We describe state of the art methods for the calculation of electronic excitations in solids and
molecules, based on many body perturbation theory, and we discuss some applications of …

This paper summarises the recent research on the chromogenic performance of a unique
class of nanomaterials, tungsten oxide (WO x), and highlights their potential applications in …

Electroceramics research is driven by technology and device applications. This growing field
includes a vast number of magnetic, dielectric, ionically conducting, semiconducting, and …

The oxygen vacancy in WO3 has previously been implicated in the electrochromism
mechanism in this material. Previous theoretical calculations on the oxygen vacancy in WO3 …

First-principles total-energy calculations are carried out for (001) surfaces of the cubic
perovskite ATiO3 compounds PbTiO3, BaTiO3, and SrTiO3. Both AO-terminated and TiO2 …

Several crystal structures of tungsten trioxide have been studied with a first-principles
pseudopotential method. The electronic band gap increases significantly with the distortion …

The hydrodeoxygenation of anisole at 300° C and 3 MPa H 2 in a batch reactor is used as a
model reaction to explore the performance of TiO 2-supported Re-MoO x and Re-VO x …

Macroporous hexagonal WO3 (h-WO3) films were obtained at 400° C from a sol containing
tungstic acid with organically modified silane as a template. Asymmetric electrochromic …

A novel visible light sensitive photocatalyst, AgSbO3 was prepared by a conventional solid-
state reaction method. This oxide belonging to a cubic-pyrochlore structure can absorb …

Tungsten trioxide (WO3) is a paradigmatic electrochromic material, whose peculiar optical
properties in the presence of oxygen vacancies or intercalated alkali atoms have been …