The effects of strain and oxygen vacancies on perovskite thin films have been studied in
great detail over the past decades and have been treated separately from each other. While …

The ability to manipulate oxygen anion defects rather than metal cations in complex oxides
can facilitate creating new functionalities critical for emerging energy and device …

Ferromagnetic order can be induced in La Co O 3 (LCO) thin films by epitaxial strain. Here,
we show that the magnetic properties can be “tuned” by epitaxial strain imposed on LCO thin …

Epitaxial thin films of undoped LaCoO 3, of electron-doped La 0.7 Ce 0.3 CoO 3, and of hole-
doped La 0.7 Sr 0.3 CoO 3 exhibit ferromagnetic order with a transition temperature TC≈ 84 …

A strain-induced change of the electrical conductivity by several orders of magnitude has
been observed for ferromagnetic La 0.7 Sr 0.3 CoO 3 films. Tensile strain is found to drive …

The remarkable functionality of perovskite oxides provides many opportunities for new
physics, in addition to applications in solid oxide fuel cells, ferroelectric memory, and many …

La 1− x Sr x CoO 3 has received considerable attention in bulk form. This is due to interest in
the fundamental magnetic properties (spin-state transitions and magnetic phase separation) …

Epitaxially strained LaCoO 3 (LCO) thin films were grown with different film thickness, t, on
(001) oriented (LaAlO 3) 0.3 (SrAl 0.5 Ta 0.5 O 3) 0.7 substrates. After initial pseudomorphic …

Oxygen vacancy configurations and concentration are coupled with the magnetic, electronic,
and transport properties of perovskite oxides, and manipulating the physical properties by …

We investigate temperature-dependent magnetization reversal of Co Ru graded films, in
which a predefined depth-dependent exchange-coupling strength J follows a V-shaped …