Ni-based cermets are most commonly used anode materials for solid-oxide fuel cells
(SOFCs), but poor stability operating on hydrocarbon fuels seriously hampers their …

The structural, electronic and thermodynamic properties of AMoO 3 (A= Pb, Ba and Sr)
molybdates have been investigated by deploying density functional theory. Computed …

In present study, the negative chemical pressure effect on SrMoO 3 molybdate system has
been demonstrated with the help of substitution based strategy employing density functional …

Transparent and metallic oxides based on 3d and 4d metals are promising materials for
plasmonics. Here, the growth window to obtain epitaxial SrNbO3 (4d1) thin films is …

Correlated metallic transition metal oxides offer a route to thin film transparent conductors
that is distinct from the degenerate doping of broadband wide gap semiconductors. In a …

Recently, correlated metallic oxide (CMO) was proposed as a brand-new design strategy for
transparent conductors (TCs). Among these CMOs, perovskite-type SrVO 3 with an …

Among ABO3 perovskites, SrMoO3 possesses the lowest electrical resistivity in addition to
having high optical transparency in the visible spectrum. This unusual combination of …

In the field of oxide electronics, there has been tremendous progress in the recent years in
atomic engineering of functional oxide thin films with controlled interfaces at the unit cell …

Within the huge perovskite materials family, thin films of highly conducting materials such as
SrMoO3, SrNbO3, and SrVO3 are candidates for low‐loss bottom electrodes in epitaxial all …

We have investigated the thickness-dependent transport properties of SrMoO 3 thin films
deposited on LaAlO 3 substrates. Metal–insulator transitions (MITs) were observed in …