Effects on structure by spectroscopic investigations, valence state and morphology properties of FeCo-containing SnO catalysts for glycerol valorization to cyclic acetals.

The effects on the structure, valence state and morphological properties of FeCo-containing SnO nanostructured solids were investigated. The physicochemical features were tuned by distinct synthesis routes e.g.

Laser-power dependence effects on the structural stability of nanocomposite catalysts studied by Raman spectroscopy: On the structure-activity correlations in glycerol acetylation.

Structural properties of binary CeAl, CeMn, NiAl, CeZr, SnTi and ZrMn nanocomposite oxide catalysts were monitored towards the Laser Raman spectroscopy investigations providing new insights to control catalytic applications upon temperature ranges at which the laser power was varied. The lattice vibrational properties were investigated by varying the incident laser power during Raman measurements from 0.017 mW to 4.