Single crystals of Bi2TeO5, both undoped and doped with transition‐metal‐ion dopants,
were grown with high optical quality. Continuous‐wave four‐wave‐mixing experiments on …

The photorefractive properties of Bi2TeO5 crystals were measured with the wave mixing
technique using the 532 nm output of a Nd: YAG laser for writing gratings. The saturation …

The graphite furnace atomic absorption spectrometry (GFAAS) method were developed for
the determination of chromium, molybdenum and vanadium dopants in a bismuth tellurite …

Bi2TeO5 is a new nonlinear optical crystal with interesting photorefractive properties. A
photorefractive grating that was written into a sample more than four years ago is still …

Bismuth tellurite is a photorefractive material for holographic data storage offering unique
fixing capabilities. Important material and electro-optic properties obtained by four-wave …

Bi 2 TeO 5 has been obtained in polycrystalline form via solid state reaction and structurally
characterized from both synchrotron and neutron powder diffraction data, enabling the …

We report on the holographic recording on photorefractive Bi2TeO5 crystals using k ¼ 633
nm wavelength light. We studied the behavior of this material under the action of this low …

The refractive indices of the biaxial Bi 2 TeO 5 single crystal have been measured for the first
time at seven wavelengths in the range of 457.9–632.8 nm at room temperature with an …

Bismuth tellurite has a unique feature, a long-living (years) photorefractive memory that
develops in the four-wave mixing process without fixing. Single crystals of Bi2TeO5 were …

We report on optical and electrical measurements contributing for a better characterization of
the relevant properties of undoped Bi 2 TeO 5. Optical absorption, dark conductivity …