitive crystalline …

Single‐crystal Sr0. 75Ba0. 25Nb2O6 when used in conjunction with an externally applied
electric field is shown to be a sensitive volume holographic medium capable of high …

80 100 120 140 TlME (sec) were then removed from the solidified melt. Chemical analysis of
the crystals showed O. 036-wt% Fe and 0.002-wt% Mo. The sample used for the tests was …

We describe a novel procedure for obtaining enhanced nondestructive holographic readout
in SBN, where the key new ingredient is utilization of degrees of freedom in polarization of …

A set of twelve specially doped lithium niobate crystals were grown to test the effect of the
dopant on holographic recording in the crystals via the photorefractive effect. The crystals …

We have demonstrated electrical fixing of 1000 angle-multiplexed holograms in a 1-cm^ 3
volume Ce-doped SBN: 75 crystal. A revealing procedure yielded an average diffraction …

The readout diffraction efficiency of a photorefractive hologram stored in single-crystal
strontium barium niobate (SBN) is shown to depend strongly on a uniform electric field …

Optical holographic storage and pattern storage have been demonstrated in an integrated
ferroelectric-photoconductor device (Bi4 Ti30 12-ZnSe). The device has nondestructive …

We have observed quasinondestructive holographic storage with a continuous-wave laser
at λ= 532 nm in near-stoichiometric LiNbO 3 doped with Tb and Fe. This crystal showed an …