▪ Abstract This review discusses the preparation, characterization, and application of
amorphous porous mixed oxides, a rapidly growing class of materials with wide applications …

Rhenium trioxide exhibits high electronic conductivity, while its open cubic crystal structure
allows an appreciable hydrogen intercalation, generating disordered solid phases, with …

Abstract Vanadium pentoxide, V 2 O 5, is one of the most widely studied electrode materials.
A promising way to improve its conduction properties is to grow V 2 O 5 gels confined in …

We report on the effect of gold nanoparticle (Au NP) dispersion in a chiral nematic liquid
crystal (LC). Polarized optical microscopy and X-ray diffraction measurements evidence the …

We report a polarity-sensitive electro-optical response observed in nematic liquid crystal
cells characterized by asymmetric insertion of thin films of titania-vanadia oxide with a Ti∕ V …

The TiO 2-doped V 2 O 5/FTO nanocomposite thin films were prepared on the FTO
substrates by sol-gel method and post-annealing process, and the MSM structural devices …

The structural evolution with temperature of some V2O5 gels and thin films is presented, and
the role of the hydrolysis conditions is investigated. Several techniques, ie, x-ray diffraction …

The CO2 capture from gas mixtures is of great importance in the industry in terms of
improving the quality of natural gas. Proficient adsorbents should reveal high CO2 capacity …

The asymmetric insertion of oxide layers having mixed conduction properties (ionic and
electronic) in liquid crystal cells induce various kinds of electro-optical response of the liquid …

Disordered solid phases, containing appreciable amounts of hydrogen ions, are grown at
the surface of rhenium oxide crystals, because of the high reactivity of this compound with …