Solid‐state synthesis of compositions from the Bi2O3–TeO2 system show that, under an
oxygen atmosphere, Te4+ oxidizes to Te6+ and yields four room‐temperature stable …

An electrolyte cathode atmospheric glow discharge optical emission spectrometry (ELCAD-
OES) method was developed for the detection of the industrially relevant In, Rh and Te in …

In an attempt to understand the aqueous interactions of Cr (III) with the low-molecular-mass
physiological ligand citric acid, the pH-specific synthesis in the binary Cr (III)− citrate system …

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 …

Bi2TeO5: Ho single crystals were grown by the Czochralski technique. Optical absorption
spectra of Ho3+ have been monitored in the 4500–25,000 cm− 1 spectral and 9–300K …

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

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

The role of defects in the photorefractive effect is known in principle: their photoionization in
the brighter regions of a photorefractive crystal, illuminated by an inhomogeneous light …

In order to delineate the interactions of Cr (III) with low molecular mass ligands, often
involved in chemistries of toxic and/or biologically significant processes, the aqueous …

Single crystals of bismuth tellurite (Bi 2 TeO 5) were grown by a double crucible Czochralski
method at different pulling and rotation rates, ranging from 0.1 mm/h to 0.8 mm/h and from 5 …